| Dokumendiregister | Riigikogu |
| Viit | 1-2/26-294/1 |
| Registreeritud | 15.05.2026 |
| Sünkroonitud | 17.05.2026 |
| Liik | EL dokument |
| Funktsioon | |
| Sari | |
| Toimik | Ettepanek - SEC(2026) 300, SWD(2026) 300, SWD(2026) 301, COM(2026) 231 |
| Juurdepääsupiirang | Avalik |
| Adressaat | |
| Saabumis/saatmisviis | |
| Vastutaja | |
| Originaal | Ava uues aknas |
EN EN
EUROPEAN COMMISSION
Brussels, 13.5.2026
COM(2026) 231 final
2026/0113 (COD)
Proposal for a
REGULATION OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL
on multimodal booking and repealing Regulation (EC) No 80/2009
{SEC(2026) 300 final} - {SWD(2026) 300 final} - {SWD(2026) 301 final}
(Text with EEA relevance)
EN 1 EN
EXPLANATORY MEMORANDUM
1. CONTEXT OF THE PROPOSAL
• Reasons for and objectives of the proposal
This proposal, together with the proposal for a Rail Ticketing Regulation and the proposed
revision of the Rail Passengers' Rights Regulation1, aims to respond to the challenges
identified in the political guidelines for the European Commission 2024−20292.
Passengers still face significant barriers when trying to search for, compare, combine and
book travel options. An analysis of 100 representative routes in the EU found that multimodal
options were available in 76% of cases. Despite this, very few multimodal digital mobility
services (MDMS) showed options in different modes, and these were rarely combined.
Furthermore, a 2024 Eurobarometer survey of 26,000 EU citizens revealed that one third of
respondents had never booked a multimodal or multi-operator journey. Of those who had,
over a third had encountered booking difficulties, such as being unable to find suitable
combinations or unable to purchase all required tickets in one place, while such difficulties
were even more pronounced with rail tickets.
This proposal is intended to address the lack of transparency, unfair conditions and uneven
playing field in the digital passenger transport ticketing market, on all MDMS active in
aviation, rail, road and waterborne transport. In turn, it will improve the functioning of the
ticket distribution market, thereby ensuring travellers can find all options available, including
multimodal ones. As a result, the competitiveness of the transport services market will also
improve.
These objectives are aligned with the Sustainable and Smart Mobility Strategy3, which is
aimed at improving the competitiveness and sustainability of the transport sector and
making multimodal mobility a reality.
• Consistency with existing policy provisions in the policy area
This proposal has been coordinated with the proposal for a Rail Ticketing Regulation and the
proposed revision of the rail passengers’ rights and obligations Regulation, in order to ensure
a consistent framework that promotes single rail tickets and a well-
functioning digital ticketing market.
The proposal repeals the Code of Conduct for computerised reservation systems (‘CRS Code
of Conduct’4), whilst carrying over and updating the provisions of the CRS Code of Conduct
which remain relevant.
The proposal fits in with other EU laws relating to digital information services, in particular
the ITS Directive5, which establishes a framework for the deployment of intelligent transport
systems in the field of road transport and for interfaces with other modes of transport. The
1 OJ L172, 17.5.2021, p.1. 2 ‘Europe’s choice - Political guidelines for the next European Commission 2024−2029: ‘Cross-border
train travel is still too difficult for many citizens. People should be able to use open booking systems to
purchase trans-European journeys with several providers, without losing their right to reimbursement or
compensatory travel. To this end we will propose a Single Digital Booking and Ticketing Regulation, to
ensure that Europeans can buy one single ticket on one single platform and get passengers’ rights for
their whole trip’. 3 COM/2020/789 final. 4 OJ L 35, 4.2.2009, p.. 47. 5 OJ L 207, 6.8.2010, p. 1.
EN 2 EN
Delegated Regulation on multimodal travel information services6 (MMTIS) requires
Member States to establish national access points constituting a single point of access for data
users to the static, historic, observed and dynamic travel and traffic data of different transport
modes, for the purpose of providing multimodal travel information services to end users. By
addressing barriers to the development of MDMS for reservation, booking or ticketing, this
proposal therefore complements the existing legislation.
Furthermore, by setting sectorial measures in relation to MDMS, this proposal does not
affect the application and complements the Digital Services Act7, the Digital Markets Act8
and the Data Act9. The proposal will also complement the revised Unfair Commercial
Practices Directive10 with measures which ensure search results on MDMS are displayed in a
neutral way (setting out a list of mandatory ranking criteria), and which prohibit self-
preferencing and paid prominence by allowing advertised content only under certain
conditions.
• Consistency with other Union policies
A climate consistency check has been performed. As shown in the Commission staff working
document the proposal is consistent with the environmental objectives of the European Green
Deal11 and the European Climate Law12.
By requiring MDMS to display information on greenhouse gas emissions and CO2 emissions,
this proposal will also contribute to the objectives of the CountEmissionsEU and Flight
Emission Label initiatives13, setting out a common framework to calculate and report
transport-related greenhouse gas emissions. Transparent information applied on all modes will
enable passengers to choose the most sustainable travel options.
Finally, the proposal contributes to the objectives set out in the Report from the Commission
to the Council on the implementation of the European Tourism Agenda 203014, which
mentions multimodality as a key enabler of competitiveness in the tourism sector. Overall,
this initiative aims to promote a more multimodal and sustainable transport system and
contribute to Sustainable Development Goals SDG#3 ("Ensure healthy lives and promote
wellbeing for all at all ages"), SDG#9 ("Make cities and human settlements inclusive, safe,
resilient and sustainable") and SDG#13 ("Climate Action").
2. LEGAL BASIS, SUBSIDIARITY AND PROPORTIONALITY
• Legal basis
The legal basis for this initiative is Article 91(1), point (d) and Article 100(2) of the Title VI.
Article 91 and Article 100(2) establish the EU’s prerogative to pursue the objectives of the
Treaties within the framework of a common transport policy and to set the appropriate rules to
that end. By contributing to the functioning of the transport ticket distribution market in
conformity with the objectives set out in the sustainable and smart mobility strategy15, this
initiative forms part of the common transport policy. The transport ticket distribution market
6 OJ L, 2024/490, 13.2.2024. 7 OJ L 277, 27.10.2022, p. . 1. 8 OJ L 265, 12.10.2022, p. 1. 9 OJ L, 2023/2854, 22.12.2023. 10 OJ L149, 11.6.2005, p. 22. 11 COM (2019)640 final. 12 OJ L 243, 9.7.2021, p . 1 13 OJ L, 2024/3170, 31.12.2024. 14 COM (2025) 763 final. 15 COM/2020/789 final.
EN 3 EN
encompasses services inherently linked to transport services. The initiative thus takes into
account the distinctive features of transport. The application of this initiative will not affect
the standard of living and level of employment in certain regions, nor the operation of
transport facilities.
• Subsidiarity (for non-exclusive competence)
Although some challenges related to ticket distribution and digital access to rail tickets are
being addressed nationally or regionally, an EU-wide approach is needed to reduce the cross-
border impact of these challenges on long-distance travel within the EU and to ensure the
smooth operation of the European transport system.
Discrepancies between Member States in the way they implement new rules on ticket
distribution could further fragment the market, raise costs and reduce benefits for MDMS ,
authorities, operators and transport users. EU-level intervention is therefore needed to prevent
wide variation in Member State strategies and possibly unintended consequences.
• Proportionality
The proposal requires all MDMS providers to respect rules on the neutral display and
their ranking criteria, the sharing of marketing information data, the display of information on
greenhouse gas emissions and carbon dioxide equivalent emissions (when made available to
MDMS providers by transport operators), and on data sharing with transport authorities.
MDMS providers which are SMEs are excluded from the scope of this proposal.
Stricter measures, i.e. those establishing the conditions governing the commercial agreements
between MDMS providers and transport operators, are limited to MDMS providers deemed
indispensable. In the business-to-consumer (B2C) segment, this designation applies only to
MDMS providers that meet threshold criteria defined in this proposal. In the business-to-
business (B2B) segment, all MDMS providers are considered indispensable, due to their
strategic role as an intermediary between travel agents and transport operators. This approach
ensures that the strictest regulatory obligations are imposed exclusively on those entities that
are in a position to exert significant influence over transport operators, including the ability to
impose unfair commercial conditions. Moreover, this approach is fully proportional as it
limits EU level action to what is necessary to address a clear market failure. In that sense, it
does not mandate MDMS providers to enter into commercial agreements, instead establishing
a framework to ensure fairness in such agreements when they exist. By doing so, the proposed
measures foster a well-functioning transport ticketing market while maintaining
proportionality.
• Choice of the instrument
To ensure a well-functioning digital ticketing market, a common approach is needed so that
conditions are harmonised across the EU. This is best achieved through a Regulation.
3. RESULTS OF EX-POST EVALUATIONS, STAKEHOLDER
CONSULTATIONS AND IMPACT ASSESSMENTS
• Ex-post evaluations/fitness checks of existing legislation
Computerised reservation systems (CRSs) are a particular type of MDMS active in the B2B
segment. A code of conduct was adopted in 1989 to prevent possible anti-competitive
behaviour by CRSs. It was later revised in 2009 to regulate the B2B transactions between
CRS providers on the one hand, and air and rail carriers and travel agents on the other hand.
The Code of Conduct was subsequently evaluated in 2020 - to assess whether, in the light of
market and technological changes in B2B ticket distribution, it is still relevant in achieving
EN 4 EN
the objectives of (i) preventing distortion of competition between CRSs owned by parent
carriers, and (ii) ensuring fair and effective competition between carriers; and whether it
remained fit for purpose in the face of broader horizontal legislation. The evaluation
concluded that the code of conduct had not been ensuring a fully level playing field for all
participating carriers as regards access to and use of CRS services as it failed to improve the
balance in the bargaining power between different-sized air carriers in relation to CRSs. Some
air carriers expressed concerns about specific clauses in their contracts with CRS providers
which reduced the ability of airlines to use alternative booking systems or technology.
Moreover, the evaluation concluded that transparency requirements, i.e. a neutral display,
remained important, as travel agents, both offline and online, and travel management
companies still relied heavily on CRS, especially for business travel. The evaluation also
concluded that specific sectoral treatment of traditional CRS providers was possibly no
longer justified in view of market and technological developments in air ticket distribution
(increased internet usage, emergence of other channels and divestment of CRS ownership by
airlines).
• Stakeholder consultations
This proposal and the proposal for a Rail Ticketing Regulation are underpinned by the same
impact assessment. To prepare for the impact assessment, various stakeholder consultation
activities were carried out with the aim of gathering both qualitative (opinions, views,
suggestions) and quantitative (data, statistics) information. These activities were carried out
between 2020 and 2025, initially only for the purposes of the review of the CRS Code
of Conduct in December 2020, subsequently also for the impact assessment supporting the
Regulation on multimodal booking (RMB) and a Rail Ticketing Regulation. Citizens were
consulted on five occasions, specifically for two inception impact assessments (IIA), two
online open public consultations (OPC) and a Eurobarometer survey16.
For the CRS Code of Conduct, an IIA ran from 9 July 2020 until 4 September 2020 to gather
feedback from stakeholders. A total of 13 responses were received. For the RMB proposal, an
IIA ran from 5 October 2021 until 2 November 2021 to gather feedback from stakeholders. A
total of 40 responses were received. An OPC for the CRS Code of Conduct was launched via
the Commission’s ‘Have your say’ platform on 23 February 2021 and ran until 18 May 2021.
A total of 23 responses were received from citizens and organisations. An OPC for the
MDMS proposal was launched17, on the Commission’s ‘Have your say’ platform on 1
December 2021 and ran until 23 February 2022. A total of 336 responses were received from
individuals and organisations.
A Eurobarometer survey was conducted during the summer of 2024, the results of which were
published by the Commission on 1 April 2025. The aim of the survey was to collect
information on booking and ticketing practices and experiences from representative sample of
the EU population, aged 15 and over, from each of the 27 Member States. In total, 25 805
interviews were conducted via the online survey. The survey provided insights into the travel
habits, preferences and experiences of the EU public, particularly regarding regional and
long-distance journeys. It examined key aspects, such as: (1) frequency of travel for leisure
and work, (2) factors influencing travel planning and booking decisions, (3) attitudes towards
environmentally friendly travel, (4) usage of different transport modes and multimodal
journeys, (5) ease of booking multimodal and multi-operator journeys, and (6) barriers to
combining different transport modes or operators. The results notably highlighted the
16 https://europa.eu/eurobarometer/surveys/detail/3178. 17 https://ec.europa.eu/info/law/better-regulation/have-your-say/initiatives/13133-Multimodal-Digital-
Mobility- Services/public-consultation_en.
EN 5 EN
obstacles people encounter when looking for sustainable travel options online, as well as their
willingness to book such journeys. It also identified the difficulties people experience when
booking multimodal and multi-operator journeys, and the extra burden they face when
booking multi-operator rail journeys.
• Collection and use of expertise
The impact assessment accompanying this proposal relied on an external study carried out by
a consultant.
Stakeholders provided a significant amount of additional information by way of targeted
consultation activities (surveys, interviews and workshops). In particular they provided
detailed information on the market structure and business practices in the different MDMS
segments (B2C and B2B), which helped confirm information from previous studies and
inform the modelling assumptions and analysis.
The information received covered aspects such as typical provisions (in particular regarding
distribution fees) in commercial agreements offered by MDMS to operators, display practices
on MDMS, trends in the digital distribution market and B2B distribution market; interactions
between CRSs, travel agents and carriers, and the share and role of SMEs in different types of
MDMS.
Overall, the impact assessment drew on a vast number of comprehensive sources which were
representative of the various stakeholders’ groups.
• Impact assessment
This proposal is accompanied by an impact assessment report. Following a negative opinion
from the Regulatory Scrutiny Board (RSB) on 13 September 2023, a draft impact
assessment report was resubmitted to the RSB on 10 March 2026. The RSB issued a positive
opinion with reservations on 13 April 2026. The impact assessment report was adjusted
accordingly to address the RSB’s comments.
The impact assessment screened a comprehensive list of possible policy measures and
options, based on the likely effectiveness, efficiency and proportionality of the proposed
measures in relation to the given objectives, as well as their legal and technical feasibility.
Four policy options were evaluated as part of the impact assessment, which was conducted
jointly for this proposal and for the proposal for a Rail Ticketing Regulation.
Policy option 1 proposed a minimalist approach. It contained policy measures common to all
four policy options including measures that establish minimal requirements for ensuring fair
treatment of information and data on MDMS. It also set out the key principles for all
commercial agreements between indispensable MDMS providers and transport operators, and
between indispensable railway undertakings (RUs) and MDMS providers.
This option fully addresses the first specific objective of improving transparency and
establishing a level playing field for transport operators on MDMS by extending the rules of
the CRS Code of Conduct to all MDMS providers. It sets thresholds for identifying MDMS
providers and RUs with significant market presence, which would be designated by national
enforcement bodies or the European Commission depending on the market in which they have
significant market presence. The Commission would publish a list of MDMS providers with
significant market presence. Such measures would be needed to ensure transport operators are
protected in commercial agreements with indispensable MDMS providers, including by
means of provisions that (1) safeguard commercially sensitive data of operators, (2) prohibit
the inclusion of unjustified or unnecessary contract conditions that could prevent the
conclusion of the agreement, and (3) ensure the remuneration received by MDMS providers is
EN 6 EN
based on fair, reasonable and non-discriminatory criteria. Under this policy option, Member
States would be required to appoint a national authority to settle possible disputes between
parties. Moreover, an EU-level network of such authorities would be set up to ensure
consistent enforcement across the EU. In addition, MDMS providers would be required to
display information on greenhouse gas emissions and CO2 emissions, where that information
is provided by the transport operator, while B2C MDMS would have to share data with the
public authorities for mobility management purposes.
To ensure the range of rail services offered on MDMS is more comprehensive, this policy
option offers protection under the proposal for Rail Ticketing Regulation to MDMS providers
in their commercial agreements with indispensable RUs by setting rules on distribution fees
and prohibiting restrictive clauses in contracts (exclusivity clauses, unfair and unjustified
conditions, marketing clauses and other technical restrictions), thereby addressing imbalances
in bargaining power during the negotiation of commercial agreements.
Policy options 2, 3 and 4 build on policy option 1 and were specific to the Regulation on Rail
Ticketing proposal.
• Regulatory fitness and simplification
While the initiative introduces a new obligation for Member States to designate indispensable
MDMS and to settle disputes between parties, the additional administrative burden for public
authorities is kept to a minimum. The proposal builds on the fact that Member States already
have competent authorities responsible for resolving disputes in relevant areas, such as
competition authorities, transport regulatory authorities, and rail regulators.
• Fundamental rights
The proposal would not have any negative material impact on fundamental rights or data
protection. Data protection for B2C MDMS users is ensured by the General Data Protection
Regulation, which offers uniform protection of individuals. Furthermore, for B2B MDMS, the
entry into force of the General Data Protection Regulation is a key reason for revising and
repealing the CRS Code of Conduct’s rules on data protection. This example of regulatory
simplification will remove the duplicate rules, eliminating any scope for potential
inconsistencies.
4. BUDGETARY IMPLICATIONS
Two full-time equivalent (FTE) employees would be needed to support the Commission in
designating MDMS providers with significant market presence, streamlining coordination
with national enforcement bodies, and maintaining an accurate, up-to-date public register,
ensuring market transparency and effective enforcement.
5. OTHER ELEMENTS
• Implementation plans and monitoring, evaluation and reporting arrangements
The Commission will monitor the implementation of this Regulation through several actions
and a set of core indicators that will measure progress towards achieving the objectives. At
the latest five years after the start of implementation of the legislation, the Commission will
assess to what extent the objectives of this Regulation have been met.
Synergies between this proposal and the proposal for a Rail Ticketing Regulation and the
interplay with the revision of the Rail Passenger Rights Regulation will also need to be
analysed.
EN 7 EN
Improvements in the online ticketing market will be assessed through market monitoring
carried out by national enforcement bodies and the Commission. Information on penalties will
be shared between authorities in the EU enforcement network in order to support
coordination. Consumer satisfaction in the EU will be measured every two years through
Eurobarometer surveys looking into the availability of travel information and ease of booking
for travellers.
• Detailed explanation of the specific provisions of the proposal
The proposal sets out a new Regulation which is structured as follows:
Article 1 defines the objectives and subject matter of the Regulation;
Article 2 sets out the scope of the Regulation;
Article 3 presents a list of definitions;
Article 4 outlines the designation process for B2C MDMS providers with significant market
presence;
Article 5 sets out the conditions that B2C MDMS providers with significant market presence
and B2B MDMS providers must adhere to in their commercial agreements with transport
operators;
Article 6 sets out the conditions that B2B MDMS providers must adhere to in commercial
agreements with subscribers;
Article 7 lays down neutral display and ranking criteria obligations for all MDMS providers;
Article 8 lays down rules on marketing information data for all MDMS providers;
Article 9 lays down rules on displaying information on greenhouse gas emissions and carbon
dioxide emissions equivalent for all MDMS providers;
Article 10 lays down rules on data sharing with public transport authorities for all B2C
MDMS providers;
Article 11 lays down rules on equivalent treatment of air carriers in third countries;
Article 12 describes the tasks of national enforcement bodies;
Article 13 details complaints rules;
Article 14 lays down penalties for infringements of the Regulation;
Article 15 sets out the conditions for exercising the delegation of power to adopt delegated
acts;
Article 16 sets out the committee procedure;
Article 17 lays down monitoring and reporting obligations;
Article 18 repeals the code of conduct on computerised reservation systems;
Article 19 sets the date of entry into force of the Regulation;
Annex I sets the thresholds for the designation of indispensable B2C MDMS at national and
Union levels;
Annex II presents a correlation table for the repeal of Regulation (EC) No 80/2009.
EN 8 EN
2026/0113 (COD)
Proposal for a
REGULATION OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL
on multimodal booking and repealing Regulation (EC) No 80/2009
(Text with EEA relevance)
THE EUROPEAN PARLIAMENT AND THE COUNCIL OF THE EUROPEAN UNION,
Having regard to the Treaty on the Functioning of the European Union, and in particular
Article 91 (1), point (d), and Article 100 (2) thereof,
Having regard to the proposal from the European Commission,
After transmission of the draft legislative act to the national parliaments,
Having regard to the opinion of the European Economic and Social Committee1,
Having regard to the opinion of the Committee of the Regions2,
Acting in accordance with the ordinary legislative procedure,
Whereas:
(1) Multimodal transport has the potential to enhance the sustainability and efficiency of
the Union transport system and in turn support the objectives of the European Green
Deal3, of the Sustainable and Smart Mobility Strategy4 and of Regulation (EU)
2021/1119 of the European Parliament and of the Council5, mandating that Member
States reduce net greenhouse gas (GHG) emissions by at least 55% by 2030
(compared to 1990 levels), by 90% by 2040, and achieve climate neutrality by 2050.
For passenger transport, the shift towards a multimodal transport system could be
supported by business-to-business (B2B) and business-to-consumer (B2C) multimodal
digital mobility service (MDMS) providers, making it easier for end users and
business users to find, compare, combine and buy suitable transport products for their
journey. Those B2B and B2C MDMS providers run services providing traffic and
travel information for long-distance travel (such as schedules, tariffs and service
availability) and allowing distribution of tickets, either directly or via re-linking, for
two or more transport operators in at least one transport mode.
(2) To support fair competition and innovation, common rules should be established to
ensure a level playing field in the ticket distribution market, in particular regarding the
1 OJ C [...], [...], p. [...]. 2 OJ C [...], [...], p. [...]. 3 Communication from the Commission 'The European Green Deal', COM(2019) 640 final of
11.12.2019. 4 Communication from the Commission ‘Sustainable and Smart Mobility Strategy – putting European
transport on track for the future’, COM(2020) 789 final of 09.12.2020. 5 Regulation (EU) 2021/1119 of the European Parliament and of the Council of 30 June 2021 establishing
the framework for achieving climate neutrality and amending Regulations (EC) No 401/2009 and (EU)
2018/1999 (‘European Climate Law’) (OJ L 243, 9.7.2021, p. 1, ELI:
http://data.europa.eu/eli/reg/2021/1119/oj).
EN 9 EN
visibility, accessibility and distribution of long-distance and regional transport services
offered within the Union. Those rules should ensure that end users and business users
are able to purchase the most appropriate travel option, including journeys combining
services across one or more transport modes or provided by multiple transport
operators.
(3) Regulation (EC) No 80/2009 of the European Parliament and of the Council6 aims to
ensure fair and unbiased conditions for air carriers and rail carriers in computerised
reservation systems (CRSs), which in turn safeguards consumer interests. In the light
of ongoing technological and market developments, it is essential to extend these
principles of fairness and impartiality to emerging business models that perform
functions comparable to those of CRSs.
(4) To ensure equal treatment of all carriers, providers of business-to-business multimodal
digital mobility services should fall within the scope of this Regulation if business
users can access their services and transport products from the Union, i.e. when the
point of sale is in the Union. They should also fall within the scope of this Regulation
even if the point of sale is outside of the Union but the transport product’s underlying
transport service is provided, wholly or partially, within the territory of the Union.
(5) The obligations imposed on MDMS providers under this Regulation should be without
prejudice to Regulation (EU) XXX (RTR) of the European Parliament and of the
Council.
(6) The obligations imposed on MDMS providers under this Regulation should be without
prejudice to Regulations (EU) 2022/20657 and (EU) 2022/19258 of the European
Parliament and of the Council. In particular, by establishing an obligation of neutral
display of transport products or the combination of transport products for B2B and
B2C MDMS according to specific ranking criteria, this Regulation aims only to
complement, but not to affect, any of the obligations imposed on intermediary service
providers under Regulation (EU) 2022/2065, including online platforms and online
search engines within the meaning of Regulation (EU) 2022/2065, in the Union.
Similarly, the obligations imposed on B2C MDMS providers with significant market
presence and B2B MDMS providers aim to complement Regulation (EU) 2022/1925,
as this Regulation applies similar requirements to services which, despite
being outside the scope of Regulation (EU) 2022/1925, may nonetheless still be
indispensable for business-users or end-users.
(7) Since a transport product offered by a transport operator at least partially under a code
share arrangement or an interlining agreement aims to increase connectivity for
operator’s own passengers, transport products offered under such agreements should
be considered transport products of the marketing transport operator only and not a
transport product of two or more transport operators.
6 Regulation (EC) No 80/2009 of the European Parliament and of the Council of 14 January 2009 on a
Code of Conduct for computerised reservation systems and repealing Council Regulation (EEC) No
2299/89 (OJ L 35, 4.2.2009, p. 47, ELI: http://data.europa.eu/eli/reg/2009/80/oj). 7 Regulation (EU) 2022/2065 of the European Parliament and of the Council of 19 October 2022 on a
Single Market For Digital Services and amending Directive 2000/31/EC (Digital Services Act) (OJ L
277, 27.10.2022, p. 1, ELI: http://data.europa.eu/eli/reg/2022/2065/oj). 8 Regulation (EU) 2022/1925 of the European Parliament and of the Council of 14 September 2022 on
contestable and fair markets in the digital sector and amending Directives (EU) 2019/1937 and (EU)
2020/1828 (Digital Markets Act) (OJ L 265, 12.10.2022, p. 1, ELI:
http://data.europa.eu/eli/reg/2022/1925/oj).
EN 10 EN
(8) B2C MDMS providers may account for a significant share of the total value or volume
of tickets sold at Union or national level, in one or several transport modes, and
therefore constitute a predominant point of access for end users. Such a position may
result from a strong or established presence in the underlying transport markets,
leading to strong incentives to promote some transport products, to the detriment of
competitors. That strategic position vis-à-vis end users may enable those B2C MDMS
providers to influence access to the online ticket distribution market, including by
limiting opportunities for new entrants or by imposing unjustified contractual
conditions affecting participating transport operators. Such conditions may include the
introduction of disproportionately high distribution fees or unfair data processing and
information sharing practices. Given their central role, those B2C MDMS providers
should be designated as providers with significant market presence for each of the
relevant transport modes, and in the relevant geographical area where that is the case.
Designated MDMS providers should therefore be subject to additional rules necessary
to ensure fair competition, transparency and non-discriminatory cooperation with
transport operators. Meta-search engines (MSEs) only re-linking transport products are
not directly selling transport products and therefore do not hold a significant market
presence for distribution.
(9) Websites or applications of transport operators which only offer the operator’s own
transport products or those of operators belonging to their own group do not constitute
an MDMS as they do not offer transport products of competitors. As such, they are
clearly identifiable to consumers. Furthermore, those websites do not offer similar
services to those provided by an MDMS, such as aggregation and comparison of
competitors' transport products. Unlike MDMS, online search engines, as defined in
Article 2, point (5), of Regulation (EU) 2019/1150 of the European Parliament and of
the Council9, allow users to input queries in order to perform searches of, in principle,
all websites, or all websites in a particular language, including, but not limited
to websites where transport products are sold. The sole fact that an online search
engine returns results that include transport products should not be sufficient to
consider it as a B2C MDMS.
(10) B2B MDMS providers function as commercial partners of air and rail carriers, travel
agents and travel management companies. An important share of airline reservations is
made through B2B MDMS providers, making them key gateways for
reaching business users and ultimately end users. The strategic position of B2B
MDMS providers enables them to influence carriers' access to travel agents and travel
management companies and therefore to end users. Given their central role, B2B
MDMS providers should be governed by additional obligations necessary to
ensure fair competition, transparency and non-discriminatory cooperation.
(11) B2C MDMS providers designated as having significant market presence within a
given Member State for a particular mode of transport should not be exempt from the
responsibility of informing the national authorities of other Member States of their
significant market presence within those jurisdictions so that they may, if relevant,
also be designated in those Member States.
(12) Where B2C MDMS providers with significant market presence and B2B MDMS
providers enter into commercial agreements with transport operators, they should
9 Regulation (EU) 2019/1150 of the European Parliament and of the Council of 20 June 2019 on
promoting fairness and transparency for business users of online intermediation services (OJ L 186,
11.7.2019, p. 57, ELI: http://data.europa.eu/eli/reg/2019/1150/oj).
EN 11 EN
respect certain conditions. In particular, such providers should not make participation
to their service subject to exclusivity clauses, or impose restrictions limiting the
operator’s ability to freely use alternative reservation channels, including their own
internet booking platform, direct connect systems or call centres. This is because such
practices could create barriers to market entry for competing services and / or transport
operators, reduce consumer choice, and ultimately distort the level playing field
necessary for a competitive and innovative market environment. Pricing or other
general conditions should be considered unfair if they lead to an imbalance of rights
and obligations imposed on transport operators or confer an advantage on the B2B
MDMS provider or the B2C MDMS provider with significant market presence which
is disproportionate to the service provided by the MDMS provider to transport
operators. The following benchmarks can serve as a yardstick to determine the fairness
of the pricing and other general conditions: prices charged or conditions imposed for
the same or similar services by other MDMS providers; prices charged or conditions
imposed by the MDMS provider for different related or similar services or to different
types of users; prices charged or conditions imposed by the MDMS provider for the
same service in different geographic regions; prices charged or conditions imposed by
the MDMS provider for the same service that it provides to the transport operator
integrated with it. Where a B2C MDMS provider has been designated as B2C MDMS
provider with significant market presence at Union level, it should comply with those
specific rules across the Union.
(13) The obligations imposed on MDMS providers under this Regulation should be without
prejudice to Article 101 and Article 102 of the Treaty on Functioning of the European
Union (TFEU) and to the application of national competition rules. This Regulation
aims to protect a different legal interest from that protected by Union competition
rules. The Commission should receive information annually from B2C MDMS
providers to monitor the evolution of the ticketing markets and their interaction with
transport operators and users. Where developments may result in harm to competition,
transport operators or users in any of the transport modes and main segments at
national and Union level, or the related ticketing services, the Commission may
address them under existing tools, including Articles 101 and 102 TFEU or may
consider other action such as coordinating with relevant authorities in the Member
States.
(14) It follows that the market processes are often incapable of ensuring fair economic
outcomes with regard to MDMS providers. Although Articles 101 and 102 TFEU
apply to the conduct of MDMS providers, the scope of those provisions is limited to
certain instances of market power, for example dominance on specific markets and of
anti-competitive behaviour, and enforcement occurs ex post and requires an extensive
investigation of often very complex facts on a case-by-case basis. Moreover, existing
Union law does not address, or does not address effectively, the challenges to the
effective functioning of the internal market posed by the conduct of MDMS providers
that are not necessarily dominant in competition-law terms.
(15) In order to protect the interests of consumers and increase their trust in MDMSs,
transport products presented to business users and end users on B2B and B2C
MDMSs should be displayed in a manner that ensures no transport operator is unfairly
favoured over another transport operator. The provisions regarding the neutral display
EN 12 EN
of final price and travel time outlined in this Regulation should be without prejudice to
the application of existing rules on paid advertisement10.
(16) In accordance with Regulation (EC) No 1008/2008 of the European Parliament and of
the Council11, air carriers fares displayed to the public are to be inclusive of all
applicable taxes, and charges, surcharges and fees which are unavoidable and
foreseeable at the time of publication. Optional price supplements are to be
communicated in a clear, transparent and unambiguous way at the start of any booking
process. Air carriers and B2B MDMS providers should ensure that B2C MDMS
receive information on fares in such a way that those intermediaries can fulfil their
obligations under Article 23 of Regulation (EC) No 1008/2008. When displaying
information, B2C MDMS providers are to respect the requirements set out in Directive
(EU) 2019/882 of the European Parliament and of the Council12 and in particular offer
audio-visual options.
(17) B2C MDMS providers and B2B MDMS providers should display greenhouse gas and
carbon dioxide equivalent emissions’ data where such information is supplied by
transport operators. Making such data visible to users enhances transparency, enables
more informed decision-making and supports the broader objective of promoting
environmentally sustainable transport choices. By clearly presenting emissions
information, MDMS providers can help raise awareness of the environmental impact
of different travel options and encourage a shift towards lower-emission alternatives.
Since they do not hold the information themselves, MDMS providers should not be
bound by any additional obligations on displaying emissions data and should display
the data provided by the transport operators in accordance with the applicable
legislation. When sharing emissions’ data with MDMS providers, transport operators
should comply with the requirements laid down in Regulation (EU) XX/XX (CEEU),
including where applicable in accordance with the Commission Implementing
Regulation (EU) 2024/317013, Article 6 of which provides that airlines are only
allowed to display flight emissions in accordance with that Implementing Regulation.
(18) The requirements on neutral display should not apply to B2B MDMS providers where
their services are used by a transport operator or a group of transport operators at its
own offices or sales counters or on websites clearly identified as its own, as there is no
risk of one transport operator being favoured over another in such circumstances.
(19) Air carriers from the Union and from third countries should be given equivalent
treatment regarding B2B and B2C MDMS services.
10 Directive 2005/29/EC of the European Parliament and of the Council of 11 May 2005 concerning unfair
business-to-consumer commercial practices in the internal market and amending Council Directive
84/450/EEC, Directives 97/7/EC, 98/27/EC and 2002/65/EC of the European Parliament and of the
Council and Regulation (EC) No 2006/2004 of the European Parliament and of the Council (‘Unfair
Commercial Practices Directive’) (OJ L 149, 11.6.2005, p. 22, ELI:
http://data.europa.eu/eli/dir/2005/29/oj). 11 Regulation (EC) No 1008/2008 of the European Parliament and of the Council of 24 September 2008
on common rules for the operation of air services in the Community (OJ L 293, 31.10.2008, p. 3, ELI:
http://data.europa.eu/eli/reg/2008/1008/oj). 12 Directive (EU) 2019/882 of the European Parliament and of the Council of 17 April 2019 on the
accessibility requirements for products and services (OJ L 151, 7.6.2019, p. 70, ELI:
http://data.europa.eu/eli/dir/2019/882/oj). 13 Commission Implementing Regulation (EU) 2024/3170 of 18 December 2024 laying down detailed
provisions concerning the voluntary environmental labelling scheme for the estimation of the
environmental performance of flights, established pursuant to Article 14 of Regulation (EU) 2023/2405
of the European Parliament and of the Council (Flight Emissions Label) (OJ L, 2024/3170, 31.12.2024,
ELI: http://data.europa.eu/eli/reg_impl/2024/3170/oj).
EN 13 EN
(20) Public authorities need data to support the planning of public transport services and
the broader mobility system, including the development and evaluation of Sustainable
Urban Mobility Plans (SUMPs). MDMS data can help assess the attractiveness of
public transport services, verify the adequacy of current offerings (for example, lines,
frequencies, timetables, multimodality efficiency), and evaluate infrastructure (for
example, bus lanes, cycle tracks). This data can also support the design of new
mobility products, packages, and demand studies.
(21) In order to achieve the objective of this Regulation to establish common Union rules
for B2C MDMS providers with significant market presence at national or Union level,
the power to adopt acts in accordance with Article 290 TFEU should be delegated to
the Commission to amend the thresholds for the designation of B2C MDMS providers
with significant market presence at national or Union’s level. It is of particular
importance that the Commission carry out appropriate consultations during its
preparatory work, including at expert level, and that those consultations be conducted
in accordance with the principles laid down in the Interinstitutional Agreement of 13
April 2016 on Better Law-Making14. In particular, to ensure equal participation in the
preparation of delegated acts, the European Parliament and the Council receive all
documents at the same time as Member States experts, and their experts systematically
have access to meetings of Commission expert groups dealing with the preparation of
delegated acts.
(22) Implementing powers should be conferred on the Commission to designate B2C
MDMS providers with significant market presence in the Union and, in case of
discrimination in the third country, require B2B MDMS providers operating in the
Union to treat air carriers from that third country in a manner that is equivalent to the
treatment of Union air carriers in that third country. Those powers should be exercised
in accordance with Regulation (EU) No 182/2011 of the European Parliament and of
the Council15.
(23) Where a provider designated as a B2C MDMS provider with significant market
presence in one or several Member States is designated as B2C MDMS provider with
significant market power at Union level, the Member States where the B2C MDMS
provider was designated as having a significant market remains competent to enforce
this Regulation against that B2C MDMS provider for the period preceding its
designation as B2C MDMS provider with significant market power at Union level.
(24) The objective of this Regulation, namely to establish common rules for B2B and B2C
MDMS providers in relation to transport products offered or used in the Union, cannot
be adequately met by Member States acting alone. This is due to the cross-border
nature of digital mobility services and the need to ensure interoperability, consistency,
and legal certainty across national markets. To avoid market fragmentation and ensure
a level playing field for transport operators and MDMS providers across the Union,
action at Union level is necessary. As a result, the Union may adopt measures in
accordance with the principle of subsidiarity as set out in Article 5 of the Treaty on
European Union. In accordance with the principle of proportionality as set out in that
Article, this Regulation does not go beyond what is necessary in order to achieve that
objective.
14 OJ L 123, 12.5.2016, p. 1, ELI: http://data.europa.eu/eli/agree_interinstit/2016/512/oj. 15 Regulation (EU) No 182/2011 of the European Parliament and of the Council of 16 February 2011
laying down the rules and general principles concerning mechanisms for control by the Member States
of the Commission's exercise of implementing powers (OJ L 55, 28.2.2011, p. 13, ELI:
http://data.europa.eu/eli/reg/2011/182/oj).
EN 14 EN
(25) Due to market and technological changes some provisions of Regulation (EC) No
80/2009 are no longer relevant, while some provisions remain relevant but are no
longer fit for purpose and need to be updated. The specific rules for parent carriers are
no longer relevant as airlines have fully divested their CRS ownership. Consequently,
the associated auditing and reporting requirements regarding their ownership and
structure should also be repealed, since they are intrinsically linked to those rules. The
provisions on the protection of personal data are now consistently enforced across the
Union under the rules of Regulation (EU) 2016/679 of the European Parliament and of
the Council16. Section 6 of Regulation (EC) No 80/2009 on infringements and
penalties is superseded by the rules set out in this Regulation. The other remaining
provisions of Regulation (EC) No 80/2009 should be retained, as they continue to be
relevant and updated to reflect market and technological changes in order to ensure a
level playing field between all providers performing similar functions in business-to-
business digital reservation services. In particular, the rules on the use of a neutral
display should be updated to offer all providers greater flexibility for ranking transport
products in accordance with new technological developments. Regulation (EC) No
80/2009 should therefore be repealed and the relevant provisions incorporated into
this Regulation,
HAVE ADOPTED THIS REGULATION:
Chapter 1
Subject matter, scope and definitions
Article 1
Subject matter
This Regulation establishes a framework to facilitate multimodal and multi-operator
passenger mobility through the deployment and use of business-to-consumer multimodal
digital mobility services and business-to-business digital mobility services.
It lays down common rules for cooperation that ensure a level playing field for providers of
multimodal digital mobility services, business users of such services, as well as the transport
operators providing the underlying transport service. It also sets out rules on information to be
provided by those providers to business users, end users and public transport authorities.
Article 2
Scope
(1) This Regulation applies to:
(a) providers of business-to-consumer multimodal digital mobility services when
they offer transport products to end users in the Union, for journeys within, to
or from the Union, except for transport services whose principal purpose is to
meet the transport needs of an urban centre or conurbation, including a cross-
border conurbation, or to meet the transport needs between such a centre or
conurbation and the surrounding area;
16 Regulation (EU) 2016/679 of the European Parliament and of the Council of 27 April 2016 on the
protection of natural persons with regard to the processing of personal data and on the free movement of
such data, and repealing Directive 95/46/EC (General Data Protection Regulation) (OJ L 119, 4.5.2016,
p. 1, ELI: http://data.europa.eu/eli/reg/2016/679).
EN 15 EN
(b) providers of business-to-business multimodal digital mobility services when
they offer transport products to business users in the Union, or when the
transport product's underlying transport service is provided, wholly or partially,
within the territory of the Union;
(c) transport operators when they have a commercial agreement with one of the
providers referred to in points (a) and (b).
(2) This Regulation does not apply to online search engines as defined in Article 2, point
(5), of Regulation (EU) 2019/1150.
(3) The obligations set out in this Regulation do not apply to:
(a) B2C MDMS providers which are small or medium-sized enterprises as
defined in Article 2 of the Annex to Commission Recommendation
2003/361/EC17;
(b) B2B MDMS providers which are small or medium-sized enterprises as
defined in Article 2 of the Annex to Recommendation 2003/361/EC.
(4) This Regulation is without prejudice to Articles 101 and 102 of the Treaty on the
Functioning of the European Union (TFEU) and to the application of national
competition rules.
(5) This Regulation is without prejudice to the application of Regulation (EU) XX
(RTR) and of other Union legal acts regulating the provision of information society
services.
Article 3
Definitions
For the purposes of this Regulation, the following definitions apply:
(1) ‘information society service’ means a service as defined in Article 1(1), point
(b), of Directive (EU) 2015/1535 of the European Parliament and of the
Council;
(2) ‘business-to-consumer multimodal digital mobility service’ or ‘B2C MDMS’
means an information society service which meets all of the following
conditions:
(a) it provides end users with traffic and travel information, such as schedules,
service availability and fares for transport products;
(b) it distributes online transport products or relinks transport products, with any
transport product offered at least partially under a code share arrangement or an
interlining agreement being considered as a transport product of the marketing
operator only, from two or more transport operators in the same mode, unless
those transport operators are part of the same group of transport operators;
(3) ‘business-to-business multimodal digital mobility service’ or ‘B2B MDMS’
means a service provided through IT systems to business users by an entity
which provides traffic and travel information, such as schedules, service
availability and fares for transport products, with any transport product offered
17 Commission Recommendation 2003/361/EC of 6 May 2003 concerning the definition of micro, small
and medium-sized enterprises (OJ L 124, 20.5.2003, p. 36, ELI:
http://data.europa.eu/eli/reco/2003/361/oj).
EN 16 EN
at least partially under a code share arrangement or an interlining agreement
being considered as a transport product of the marketing operator only, and
with or without the facility to make a reservation or issue tickets on behalf of a
client, of two or more transport operators, in the same transport mode, unless
those transport operators are part of the same group of transport operators;
(4) ‘journey’ means the end-to-end carriage of passengers, which can include
multiple legs and is carried out by one or more operators, using one or more
modes of transport;
(5) ‘transport service’ means the carriage of passengers by air, rail, bus, coach or
waterborne vessel, available to the public and operated according to a
published timetable between a point of departure and a point of arrival;
(6) ‘transport product’ means a tailored transport service linked to a fare;
(7) ‘ticket’ means valid evidence of the purchase of a transport product;
(8) ‘transport operator’ means any carrier that provides transport services or
organises transport services on the basis of a cooperation agreement with
carriers that are licensed to provide transport services on Union territory;
(9) ‘group of transport operators’ means at least two transport operators that
together form part of the same undertaking within the meaning of Article 101
TFEU;
(10) ‘business user’ means any natural or legal person acting in a commercial or
professional capacity using a B2B MDMS, including via subscription, under a
commercial agreement with the provider of that B2B MDMS, for the purpose
of reserving transport products on behalf of a client;
(11) ‘end user’ means any natural or legal person using a B2C MDMS;
(12) ‘client’ means any natural or legal person who is a customer of the business
user for the purpose of purchasing a transport product;
(13) ‘re-linking’ means the redirection of an end user to the relevant online mobility
websites or applications where the availability of one or more displayed
transport products can be checked and the transport products selected by the
end user can be purchased;
(14) ‘remuneration’ means a booking fee or any other financial compensation paid
by the transport operator for the services provided by a B2C MDMS provider
or B2B MDMS provider;
(15) ‘fare’ means the amount that the end user, or the client, has to pay for the
transport product, in accordance with any conditions applicable to the transport
product, such as mandatory seat reservations, and related auxiliary services,
such as luggage transfer;
(16) ‘final price’ means the amount that the end user, or the client, pays when
purchasing a transport product and which includes the fare and all charges,
applicable taxes, surcharges and booking fees, which are unavoidable and
foreseeable at the time when the price is shown on the display;
(17) ‘public transport authority’ means any public authority in a Member State
responsible for the traffic management or the planning or management of a
given transport network or transport service falling within its jurisdiction;
EN 17 EN
(18) ‘distribution facilities’ means features made available by a B2B MDMS
provider for providing information on transport operators’ schedules, service
availability, fares and related services, for making reservations, for issuing
tickets, for any other related services.
Chapter 2
B2C MDMS providers with significant market presence and B2B
MDMS providers
Article 4
Designation of B2C MDMS providers with significant market presence
1. B2C MDMS providers shall, each year, inform the Commission and the Member
State of their establishment, of the number and value of tickets sold per transport
mode per year per Member State.
2. A B2C MDMS provider shall be designated as a B2C MDMS provider with
significant market presence at Union level for each transport mode in which it meets
the thresholds laid down in point 1 of Annex I. To that end, a B2C MDMS provider
that meets those thresholds shall, for each transport mode concerned, notify that fact
to the Commission. A designation pursuant to this paragraph shall take precedence
over any designation concerning the same transport mode at national level.
3. A B2C MDMS provider shall be designated as a B2C MDMS provider with
significant market presence at national level for each transport mode in which it
meets the thresholds laid down in point 2 of Annex I. To that end, B2C MDMS
providers that meet those thresholds shall, for each transport mode concerned, notify
that fact to the national enforcement body of the Member State in which they have
met those thresholds.
4. By way of derogation from the obligation in paragraph 3 of this Article to notify
national enforcement bodies when it meets the thresholds laid down in point 2 of
Annex I, a B2C MDMS provider that meets the thresholds laid down in both points 1
and 2 of Annex I, shall, for each transport mode concerned, notify only the
Commission of that fact.
5. B2C MDMS providers shall submit all the notifications and information referred to
in paragraphs 1 to 4 of this Article by 31 January of the year following the financial
year for which the thresholds laid down in Annex I are assessed. By way of
derogation from the obligation in paragraphs 2 and 3 of this Article to notify either
the Commission or the relevant national enforcement bodies when it meets the
thresholds laid down in either points 1 or 2 of Annex I, a B2C MDMS provider that
has been designated in accordance with either of those paragraphs shall not be
obliged to submit any subsequent notification for the modes of transport concerned
unless the thresholds laid down in Annex I are modified in accordance with
paragraph 9 of this Article.
6. For the purposes of assessing whether they meet the thresholds laid down in points 1
and 2 of Annex I, B2C MDMS providers shall take into account all ticket sales of all
of their subsidiaries.
7. The designating authority shall adopt a decision designating a B2C MDMS provider
as having significant market presence when they meet the thresholds laid down in
EN 18 EN
points 1 or 2 of Annex I. The Commission shall adopt designation decisions by
means of implementing acts. Those implementing acts shall be adopted in
accordance with the advisory procedure referred to in Article 17(2).
The designating authority shall take its decision on the basis of the information
submitted by the B2C MDMS provider in accordance with paragraphs 1, 2 or 3 of
this Article or any other information available to it. The B2C MDMS provider shall
communicate to the designating authority, upon its request and within a reasonable
timeframe, and in any case within two months, any additional information needed for
the purpose of the assessment of its significant market presence. B2C MDMS
providers which do not submit the requested information within the
established timeframe may be designated, without undue delay, based on any other
information available to the designating authority.
The designating authority shall adopt that decision within six months from the
notification referred to in paragraphs 2 and 3 of this Article or, where applicable,
after an assessment concluding that the B2C MDMS provider meets the thresholds
laid down in Annex I, and in any case at the latest by 1 November of the year
following the financial year in which the thresholds laid down in Annex I are met.
National enforcement bodies shall notify oftheir decisions, designating a B2C
MDMS provider as having significant market presence to the Commission within
one month from the adoption of the decision. The Commission shall, without undue
delay, publish on a dedicated webpage and keep up to date a list of the B2C MDMS
providers designated at national and Union level.
8. The designating authority shall terminate the designation if, during an uninterrupted
period of one year, the B2C MDMS provider has not met the thresholds laid down in
points 1 and 2 of Annex I, for the transport mode in which it has been designated.
The rules laid down in paragraphs 1 to 7 of this Article shall apply mutatis mutandis
to the termination of designation.
9. The Commission is empowered to adopt delegated acts in accordance with Article
16 concerning the amendment of the thresholds laid down in Annex I, in order to
adapt the thresholds to changes in the B2C MDMS market.
Article 5
Conditions for commercial agreements between transport operators and B2C MDMS
providers with significant market presence or B2B MDMS providers
1. B2C MDMS providers shall comply with the rules laid down in this Article in
relation to the transport mode for which they have been designated pursuant to
Article 4(2) and (3) and in the Member States to which that designation relates.
2. When concluding commercial agreements with transport operators, B2C MDMS
providers designated as having significant market presence in the transport mode
concerned, and B2B MDMS providers, shall:
(a) provide guarantees to ensure that commercially sensitive data shared by transport
operators are not disclosed, including to other transport operators using the same
MDMS, or to transport operators vertically integrated with the B2C MDMS provider,
or to other B2B MDMS providers;
(b) not attach any unfair conditions or exclusivity clauses to the commercial agreement
that would, intentionally or otherwise:
EN 19 EN
(i) hinder or prevent transport operators from concluding commercial
agreements with other B2C MDMS providers or B2B MDMS providers
for the effective use of their services;
(ii) require the acceptance of any supplementary conditions that, by their
nature or according to commercial usage, would not be necessary for the
distribution or re-linking of transport products;
(iii) make it a condition that a participating transport operator is forbidden at
the same time from using another system or that a participating transport
operator is forbidden from freely using alternative reservation systems
such as its own direct connect system, internet booking system and call
centres;
(c) ensure that where remuneration for the services of the B2C MDMS provider or the
B2B MDMS provider is agreed with the transport operator, remuneration levels are
based on fair, reasonable and non-discriminatory criteria.
3. B2B MDMS providers shall:
(a) not reserve any specific loading or processing procedures, any other
distribution facilities or any changes to those procedures or facilities, for
certain transport operators;
(b) provide the same information to all participating transport operators about
changes to their distribution facilities, loading procedures and processing
procedures;
(c) ensure that their distribution facilities are separated in a clear and verifiable
manner from any transport operator’s private inventory, management
facilities and marketing facilities.
Article 6
Conditions for commercial agreements between B2B MDMS providers and business
users
1. Commercial agreements between B2B MDMS providers and business users shall not
intentionally or otherwise:
(a) hinder or prevent a business user from subscribing to or using effectively any
other similar system;
(b) require the acceptance of additional conditions which are not necessary for the
subscription to the B2B MDMS;
(c) impose an obligation to accept specific technical equipment or software;
(d) impose any other unfair or unjustified conditions.
2. Where a business user is a small enterprise within the meaning of Article 2(2) of the
Annex to Recommendation 2003/361/EC it may terminate its commercial agreement
with a B2B MDMS provider any time after the first year of that agreement. To that
end, it shall give written notice, which shall not exceed three months. In such a case,
a B2B MDMS provider shall not be entitled to recover more than the administrative
costs directly related to the termination of the commercial agreement.
EN 20 EN
Chapter 3
General obligations of B2C MDMS and B2B MDMS providers in
relation to the display and exchange of information
Article 7
Neutral display and ranking criteria
1. When displaying transport products or a combination of transport products, B2C
MDMS providers and B2B MDMS providers shall load and process data provided by
transport operators with equal care and in a timely manner.
2. When B2C MDMS providers and B2B MDMS providers display transport products
or a combination of transport products, they shall do so in a neutral and
comprehensive manner, without discrimination or bias.
3. Transport operators shall ensure that the data submitted to B2C MDMS providers
and B2B MDMS providers is accurate, up to date and allows the provider to comply
with the rules set out in this Article.
4. B2C MDMS providers and B2B MDMS providers shall apply the criteria referred to
in paragraph 5 to rank the transport products and combinations of transport
products on a non-discriminatory basis to all transport operators. Those criteria shall
not be based on any factor directly or indirectly related to the transport operator’s
identity, unless explicitly required by the end user or business user. B2C MDMS
providers and B2B MDMS providers shall display transport products
and combinations of transport products in such a way that the end user or business
user is not misled, and can easily access them, the display criteria are clearly
indicated, and the rules set out in this Article are met.
5. When displaying transport products or a combination of transport products, B2C
MDMS providers and B2B MDMS providers shall by default rank the transport
products or combinations of transport products based on one or more of the
following criteria:
(a) final price;
(b) travel time;
(c) greenhouse gas (GHG) emissions;
(d) CO2 equivalent emissions;
(e) products including a single-leg transport service ranked by departure time;
(f) products including stops and available subsequent connecting transport
services, ranked by departure time and total travel time;
(g) accessible transport services for persons with disabilities or reduced mobility.
6. B2C MDMS providers and B2B MDMS providers shall always present final prices
to end users or business users when displaying transport products or a combination of
transport products. For air services, those shall be presented in accordance with
Article 23 of Regulation (EC) No 1008/2008.
7. B2C MDMS providers and B2B MDMS providers shall always allow end users and
business users to rank transport products or a combination of transport products on
the basis of GHG emissions or CO2 equivalent emissions.
EN 21 EN
8. B2C MDMS providers and B2B MDMS providers shall enable end users
and business users to use or combine any of the criteria listed in paragraph 5, points
(a) to (g), in any order.
9. B2C MDMS providers and B2B MDMS providers shall display a transport
product only once within a given search result. By way of derogation, in case of
code-share arrangements, each of the two code-share transport operators shall be
allowed to ask for the relevant transport products to be displayed as their own
service, using their own individual carrier designator code. Where more than two
transport operators participate in a code-share agreement, identification of the two
carriers for the purposes of the display shall fall within the responsibility of the
transport operator that actually operates the journey.
10. When displaying transport products or a combination of transport products, B2C
MDMS providers and B2B MDMS providers may use other ranking criteria in
addition to those laid down in paragraph 5, if explicitly requested by the end user or
client of the business user. When displaying final prices, B2B MDMS providers shall
communicate any optional price supplements to business users in a clear and
transparent manner.
11. B2C MDMS providers may accept direct or indirect payment from transport
operators in order to display those operators prominently. Such ‘paid prominence’
shall not be one of the default ranking criteria and shall only be available upon
request by the end user. The offers to which that criterion has been applied shall be
clearly displayed with the indication “choice of” or “sponsored content”. The effects
of the payment on the ranking shall be transparently described.
12. Flights operated by air carriers subject to an operating ban pursuant to Regulation
(EC) No 2111/2005 of the European Parliament and of the Council18 shall be clearly
and specifically identified by B2C MDMS providers and B2B MDMS
providers when they display transport products. The B2C MDMS providers and B2B
MDMS providers shall include a specific symbol when they display transport
products which shall inform end users and business users of the identity of the
operating air carrier as provided for in Article 11 of Regulation (EC) 2111/2005.
13. This Article shall not apply to B2B MDMS used by a transport operator or a group of
transport operators at its own offices or sales counters, or on direct distribution
websites clearly identified as its own.
19Article 8
Marketing information data
1. If any marketing, booking or sales data is provided by a B2C MDMS provider or a
B2B MDMS provider at the request of one transport operator, it shall also be made
available in a timely manner to all transport operators with whom that provider has
concluded a commercial agreement. That data may, and on the transport
18 Regulation (EC) No 2111/2005 of the European Parliament and of the Council of 14 December 2005 on
the establishment of a Community list of air carriers subject to an operating ban within the Community
and on informing air transport passengers of the identity of the operating air carrier, and repealing
Article 9 of Directive 2004/36/EC (OJ L 344, 27.12.2005, p. 15, ELI:
http://data.europa.eu/eli/reg/2005/2111/oj). 19 Directive (EU) 2019/882 of the European Parliament and of the Council of 17 April 2019 on the
accessibility requirements for products and services (OJ L 151, 7.6.2019, p. 70, ELI:
http://data.europa.eu/eli/dir/2019/882/oj).
EN 22 EN
operator’s request, shall, cover all transport operators and business users with whom
that provider has concluded a commercial agreement. Only anonymised and
aggregated data may be made available.
2. Transport operators shall not use the data referred to in paragraph 1 in order to
identify and influence the choice of the end user or business user.
3. Where the data referred to in paragraph 1 results from the use by a business user
established in the Union of the distribution facilities of a B2B MDMS provider, it
shall not identify the business user unless that business user agrees on the conditions
for making appropriate use of that data with the B2B MDMS provider. The same
shall apply to the sharing of such data by the B2B MDMS provider with any other
party for use by that party for reasons other than billing settlement.
Article 9
Information on greenhouse gas emissions and carbon dioxide equivalent emissions
1. MDMS providers shall display clear, transparent and accessible information on the
GHG emissions or CO2 equivalent emissions, as applicable, of transport products,
wherever such information is made available by transport operators. That
information shall be displayed as provided by the transport operator, in accordance
with Regulation (EU) XXX of the European Parliament and of the Council CEEU,
including where applicable in accordance with Implementing Regulation (EU)
2024/3170.
2. If the information referred to in paragraph 1 is not available for all transport products
included in a combination of transport products, the B2C MDMS provider or B2B
MDMS provider shall specify which transport products the information relates to and
explicitly indicate which transport products lack information on GHG emissions or
CO2 equivalent emissions.
3. When ranking transport products or a combination of transport products on the basis
of GHG emissions or CO2 equivalent emissions, B2C MDMS providers or B2B
MDMS providers shall display the transport products or combination of transport
products for which such information is not available at the end of the ranking. Where
information is only partially available for a part of the journey, B2C MDMS
providers or B2B MDMS providers shall display that product in the ranking order
lower than the display of transport products or a combination of transport products
for which all information is available.
Article 10
Sharing of data with public transport authorities
1. Upon request of a public transport authority, and provided that they offer transport
products within the territory under the responsibility of that authority, B2C MDMS
providers shall transmit passenger volumes data in each transport mode covered by
the MDMS. Such data shall be used exclusively to improve the effectiveness of
public transport policies and sustainable mobility policies falling under the
responsibility of that authority. The data shall be aggregated and anonymised. B2C
MDMS providers shall only be required to share data already in their possession and
shall not be obliged to produce new data in response to a request from a public
transport authority.
EN 23 EN
2. Requests referred to in paragraph 1 shall clearly indicate the specific objective of
transport policies or sustainable mobility policies for which the data is needed. The
public transport authority shall not use the data for any other purpose than to support
the design, implementation and evaluation of public transport policies. The public
transport authority shall not use or share the requested data for commercial purposes.
3. Public transport authorities shall cover the costs reasonably incurred by the B2C
MDMS provider for providing the data requested by that authority.
Article 11
Equivalent treatment of air carriers in third countries
1. Without prejudice to international agreements to which the Union or Member States
are parties, where a B2B MDMS provider operating in a third country does not treat
Union air carriers and carriers from that third country to whom it provides services in
an equivalent way with regard to any of the matters covered by this Regulation, the
Commission may require, by means of an implementing act adopted in accordance
with the procedure referred to in Article 17(2), all B2B MDMS providers operating
in the Union to treat air carriers from that third country in a manner that is equivalent
to the treatment of Union air carriers in that third country.
2. For the purposes of paragraph 1, the Commission shall monitor discriminatory or
non-equivalent treatment of Union air carriers by B2B MDMS providers in third
countries. At the request of a Member State or on its own initiative, the Commission
shall investigate potential cases of discrimination against Union air carriers in B2B
MDMS in third countries. Before taking a decision in accordance with paragraph 1,
the Commission shall inform the interested parties.
Chapter 4
Implementation and enforcement
Article 12
National enforcement bodies
1. Member States shall designate a national enforcement body to be responsible for the
enforcement of this Regulation. Member States shall ensure that their national
enforcement body has all the necessary administrative and financial resources and
has the necessary expertise to adequately carry out the tasks under this Regulation.
2. Each Member State shall notify the Commission of the identity of the national
enforcement body it has designated in accordance with paragraph 1 and specify
the tasks and responsibilities of that body. The national enforcement body shall
publish the information about its tasks and responsibilities on its webpage. The
Commission shall publish a list of those bodies on a dedicated webpage and keep it
up to date.
3. The national enforcement body of the Member State in which the main establishment
of the B2C MDMS provider is located shall have the power to enforce this
Regulation in relation to that B2C MDMS provider.
4. By way of derogation from paragraph 3, and on the basis of a duly reasoned request
from the national enforcement body of a Member State where the B2C MDMS
provider has been designated as having significant market presence, the power to
EN 24 EN
enforce the obligations laid down in Article 5(2) shall, for the purposes laid down in
that request, be transferred to that national enforcement body by the national
enforcement body of the Member State in which the main establishment of that B2C
MDMS provider is located.
5. The national enforcement body of the Member State in which the main establishment
of the B2B MDMS provider and of the transport operator, respectively, is located
shall have the exclusive power to enforce this Regulation in relation to that B2B
MDMS provider and that transport operator.
6. Where a B2C MDMS provider or a B2B MDMS provider does not have any
establishment in the Union, any national enforcement body shall be competent to
enforce this Regulation in relation to that provider.
7. Member States shall ensure that their national enforcement body is independent in
terms of its organisation, funding, legal structure, and decision-making procedures
from any transport operator, B2C MDMS provider, B2B MDMS provider, business
user or public transport authority.
Article 13
Tasks of national enforcement bodies
1. Member States shall ensure the tasks and responsibilities of the national enforcement
body are clearly defined and cover at least the following:
(a) promoting awareness of the rights and obligations laid down in this Regulation;
(b) designating B2C MDMS providers with significant market presence in
accordance with Article 4;
(c) monitoring compliance with this Regulation and taking measures to ensure its
correct implementation;
(d) handling complaints of alleged breaches of this Regulation;
(e) imposing penalties laid down in accordance with Article 15, where the national
enforcement body established that the provisions of this Regulation have been
breached;
(f) cooperating with national enforcement bodies of other Member States and with
the Commission to ensure the coherent enforcement of this Regulation, mutual
assistance in market monitoring tasks, enforcement, designation process and
complaint handling, including through the exchange of relevant information by
electronic means while duly respecting the confidentiality of commercially
sensitive data.
2. National enforcement bodies shall enforce this Regulation in close cooperation with
one another.
3. Where a national enforcement body requests information from a national
enforcement body in another Member State in order to carry out its tasks or
responsibilities, that information shall be provided without undue delay and, in any
event, within one month from receipt of the request. In complex cases, the national
enforcement body to whom the request is addressed may extend that deadline to a
maximum of three months from receipt of the request.
EN 25 EN
4. The national enforcement bodies shall set up and cooperate through a network that
convenes regularly and at least once a year, to exchange information in particular on
their monitoring, enforcement and implementation work, decision-making principles,
and administrative practices. The Commission shall be a member, coordinate and
support the work of the network and make recommendations to the network, as
appropriate. It shall ensure active cooperation of the appropriate regulatory bodies.
Article 14
Complaints
1. B2C MDMS providers, B2B MDMS providers or business users shall have the right
to lodge a complaint alleging a breach of this Regulation with the national
enforcement body of the Member State where they are established alleging a breach
of this Regulation, or if they believe they have been unfairly treated, discriminated
against or are in any other way aggrieved.
2. Public transport authorities may lodge a complaint alleging a breach of Article 10
with the national enforcement body of their Member State.
3. Transport operators shall have the right to lodge complaints alleging a breach of this
Regulation with the national enforcement body of the Member State in which their
licence to operate on Union territory has been granted, or if they believe they have
been unfairly treated, discriminated against or are in any way other way aggrieved.
4. When they are not located or established in the Union, B2C MDMS providers, B2B
MDMS providers and business users, as well as a transport operators whose license
was granted by a third country shall have the right to lodge a complaint alleging
a breach of this Regulation with the competent national enforcement body of the
Member State in which the other party allegedly committing the infringement is
established, or which granted its operating licence, or in whose territory the transport
services concerned, or a part of those services, were provided.
5. Where a complaint cannot be lodged in accordance with the rules established in
paragraphs 1 to 4, the complaint may be lodged with the national enforcement body
of any Member State.
6. The national enforcement body receiving a complaint pursuant to paragraphs 1 to 5
of this Article shall assess the complaint and, where appropriate, transmit it to the
competent national enforcement body of the Member State in accordance with
Article 12(1).
7. National enforcement bodies shall refuse to handle a complaint if another complaint
on the same subject between the same parties has already been lodged with another
national enforcement body or an effective remedy has been sought before a national
court of a Member State.
National enforcement bodies handling a complaint shall inform the national
enforcement bodies of the Member States:
(a) in which the B2C MDMS provider or B2B MDMS provider that is subject to
the complaint is established;
(b) which granted the operating licence of the transport operator that is subject to
the complaint;
(c) in whose territory the transport services were provided.
EN 26 EN
The national enforcement body handling a complaint may also request relevant
information from the national enforcement bodies referred to in the first
subparagraph and shall take it into account before taking a decision in relation to the
complaint.
8. On [Publication Office, insert the date of entry into force of this Regulation +2
years], and every two years thereafter, national enforcement bodies shall publish
activity reports with statistics including the issues which most frequently gave rise to
complaints and information on penalties imposed for breaches of this Regulation.
The reports shall not disclose commercially sensitive data. The reports shall be
published on the website of the respective national enforcement body by 30 June of
the calendar year following the end of the reference period.
Article 15
Penalties
1. Member States shall lay down the rules on penalties applicable to infringements of
this Regulation. Those penalties shall be effective, proportionate, dissuasive and non-
discriminatory.
2. Member States shall notify the Commission of those rules and measures by [date of
application of the Regulation] and shall notify it without delay of any amendments to
them.
Article 16
Exercise of the delegation
1. The power to adopt delegated acts is conferred on the Commission subject to the
conditions laid down in this Article.
2. The power to adopt delegated acts as referred to in Article 4 (10) shall be conferred
on the Commission for a period of five years from [date of entry into force of this
act]. The Commission shall draw up a report in respect of the delegation of power
no later than nine months before the end of the five-year period. The delegation of
power shall be tacitly extended for periods of an identical duration, unless the
European Parliament or the Council opposes such extension not later than three
months before the end of each period.
3. The delegation of power may be revoked at any time by the European Parliament or
by the Council. A decision to revoke shall put an end to the delegation of power set
out in that decision. It shall take effect the day following its publication in the
Official Journal of the European Union or at a later date specified therein. It shall not
affect the validity of any delegated acts already in force.
4. Before adopting a delegated act, the Commission shall consult experts designated by
each Member State in accordance with the principles laid down in the
Interinstitutional Agreement of 13 April 2016 on Better Law-Making.
5. As soon as it adopts a delegated act, the Commission shall notify it simultaneously to
the European Parliament and to the Council.
6. A delegated act adopted pursuant to Article 4 (10) shall enter into force only if no
objection has been raised either by the European Parliament or by the Council within
a period of two months of notification of that act to the European Parliament and the
EN 27 EN
Council or if, before the expiry of that period, the European Parliament and the
Council have both informed the Commission that they will not object. That period
shall be extended by two months at the initiative of the European Parliament or of the
Council.
Article 17
Committee procedure
1. The Commission shall be assisted by a committee. That committee shall be a
committee within the meaning of Regulation (EU) No 182/2011.
2. Where reference is made to this paragraph, Article 4 of Regulation (EU) No
182/2011 shall apply.
Chapter 5
Final provisions
Article 18
Review and report
By [dd/mm/20yy - five years after the date of application of this Regulation], the Commission
shall evaluate the implementation of this Regulation and submit a report to the European
Parliament and the Council on its main findings.
The report shall, where necessary, be accompanied by appropriate legislative proposals.
Article 19
Repeal
1. Regulation (EC) No 80/2009 is repealed.
2. References to the repealed Regulation shall be construed as references to this
Regulation and shall be read in accordance with the correlation table in Annex II.
Article 20
Entry into force
This Regulation shall enter into force on the twentieth day following that of its publication in
the Official Journal of the European Union.
It shall apply from [ DATE XX months after the date of entry into force of this Regulation].
This Regulation shall be binding in its entirety and directly applicable in all Member States.
Done at Brussels,
For the European Parliament For the Council
The President The President
[...] [...]
EN 28 EN
LEGISLATIVE FINANCIAL AND DIGITAL STATEMENT
1. FRAMEWORK OF THE PROPOSAL/INITIATIVE
1.1. Title of the proposal/initiative
Proposal for a REGULATION OF THE EUROPEAN PARLIAMENT AND OF
THE COUNCIL on Multimodal Booking
1.2. Policy area(s) concerned
Transport, Digital Services
1.3. Objective(s)
1.3.1. General objective(s)
Better functioning of the online ticket distribution market
1.3.2. Specific objective(s)
Specific objective
Improve transparency and establish a level playing field for transport operators in
terms of access and use of indispensable multimodal digital mobility services
(MDMS).
1.3.3. Expected result(s) and impact
Specify the effects which the proposal/initiative should have on the
beneficiaries/groups targeted.
The initiative is expected to have positive impacts on MDMS, transport operators
(with net benefits for each group), competitiveness and functioning of the internal
market as well as innovation. The proposal is also expected to impact modal shift
towards more sustainable transport modes, thereby positively impacting transport
safety, CO2 emissions and air pollutants.
1.3.4. Indicators of performance
Specify the indicators for monitoring progress and achievements.
The main milestones considered for monitoring progress and achievements of the
objective are to (i) achieve fair and non-discriminatory commercial agreement
negotiations, (ii) ensure unbiased display of travel options for end-users on all
MDMS and (iii) minimise unjustified price divergence for identical offers across
services. Progress towards this objective will be monitored using four key indicators
(compared to the baseline described in the impact assessment accompanying the
proposal): (i) the number of transport operators distributing transport products on
indispensable MDMS (ii) the number of agreements between MDMS and transport
operators, (iii) the number of sanctions imposed and (iv) increased consumer
satisfactions scores on travel information availability and bookability.
1.4. The proposal/initiative relates to:
☑ a new action
☐ a new action following a pilot project/preparatory action 37
☐ the extension of an existing action
37 As referred to in Article 58(2), point (a) or (b) of the Financial Regulation.
EN 29 EN
☐ a merger or redirection of one or more actions towards another/a new
action
1.5. Grounds for the proposal/initiative
1.5.1. Requirement(s) to be met in the short or long-term including a detailed timeline for
roll-out of the implementation of the initiative
Several measures are considered to improve transparency and establish a level
playing field for transport operators in terms of access and use of indispensable
MDMS:
(a) First the proposal includes measures that ensure fair treatment of information
and data on all MDMS. This is done by obliging MDMS to respect neutral
display (following display criteria) on their online interface. MDMS will also
be required to display information on greenhouse gas emissions, when that
information is shared by the transport operator, and to share data for mobility
management with public authorities.
(b) It also sets out key principles framing all commercial agreements between
indispensable MDMS and transport operators. These rules aim to protect
transport operators in their commercial agreements with indispensable
MDMS. A notification process at national and EU level is planned to identify
and designate B2C MDMS with significant market presence (indispensable
ones).
(c) Member States would be required to appoint a national authority to settle
disputes that could arise between parties and an EU enforcement network of
such authorities would ensure consistent enforcement across the EU.
1.5.2. Added value of EU involvement (it may result from different factors, e.g.
coordination gains, legal certainty, greater effectiveness or complementarities). For
the purposes of this section 'added value of EU involvement' is the value resulting
from EU action, that is additional to the value that would have been otherwise
created by Member States alone.
This initiative will enable end users and, in the case of B2B services, subscribers to
benefit from a greater choice of tickets, displayed in a fair and transparent way,
across transport operators and modes. This should in turn improve the functioning of
the internal market, through a smoother and more coherent booking experience for
passengers, and support the EU's objective of economic, social and territorial
cohesion. Action at EU level with horizontal rules would support a better functioning
of the online ticket distribution market, removing obstacles for operators and
MDMS. EU level action for B2B ticket distribution would continue to promote a
level playing field in the sector. The 2020 ex-post evaluation of the CRS Code of
Conduct concluded that the EU level is the right level for intervention in ticket
distribution, compared to national and international intervention. This is due to the
multinational nature of both CRS providers and aviation services. If regulated at the
national level, CRS providers would need to adapt to a multitude of regulatory
regimes with negative impacts on efficiency. In addition, the risk of “rule shopping”
would result in fragmentation of the EU single market. At the international level, the
International Civil Aviation Organisation (ICAO) has adopted a non-binding CRS
Code of Conduct. However, the EU CRS Code of Conduct is binding, making it
more effective and adding value compared to the Member States adopting the ICAO
code.
EN 30 EN
1.5.3. Lessons learned from similar experiences in the past
Lessons can be drawn from the Code of Conduct on Computerised Reservation
Systems (CRS): Regulation 2299/8938 was adopted to ensure equal treatment of all
airlines whose flights were included in a CRS as to promote competition between
airlines in the indirect air ticket distribution sector. It introduced requirements for
results to be shown on an unbiased display that did not favour the CRS’s parent
carriers (or any other carriers) and to ensure that parent carriers did not favour their
own CRS over the others as well as to ensure that travel agents and finally consumers
have access to offers without bias. The CRS Code of Conduct was evaluated in 2020.
The evaluation concluded that the objectives of (i) ensuring a level playing field and
(ii) increasing transparency remain relevant. The evaluation showed that the Code
has not fully ensured a level playing field for all participating carriers, as regards
access to, and use of CRS services, since it did not lead to better balancing of the
bargaining power of different-sized air carriers vis-à-vis CRSs. However, the
evaluation concluded that the transparency requirements, in the form of the neutral
display, remain important, since travel agents, both offline and online, and travel
management companies still heavily rely on CRS data especially for business travel.
Finally, the evaluation concluded that while promoting rail and multimodal transport
remains important, this should be pursued through broader initiatives rather than
CRS-specific rules.
1.5.4. Compatibility with the multiannual financial framework and possible synergies with
other appropriate instruments
The proposal is consistent with other EU instruments and relevant EU policies. and
in particular:
Digital transport policies: The proposal complements the work done in the context of
the ITS Directive which establishes a framework for the deployment of Intelligent
Transport Systems in the road sector and its interfaces with other modes of transport.
Under the Delegated Regulation on multimodal travel information services
(MMTIS), Member States must establish national access points constituting a single
point of access for data users to the static, historic, observed and dynamic travel and
traffic data of different transport modes, for the purpose of providing multimodal
travel information services. Developing MDMS capable of reservations, bookings, or
ticketing however re-quires additional data (e.g. real-time fares).
Horizontal data policies: To complement the general principles of the Digital
Markets Act in relation to MDMS, sectorial measures are considered in the MDMS
proposal to enhance transparent consumer information for transport options. The
MDMS proposal is complementary to the Digital Services Act (DSA) provisions as it
also supports a safe, predictable, and trusted online environment. The Data Act (DA)
has synergies with the MDMS proposal, through harmonised rules on data sharing
including rules on Business to Government (B2G) data sharing and rules on unfair
contractual agreement terms.
Commercial practices policies: The Platform to Business (P2B) Regulation is
applicable to business-to-consumer (B2C) MDMS in the EU and imposes
transparency obligations on the parameters used for ranking. The revised Directive
38 Regulation (EC) No 2299/89 of the European Parliament and of the Council of 24 July 1989 on a code
of conduct for computerized reservation systems (OJ L 220, 29.7.1989, p.1, ELI:
http://data.europa.eu/eli/reg/1989/2299/oj).
EN 31 EN
on Unfair Commercial Practices prohibits undisclosed advertising and paid
promotion for higher ranking of products within search results on MDMS. The
MDMS proposal complements these acts with measures that ensure that search
results on MDMS are displayed in a neutral way (setting out a list of mandatory
ranking criteria and indicating which criterion was used for display), prohibit self-
preferencing and paid prominence, allowing advertised content only under certain
conditions.
Other initiatives: The CountEmissionsEU and Flight Emission Label initiatives set
out a common framework to calculate and report transport-related greenhouse gas
emissions. Transparent information applied across modes will enable passengers to
choose the most sustainable options for their trips.
1.5.5. Assessment of the different available financing options, including scope for
redeployment
The recurrent adjustment costs for the European Commission are related to the
requirement for the European Commission to designate B2C MDMS with SMP at
EU-level. This is assumed to require 2 FTE per year from 2028 onwards.
1.6. Duration of the proposal/initiative and of its financial impact
☐ limited duration
☐ in effect from [DD.MM]YYYY to [DD.MM]YYYY
☐ financial impact from YYYY to YYYY for commitment appropriations
and from YYYY to YYYY for payment appropriations.
☑ unlimited duration
Implementation with a start-up period from YYYY to YYYY,
followed by full-scale operation.
1.7. Method(s) of budget implementation planned39
☑ Direct management by the Commission
☑ by its departments, including by its staff in the Union delegations;
☐ by the executive agencies
☐ Shared management with the Member States
☐ Indirect management by entrusting budget implementation tasks to:
☐ third countries or the bodies they have designated;
☐ international organisations and their agencies (to be specified);
☐ the European Investment Bank and the European Investment Fund;
☐ bodies referred to in Articles 70 and 71 of the Financial Regulation;
☐ public law bodies;
39 Details of budget implementation methods and references to the Financial Regulation may be found on
the BUDGpedia site: https://myintracomm.ec.europa.eu/corp/budget/financial-rules/budget-
implementation/Pages/implementation-methods.aspx.
EN 32 EN
☐ bodies governed by private law with a public service mission to the
extent that they are provided with adequate financial guarantees;
☐ bodies governed by the private law of a Member State that are entrusted
with the implementation of a public-private partnership and that are
provided with adequate financial guarantees;
☐ bodies or persons entrusted with the implementation of specific actions in
the common foreign and security policy pursuant to Title V of the Treaty
on European Union, and identified in the relevant basic act
☐ bodies established in a Member State, governed by the private law of a
Member State or Union law and eligible to be entrusted, in accordance
with sector-specific rules, with the implementation of Union funds or
budgetary guarantees, to the extent that such bodies are controlled by
public law bodies or by bodies governed by private law with a public
service mission, and are provided with adequate financial guarantees in
the form of joint and several liability by the controlling bodies or
equivalent financial guarantees and which may be, for each action,
limited to the maximum amount of the Union support.
Comments
[...]
2. MANAGEMENT MEASURES
2.1. Monitoring and reporting rules
The proposed measure is focused on policy action and monitoring and does not
foresee any revenue or expenditure management, only the recruitment of additional
human resources (2 FTE).
2.2. Management and control system(s)
2.2.1. Justification of the budget implementation method(s), the funding implementation
mechanism(s), the payment modalities and the control strategy proposed
The expenditure corresponding to these contracts will be managed in line with
corporate processes.
2.2.2. Information concerning the risks identified and the internal control system(s) set up
to mitigate them
The Commission applies thorough controls on the management of employment
contracts and DG MOVE abides by strict ethical standards. The legislative proposal
does not entail any revenue collection and does not require any additional control
mechanism.
2.2.3. Estimation and justification of the cost-effectiveness of the controls (ratio between
the control costs and the value of the related funds managed), and assessment of the
expected levels of risk of error (at payment & at closure)
The overall risk of errors is expected to be very low and is already covered by the
existing control environment. No automated controls are expected to be required.
2.3. Measures to prevent fraud and irregularities
The legislative proposal does not entail any revenue collection by DG MOVE.
Regarding the expenditures, they are foreseen for the hiring of additional human
EN 33 EN
resources. The risk of fraud and irregularities is considered very low and will be
covered by existing controls. DG MOVE revised its antifraud strategy in line with
OLAF guidelines in 2020 and plans for a subsequent update in 2026. The local
strategy includes relevant actions to ensure awareness raising on fraud prevention,
dedicated risk assessment actions and ensures an effective and efficient cooperation
with investigative bodies. The corporate framework ensures the right of access to
information, premises and staff to the external (European Court of Auditors) and
internal (IAS) auditors.
EN 34 EN
3. ESTIMATED FINANCIAL IMPACT OF THE PROPOSAL/INITIATIVE
3.1. Heading(s) of the multiannual financial framework and expenditure budget line(s) affected
Existing budget lines
In order of multiannual financial framework headings and budget lines.
Heading of
multiannual
financial
framework
Budget line Type of
expenditure Contribution
Number Diff./Non-diff. 40 from EFTA
countries 41
from candidate
countries and
potential
candidates 42
from other third
countries
other assigned
revenue
4
Budget line will
be available once
we have the new
MFF budget
structure
Non-diff. NO NO NO NO
New budget lines requested
In order of multiannual financial framework headings and budget lines.
3.2. Estimated financial impact of the proposal on appropriations
3.2.1. Summary of estimated impact on operational appropriations
☑ The proposal/initiative does not require the use of operational appropriations
☐ The proposal/initiative requires the use of operational appropriations, as explained below:
40 Diff. = Differentiated appropriations / Non-diff. = Non-differentiated appropriations. 41 EFTA: European Free Trade Association. 42 Candidate countries and, where applicable, potential candidates from the Western Balkans.
EN 35 EN
3.2.1.1. Appropriations from voted budget
EUR million (to three decimal places)
Heading of multiannual financial framework43
DG: MOVE Year
2028
Year
2029
Year
2030
Year
2031
Year
2032
Year
2033
Year
2034
TOTAL MFF
2028-2034
Operational appropriations
Budget line Commitments (1a) 0.000
Payments (2a) 0.000
Budget line Commitments (1b) 0.000
Payments (2b) 0.000
Appropriations of an administrative nature financed from the envelope of specific programmes 44
Budget line (3) 0.000
TOTAL
appropriations for
DG <.......>
Commitments =1a+1b+3 0.000 0.000 0.000 0.000 0.000
Payments =2a+2b+3 0.000 0.000 0.000 0.000 0.000
DG: <.......> Year
2024
Year
2025
Year
2026
Year
2027
TOTAL MFF
2021-2027
43 The necessary appropriations should be determined using the annual average cost figures available on the appropriate BUDGpedia webpage. 44 Technical and/or administrative assistance and expenditure in support of the implementation of EU programmes and/or actions (former 'BA' lines), indirect research,
direct research.
EN 36 EN
Operational appropriations
Budget line Commitments (1a) 0.000
Payments (2a) 0.000
Budget line Commitments (1b) 0.000
Payments (2b) 0.000
Appropriations of an administrative nature financed from the envelope of specific programmes 45
Budget line (3) 0.000
TOTAL appropriations for DG
<.......>
Commitments =1a+1b+3 0.000 0.000 0.000 0.000 0.000
Payments =2a+2b+3 0.000 0.000 0.000 0.000 0.000
Year
2024
Year
2025
Year
2026
Year
2027
TOTAL MFF
2021-2027
TOTAL operational appropriations Commitments (4) 0.000 0.000 0.000 0.000 0.000
Payments (5) 0.000 0.000 0.000 0.000 0.000
TOTAL appropriations of an administrative nature
financed from the envelope for specific programmes (6) 0.000 0.000 0.000 0.000 0.000
TOTAL appropriations under Commitments =4+6 0.000 0.000 0.000 0.000 0.000
45 Technical and/or administrative assistance and expenditure in support of the implementation of EU programmes and/or actions (former 'BA' lines), indirect research,
direct research.
EN 37 EN
HEADING <....>
of the multiannual financial framework Payments =5+6 0.000 0.000 0.000 0.000 0.000
Heading of multiannual financial framework Number
DG: <.......> Year
2024
Year
2025
Year
2026
Year
2027
TOTAL MFF
2021-2027
Operational appropriations
Budget line Commitments (1a) 0.000
Payments (2a) 0.000
Budget line Commitments (1b) 0.000
Payments (2b) 0.000
Appropriations of an administrative nature financed from the envelope of specific programmes 46
Budget line (3) 0.000
TOTAL appropriations for DG
<.......>
Commitments =1a+1b +3 0.000 0.000 0.000 0.000 0.000
Payments =2a+2b+3 0.000 0.000 0.000 0.000 0.000
DG: <.......> Year
2024
Year
2025
Year
2026
Year
2027
TOTAL MFF
2021-2027
Operational appropriations
46 Technical and/or administrative assistance and expenditure in support of the implementation of EU programmes and/or actions (former 'BA' lines), indirect research,
direct research.
EN 38 EN
Budget line Commitments (1a) 0.000
Payments (2a) 0.000
Budget line Commitments (1b) 0.000
Payments (2b) 0.000
Appropriations of an administrative nature financed from the envelope of specific programmes 47
Budget line (3) 0.000
TOTAL appropriations for DG
<.......>
Commitments =1a+1b +3 0.000 0.000 0.000 0.000 0.000
Payments =2a+2b+3 0.000 0.000 0.000 0.000 0.000
Year
2024
Year
2025
Year
2026
Year
2027
TOTAL MFF
2021-2027
TOTAL operational appropriations Commitments (4) 0.000 0.000 0.000 0.000 0.000
Payments (5) 0.000 0.000 0.000 0.000 0.000
TOTAL appropriations of an administrative nature
financed from the envelope for specific programmes (6) 0.000 0.000 0.000 0.000 0.000
TOTAL appropriations
under HEADING <....>
of the multiannual financial framework
Commitments =4+6 0.000 0.000 0.000 0.000 0.000
Payments =5+6 0.000 0.000 0.000 0.000 0.000
47 Technical and/or administrative assistance and expenditure in support of the implementation of EU programmes and/or actions (former 'BA' lines), indirect research,
direct research.
EN 39 EN
Year
2024
Year
2025
Year
2026
Year
2027
TOTAL MFF
2021-2027
TOTAL operational appropriations (all
operational headings)
Commitments (4) 0.000 0.000 0.000 0.000 0.000
Payments (5) 0.000 0.000 0.000 0.000 0.000
TOTAL appropriations of an administrative nature
financed from the envelope for specific programmes (all
operational headings)
(6) 0.000 0.000 0.000 0.000 0.000
TOTAL appropriations
Under Heading 1 to 3
of the multiannual financial framework
(Reference amount)
Commitments =4+6 0.000 0.000 0.000 0.000 0.000
Payments =5+6 0.000 0.000 0.000 0.000 0.000
Heading of multiannual financial
framework 4 ‘Administrative expenditure’ 48
DG: MOVE Year
2028
Year
2029
Year
2030
Year
2031
Year
2032
Year
2033
Year
2034
Total MFF
2028-2034
Human resources 0.388 0.388 0.388 0.388 0.388 0.388 0.388 2.716
Other administrative expenditure 0.010 0.010 0.010 0.010 0.010 0.010 0.010 0.07
TOTAL DG MOVE Appropriations 0.398 0.398 0.398 0.398 0.398 0.398 0.398 2.786
TOTAL appropriations under HEADING 4 of the
multiannual financial framework
(Total commitments =
Total payments) 0.398 0.398 0.398 0.398 2.786
48 The necessary appropriations should be determined using the annual average cost figures available on the appropriate BUDGpedia webpage.
EN 40 EN
EUR million (to three decimal places)
Year
2028
Year
2029
Year
2030
Year
2031
Year
2032
Year
2033
Year
2034
TOTAL MFF
2028-2034
TOTAL appropriations under
HEADINGS 1 to 4
of the multiannual financial
framework
Commitments 0.398 0.398 0.398 0.398 0.398 0.398 0.398 2.786
Payments 0.398 0.398 0.398 0.398 0.398 0.398 0.398 2.786
3.2.1.2. Appropriations from external assigned revenues
EUR million (to three decimal places)
Heading of multiannual financial framework Number
DG: <.......> Year
2024
Year
2025
Year
2026
Year
2027
TOTAL MFF
2021-2027
Operational appropriations
Budget line Commitments (1a) 0.000
Payments (2a) 0.000
Budget line Commitments (1b) 0.000
Payments (2b) 0.000
Appropriations of an administrative nature financed from the envelope of specific programmes 49
49 Technical and/or administrative assistance and expenditure in support of the implementation of EU programmes and/or actions (former 'BA' lines), indirect research,
direct research.
EN 41 EN
Budget line (3) 0.000
TOTAL appropriations
for DG <.......>
Commitments =1a+1b+3 0.000 0.000 0.000 0.000 0.000
Payments =2a+2b+3 0.000 0.000 0.000 0.000 0.000
DG: <.......> Year
2024
Year
2025
Year
2026
Year
2027
TOTAL MFF
2021-2027
Operational appropriations
Budget line Commitments (1a) 0.000
Payments (2a) 0.000
Budget line Commitments (1b) 0.000
Payments (2b) 0.000
Appropriations of an administrative nature financed from the envelope of specific programmes 50
Budget line (3) 0.000
TOTAL appropriations
for DG <.......>
Commitments =1a+1b+3 0.000 0.000 0.000 0.000 0.000
Payments =2a+2b+3 0.000 0.000 0.000 0.000 0.000
Year
2024
Year
2025
Year
2026
Year
2027
TOTAL MFF
2021-2027
50 Technical and/or administrative assistance and expenditure in support of the implementation of EU programmes and/or actions (former 'BA' lines), indirect research,
direct research.
EN 42 EN
TOTAL operational appropriations Commitments (4) 0.000 0.000 0.000 0.000 0.000
Payments (5) 0.000 0.000 0.000 0.000 0.000
TOTAL appropriations of an administrative nature financed from
the envelope for specific programmes (6) 0.000 0.000 0.000 0.000 0.000
TOTAL appropriations
under HEADING <....>
of the multiannual financial framework
Commitments =4+6 0.000 0.000 0.000 0.000 0.000
Payments =5+6 0.000 0.000 0.000 0.000 0.000
Heading of multiannual financial framework Number
DG: <.......> Year
2024
Year
2025
Year
2026
Year
2027
TOTAL MFF
2021-2027
Operational appropriations
Budget line Commitments (1a) 0.000
Payments (2a) 0.000
Budget line Commitments (1b) 0.000
Payments (2b) 0.000
Appropriations of an administrative nature financed from the envelope of specific programmes 51
Budget line (3) 0.000
51 Technical and/or administrative assistance and expenditure in support of the implementation of EU programmes and/or actions (former 'BA' lines), indirect research,
direct research.
EN 43 EN
TOTAL appropriations
for DG <.......>
Commitments =1a+1b+3 0.000 0.000 0.000 0.000 0.000
Payments =2a+2b+3 0.000 0.000 0.000 0.000 0.000
DG: <.......> Year
2024
Year
2025
Year
2026
Year
2027
TOTAL MFF
2021-2027
Operational appropriations
Budget line Commitments (1a) 0.000
Payments (2a) 0.000
Budget line Commitments (1b) 0.000
Payments (2b) 0.000
Appropriations of an administrative nature financed from the envelope of specific programmes52
Budget line (3) 0.000
TOTAL appropriations
for DG <.......>
Commitments =1a+1b+3 0.000 0.000 0.000 0.000 0.000
Payments =2a+2b+3 0.000 0.000 0.000 0.000 0.000
Year
2024
Year
2025
Year
2026
Year
2027
TOTAL MFF
2021-2027
TOTAL operational appropriations Commitments (4) 0.000 0.000 0.000 0.000 0.000
52 Technical and/or administrative assistance and expenditure in support of the implementation of EU programmes and/or actions (former 'BA' lines), indirect research,
direct research.
EN 44 EN
Payments (5) 0.000 0.000 0.000 0.000 0.000
TOTAL appropriations of an administrative nature financed from
the envelope for specific programmes (6) 0.000 0.000 0.000 0.000 0.000
TOTAL appropriations
under HEADING <....>
of the multiannual financial framework
Commitments =4+6 0.000 0.000 0.000 0.000 0.000
Payments =5+6 0.000 0.000 0.000 0.000 0.000
Year
2024
Year
2025
Year
2026
Year
2027
TOTAL MFF
2021-2027
TOTAL operational appropriations (all
operational headings)
Commitments (4) 0.000 0.000 0.000 0.000 0.000
Payments (5) 0.000 0.000 0.000 0.000 0.000
TOTAL appropriations of an administrative nature financed from
the envelope for specific programmes (all operational headings) (6) 0.000 0.000 0.000 0.000 0.000
TOTAL appropriations under Headings 1
to 6
of the multiannual financial framework
(Reference amount)
Commitments =4+6 0.000 0.000 0.000 0.000 0.000
Payments =5+6 0.000 0.000 0.000 0.000 0.000
Heading of multiannual financial framework 4 ‘Administrative expenditure’ 53
EUR million (to three decimal places)
DG: MOVE Year
2028
Year
2029
Year
2030
Year
2031
Year
2032
Year
2033
Year
2034
TOTAL MFF
2028-2034
53 The necessary appropriations should be determined using the annual average cost figures available on the appropriate BUDGpedia webpage.
EN 45 EN
Human resources 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000
Other administrative expenditure 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000
TOTAL Appropriations 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000
DG: <.......> Year
2024
Year
2025
Year
2026
Year
2027
TOTAL MFF
2021-2027
Human resources 0.000 0.000 0.000 0.000 0.000
Other administrative expenditure 0.000 0.000 0.000 0.000 0.000
TOTAL DG <.......> Appropriations 0.000 0.000 0.000 0.000 0.000
TOTAL appropriations under HEADING 4 of the
multiannual financial framework
(Total commitments =
Total payments) 0.000 0.000 0.000 0.000
EUR million (to three decimal places)
Year
2024
Year
2025
Year
2026
Year
2027
TOTAL MFF
2021-2027
TOTAL appropriations under HEADINGS 1 to 7
of the multiannual financial framework
Commitments 0.000 0.000 0.000 0.000 0.000
Payments 0.000 0.000 0.000 0.000 0.000
3.2.2. Estimated output funded from operational appropriations (not to be completed for decentralised agencies)
Commitment appropriations in EUR million (to three decimal places)
Indi
cate
obje
Year
2024
Year
2025
Year
2026
Year
2027
Enter as many years as necessary to
show
the duration of the impact (see Section
TOTAL
EN 46 EN
ctive
s
and
outp
uts
⇓
1.6)
OUTPUTS
Typ
e 54
Aver
age
cost
No Cost No Cost No Cost No Cost No Cost No Cost No Cost
Tota
l
No
Tota
l
Cost
SPECIFIC
OBJECTIVE No 1 55: [...]
-
Outp
ut
-
Outp
ut
-
Outp
ut
Subtotal for
specific objective
No 1
SPECIFIC
OBJECTIVE No 2
54 Outputs are products and services to be supplied (e.g.: number of student exchanges financed, number of km of roads built, etc.). 55 As described in point 1.4.2. 'Specific objective(s)...'
EN 47 EN
-
Outp
ut
Subtotal for
specific objective
No 2
TOTALS
3.2.3. Summary of estimated impact on administrative appropriations
☑ The proposal/initiative does not require the use of appropriations of an administrative nature
☐ The proposal/initiative requires the use of appropriations of an administrative nature, as explained below:
3.2.3.1. Appropriations from voted budget
VOTED APPROPRIATIONS Year
2028
Year
2029
Year
2030
Year
2031
Year
2032
Year
2033
Year
2034
TOTAL
MFF
2028-2034
HEADING 4
Human resources 0.388 0.388 0.388 0.388 0.388 0.388 0.388 2.716
Other administrative expenditure 0.010 0.010 0.010 0.010 0.010 0.010 0.010 0.070
Subtotal HEADING 4 0.398 0.398 0.398 0.398 0.398 0.398 0.398 2.786
Outside HEADING 4
Human resources 0.000 0.000 0.000 0.000 0.000
EN 48 EN
Other expenditure of an administrative nature 0.000 0.000 0.000 0.000 0.000
Subtotal outside HEADING 4 0.000 0.000 0.000 0.000 0.000
TOTAL 0.398 0.398 0.398 0.398 0.398 0.398 0.398 2.786
Staff required to implement the proposal: 2 FTE. The
estimated impact on expenditure and staffing for 2028
and beyond is added for illustrative purposes only and
does not pre-judge the next Multiannual Financial
Framework. The source of financing and scope of
Union financial commitment in the post-2027 period
remain subject to the outcome of interinstitutional
negotiations on the MFF 2028-2034 and thereafter
shall be determined through the annual budgetary
procedure. All appropriations and staffing allocations
as of 2028 are indicative
3.2.3.2. Appropriations from external assigned revenues
EXTERNAL ASSIGNED REVENUES Year
2024
Year
2025
Year
2026
Year
2027
TOTAL MFF
2021-2027
HEADING 7
Human resources 0.000 0.000 0.000 0.000 0.000
Other administrative expenditure 0.000 0.000 0.000 0.000 0.000
Subtotal HEADING 7 0.000 0.000 0.000 0.000 0.000
EN 49 EN
Outside HEADING 7
Human resources 0.000 0.000 0.000 0.000 0.000
Other expenditure of an administrative nature 0.000 0.000 0.000 0.000 0.000
Subtotal outside HEADING 7 0.000 0.000 0.000 0.000 0.000
TOTAL 0.000 0.000 0.000 0.000 0.000
3.2.3.3. Total appropriations
TOTAL VOTED APPROPRIATIONS
+
EXTERNAL ASSIGNED REVENUES
Year
2024
Year
2025
Year
2026
Year
2027
TOTAL MFF
2021-2027
HEADING 7
Human resources 0.000 0.000 0.000 0.000 0.000
Other administrative expenditure 0.000 0.000 0.000 0.000 0.000
Subtotal HEADING 7 0.000 0.000 0.000 0.000 0.000
Outside HEADING 7
Human resources 0.000 0.000 0.000 0.000 0.000
Other expenditure of an administrative nature 0.000 0.000 0.000 0.000 0.000
Subtotal outside HEADING 7 0.000 0.000 0.000 0.000 0.000
TOTAL 0.000 0.000 0.000 0.000 0.000
EN 50 EN
The estimated impact on expenditure and staffing for 2028 and beyond is added for illustrative purposes only and does not pre-judge the
next Multiannual Financial Framework. The source of financing and scope of Union financial commitment in the post-2027 period
remain subject to the outcome of interinstitutional negotiations on the MFF 2028-2034 and thereafter shall be determined through the
annual budgetary procedure. All appropriations and staffing allocations as of 2028 are indicative.
.
3.2.4. Estimated requirements of human resources
☐ The proposal/initiative does not require the use of human resources
☑ The proposal/initiative requires the use of human resources, as explained below
3.2.4.1. Financed from voted budget
Estimate to be expressed in full-time equivalent units (FTEs) 56
VOTED APPROPRIATIONS Year
2028
Year
2029
Year
2030
Year
2031
Year
2032
Year
2033
Year
2034
Establishment plan posts (officials and temporary staff)
20 01 02 01 (Headquarters and Commission’s
Representation Offices) 2 2 2 2 2 2 2
20 01 02 03 (EU Delegations) 0 0 0 0 0 0 0
01 01 01 01 (Indirect research) 0 0 0 0 0 0 0
01 01 01 11 (Direct research) 0 0 0 0 0 0 0
Other budget lines (specify) 0 0 0 0 0 0 0
56 Please specify below the table how many FTEs within the number indicated are already assigned to the management of the action and/or can be redeployed within
your DG and what are your net needs.
EN 51 EN
External staff (in FTEs)
20 02 01 (AC, END from the 'global envelope') 0 0 0 0 0 0 0
20 02 03 (AC, AL, END and JPD in the EU
Delegations) 0 0 0 0 0 0 0
Admin. support line
[XX.01.YY.YY]
at Headquarters 0 0 0 0 0 0 0
in EU Delegations 0 0 0 0 0 0 0
01 01 01 02 (AC, END Indirect research) 0 0 0 0 0 0 0
01 01 01 12 (AC, END Direct research) 0 0 0 0 0 0 0
Other budget lines (specify) Heading 7 0 0 0 0 0 0 0
Other budget lines (specify) Outside Heading 7 0 0 0 0 0 0 0
TOTAL 2 2 2 2 2 2 2
3.2.4.2. Financed from external assigned revenues
EXTERNAL ASSIGNED REVENUES Year
2024
Year
2025
Year
2026
Year
2027
Establishment plan posts (officials and temporary staff)
20 01 02 01 (Headquarters and Commission's Representation Offices) 0 0 0 0
20 01 02 03 (EU Delegations) 0 0 0 0
01 01 01 01 (Indirect research) 0 0 0 0
EN 52 EN
01 01 01 11 (Direct research) 0 0 0 0
Other budget lines (specify) 0 0 0 0
External staff (in full time equivalent units)
20 02 01 (AC, END from the global envelope) 0 0 0 0
20 02 03 (AC, AL, END and JPD in the EU Delegations) 0 0 0 0
Admin. support line
[XX.01.YY.YY]
- at Headquarters 0 0 0 0
- in EU Delegations 0 0 0 0
01 01 01 02 (AC, END - Indirect research) 0 0 0 0
01 01 01 12 (AC, END - Direct research) 0 0 0 0
Other budget lines (specify) - Heading 7 0 0 0 0
Other budget lines (specify) - Outside Heading 7 0 0 0 0
TOTAL 0 0 0 0
3.2.4.3. Total requirements of human resources
TOTAL VOTED APPROPRIATIONS
+
EXTERNAL ASSIGNED REVENUES
Year
2024
Year
2025
Year
2026
Year
2027
Establishment plan posts (officials and temporary staff)
20 01 02 01 (Headquarters and Commission's Representation Offices) 0 0 0 0
EN 53 EN
20 01 02 03 (EU Delegations) 0 0 0 0
01 01 01 01 (Indirect research) 0 0 0 0
01 01 01 11 (Direct research) 0 0 0 0
Other budget lines (specify) 0 0 0 0
External staff (in full time equivalent units)
20 02 01 (AC, END from the global envelope) 0 0 0 0
20 02 03 (AC, AL, END and JPD in the EU Delegations) 0 0 0 0
Admin. support line
[XX.01.YY.YY]
- at Headquarters 0 0 0 0
- in EU Delegations 0 0 0 0
01 01 01 02 (AC, END - Indirect research) 0 0 0 0
01 01 01 12 (AC, END - Direct research) 0 0 0 0
Other budget lines (specify) - Heading 7 0 0 0 0
Other budget lines (specify) - Outside Heading 7 0 0 0 0
TOTAL 0 0 0 0
The staff required to implement the proposal (in FTEs):
To be covered by current
staff available in the
Commission services
Exceptional additional staff*
EN 54 EN
To be financed under
Heading 4 or Research
To be financed from BA
line
To be financed from
fees
Establishment plan
posts 2 N/A 0
External staff (CA,
SNEs, INT) 0 0 0
Description of tasks to be carried out by:
Officials
and
temporar
y staff
The additional work on implementing the Regulation, will require an internal redeployment of 2 establishment posts as
from the adoption of the Regulation.
The additional work relates to:
1) Designation of B2C MDMS with significant market presence (SMP) at EU level: The Regulation introduces a
requirement for the EC to designate B2C MDMS with SMP at EU level – this will require EC to deal with notifications
received from services providers, monitor developments and monitor the market to ensure that all relevant service providers
notify. EC might also need to deal with complaints/further investigations related to the designation process. Over time, EC
will need to monitor developments and manage the list of designated entities (with potential additions or removals from the
list).
2) Designation of B2C MDMS with significant market presence (SMP) at national level: this will be handled by national
enforcement authorities, however, EC must verify notifications from Member States, coordinate with national enforcement
bodies, publish and update dynamic lists on EC website, all while ensuring compliance with strict deadlines. The multi-
layered notification and designation processes at both EU and national levels, requiring real-time oversight.
The recurrent burden of assessing notification received, monitoring the EU MDMS market and potentially processing
removal requests demands dedicated capacity. Two FTE are therefore foreseen to streamline coordination, reduce delays in
designations, and maintain an accurate, up-to-date public register, ensuring market transparency and effective enforcement
under the new regulatory framework. Given the required very specialised knowledge and the combination of competences
(specialised competition background combined with legal drafting skills), the needs could be fulfilled by 2 AD post.
EN 55 EN
External
staff
3.2.5. Overview of estimated impact on digital technology-related investments
Compulsory: the best estimate of the digital technology-related investments entailed by the proposal/initiative should be included in the
table below.
Exceptionally, when required for the implementation of the proposal/initiative, the appropriations under Heading 7 should be presented
in the designated line.
The appropriations under Headings 1-6 should be reflected as "Policy IT expenditure on operational programmes". This expenditure
refers to the operational budget to be used to re-use/ buy/ develop IT platforms/ tools directly linked to the implementation of the
initiative and their associated investments (e.g. licences, studies, data storage etc). The information provided in this table should be
consistent with details presented under Section 4 "Digital dimensions".
TOTAL Digital and IT appropriations Year
2024
Year
2025
Year
2026
Year
2027
TOTAL MFF
2021-2027
HEADING 7
IT expenditure (corporate) 0.000 0.000 0.000 0.000 0.000
Subtotal HEADING 7 0.000 0.000 0.000 0.000 0.000
Outside HEADING 7
Policy IT expenditure on operational programmes 0.000 0.000 0.000 0.000 0.000
Subtotal outside HEADING 7 0.000 0.000 0.000 0.000 0.000
TOTAL 0.000 0.000 0.000 0.000 0.000
EN 56 EN
3.2.6. Compatibility with the current multiannual financial framework
The proposal/initiative:
☑ can be fully financed through redeployment within the relevant heading of the multiannual financial framework (MFF).
☐ requires use of the unallocated margin under the relevant heading of the MFF and/or use of the special instruments as defined in
the MFF Regulation.
☐ requires a revision of the MFF.
3.2.7. Third-party contributions
The proposal/initiative:
☑ does not provide for co-financing by third parties
☐ provides for the co-financing by third parties estimated below:
Appropriations in EUR million (to three decimal places)
Year
2024
Year
2025
Year
2026
Year
2027 Total
Specify the co-financing body
TOTAL appropriations co-financed
3.3. Estimated impact on revenue
☑ The proposal/initiative has no financial impact on revenue.
☐ The proposal/initiative has the following financial impact:
☐ on own resources
☐ on other revenue
☐ please indicate, if the revenue is assigned to expenditure lines
EN 57 EN
EUR million (to three decimal places)
Budget revenue line: Appropriations available for the current financial year
Impact of the proposal/initiative57
Year
2024
Year
2025
Year
2026
Year
2027
Article
For assigned revenue, specify the budget expenditure line(s) affected.
[...]
Other remarks (e.g. method/formula used for calculating the impact on revenue or any other information).
[...]
4. DIGITAL DIMENSIONS
4.1. Requirements of digital relevance
Otherwise, please list the requirements of digital relevance in the table below:
Reference to
the
requirement
Requirement description
Actor(s) affected
or concerned by
the requirement
High-level
Processes Categories
Article 4
B2C MDMS provider shall share data on the number of tickets
sold per mode and their value with EC (for EU data) and
national enforcement authorities (for national data).
B2C MDMS
European
Commission
National
Enforcement
Authorities
Reporting
obligation
Data
Digital public
service
57 As regards traditional own resources (customs duties, sugar levies), the amounts indicated must be net amounts, i.e. gross amounts after deduction of 20% for
collection costs.
EN 58 EN
Article 6
Commercial agreements between B2B MDMS providers and
business suers shall not intentionally or otherwise: (a) prevent a
business user from subscribing to or using any other similar
system, (b) require the acceptance of additional conditions to be
accepted which are not necessary for the subscription to the
B2B MDMS, (c) impose an obligation to accept specific
technical equipment or software, and (d) impose any other
unfair or unjustified conditions.
B2B MDMS n.a
Data,
Commercial
agreement
Article 7
B2C and B2B MDMS providers shall load and process data of
operators with equal care and shall display transport products of
operators in a neutral and comprehensive manner. Article 7 sets
out the criteria for the default ranking of transport products and
other functionalities of the MDMS.
B2C and B2B
MDMS
Data
processing and
publication
Data
Digital public
service
Digital
Solution
Article 8
Article 8 sets out requirements for the marketing, booking and
sales data provided by B2C MDMS and B2B MDMS providers
to participating transport operators.
B2C and B2B
MDMS
Data
processing and
publication
Data
Digital public
service
Article 9
Article 9 sets out the requirements related to the information on
greenhouse gas emissions and carbon dioxide equivalent
emissions.
B2C and B2B
MDMS
Disclosure of
information
Data
Digital public
service
Digital
solution
Article 10 Article 10 sets out the requirements for the B2C MDMS
sharing of data with public transport authorities. B2C MDMS
Statistics
Reporting
obligations
Data
Article 12 Where the national enforcement body requests to receive National Policy Data
EN 59 EN
relevant information, it shall be presented without undue delay
and, in any event, within one month from the receipt of the
request.
Enforcement
Bodies
B2C MDMS
monitoring and
enforcement
Article 12
Cooperation between national enforcement bodies of Member
States to ensure a coherent enforcement of this Regulation,
mutual assistance in market monitoring tasks and complaint
handling, including through the exchange of relevant
information by electronic means while duly respecting the
confidentiality of commercially sensitive data.
National
Enforcement
Bodies
Policy
monitoring and
enforcement
Data
Digital Public
Service
Article 12
The national enforcement bodies shall participate in a network
that convenes regularly, and at least once a year, to exchange
information in particular on their (i) monitoring, enforcement
and implementation work, (ii) decision-making principles; and
(iii) administrative practices.
National
Enforcement
Bodies
B2C MDMS
Policy
monitoring and
enforcement
Data
4.2. Data
High-level description of the data in scope and any related standards/specifications
Type of data Reference to the requirement(s) Standard and/or specification (if
applicable)
Data on the number of tickets sold per
mode and their value Article 4 n.a
Operators’ data Article 7 n.a
Marketing, booking and sales data Article 8 n.a
Data on greenhouse gas emissions or
carbon dioxide equivalent emissions of the Article 9
CountEmissionsEU and Flight Emission
Label standards
EN 60 EN
transport products
Data which may be used to improve the
effectiveness of public transport policies
and sustainable mobility
Article 10 n.a
Monitoring and enforcement data
(information about the thresholds) Article 12 n.a
Monitoring and enforcement data (in
particular as regards disputes between
parties) between authorities
Article 12 n.a
Alignment with the European Data Strategy
The conditions for commercial agreements between transport operators and B2C MDMS providers with significant market presence or
B2B MDMS providers from Article 5 and Article 6 are mitigating the abuse of contractual imbalances, in line with the DMA.
Alignment with the once-only principle
Any B2C MDMS provider vertically integrated with a railway undertaking designated as having significant railway market presence
pursuant to the proposal on rail ticketing shall be designated as a B2C MDMS provider with significant railway market presence at
national level and shall not be required to notify the national enforcement body referred to in Article 13 of the Member State in which
the railway undertaking is designated as having significant railway market presence.
For the purposes of assessing whether the thresholds laid down in Annex I are met, the designating authority may request B2C MDMS
providers to submit all relevant information within a reasonable timeframe, and at the latest within two months. An already designated
B2C MDMS provider with significant market presence shall not be subject to such information requests for the transport mode in which
it has been designated. B2C MDMS providers which do not submit within the set timeframe the requested information on their
significant market presence, may be designated without undue delay, based on information available to the designating authority.
Explain how newly created data is findable, accessible, interoperable and reusable, and meets high-quality standards
Data on indispensable B2C MDMS will be published on the Commission website.
Data flows
For each data flow, please fill the table below:
EN 61 EN
Type of data Reference(s) to the
requirement(s)
Actor who
provides the
Actor who receives
the data
Trigger for the
data exchange
Frequency (if
applicable)
Data on the number
of tickets sold per
mode and their
value
Article 4 B2C MDMS
European
Commission,
National
Enforcement Bodies
Obligation under
Art.4/ request from
EC or a NEB.
Yearly
Operators’ data Article 7 Transport operator B2C and B2B
MDMS
Agreement for the
display/ distribution
of transport tickets
n.a
Marketing, booking
and sales data Article 8 B2B MDMS Transport operators
Request from a
transport operator n.a
Data on greenhouse
gas emissions or
carbon dioxide
equivalent
emissions of the
transport products
Article 9 Transport operators B2C and B2B
MDMS
Willingness of the
transport operator to
share that data.
n.a
Data which may be
used to improve the
effectiveness of
public transport
policies and
sustainable mobility
Article 10 B2C MDMS ad
B2B MDMS
Public transport
authorities
Request from a
public transport
authority
n.a
Monitoring and
enforcement data
(information about
Article 12
National
Enforcement Body/
Member States
European
Commission
Change in the list of
B2C MDMS with
SMP
n.a
EN 62 EN
the thresholds)
Monitoring and
enforcement data (in
particular as regards
disputes between
parties) between
authorities
Article 13 National
Enforcement Body
National
Enforcement Body
EU Network for
National
Enforcement
Bodies meetings.
At least once a year
4.3. For each digital solution, please provide the reference to the requirement(s) of digital relevance concerning it, a description of the
digital solution's mandated functionality, the body that will be responsible for it, and other relevant aspects such as reusability and
accessibility. Finally, explain whether the digital solution intends to make use of AI technologies.
Digital
solution
Reference(s) to
the
requirement(s)
Main mandated
functionalities
Responsible
body
How is accessibility
catered for?
How is reusability
considered?
Use of AI
technologies
(if
applicable)
MDMS Article 7
Article 9
B2C and B2B MDMS
providers shall load and
process data of operators
with equal care and shall
display transport products
of operators in a neutral
and comprehensive
manner.
Clear, transparent and
accessible information on
the greenhouse gas
emissions or carbon
dioxide equivalent
emissions of the transport
products displayed shall
B2C MDMS
providers
B2B MDMS
providers
When displaying
information, B2C
MDMS providers
should respect the
requirements set in
Directive (EU)
2019/882 of the
European Parliament
and of the Council on
the accessibility for
products and services,
and in particular offer
audio-visual options.
The proposal acts in
synergy with other of
EU legislation
affecting digital
information services,
and in particular the
ITS Directive which
establishes a
framework for the
deployment of
Intelligent Transport
Systems in the road
sector and its
interfaces with other
modes of transport.
n.a.
EN 63 EN
be provided by the B2C
MDMS providers to end
users and by B2B MDMS
providers to business
users, whenever such
information is shared by
transport operators.
For each digital solution, explain how the digital solution complies with the requirements and obligations of the EU cybersecurity
framework, and other applicable digital policies and legislative enactments (such as eIDAS, Single Digital Gateway, etc.).
Digital solution #1: MDMS
Digital and/or sectorial policy
(when these are applicable) Explanation on how it aligns
AI Act n.a.
EU Cybersecurity framework n.a
eIDAS n.a
Single Digital Gateway and IMI n.a
Others n.a
Digital solution #2
Digital and/or sectorial policy
(when these are applicable) Explanation on how it aligns
AI Act
EU Cybersecurity framework
EN 64 EN
eIDAS
Single Digital Gateway and IMI
Others
4.4. Interoperability assessment
Describe the digital public service(s) affected by the requirements
Digital public
service or
category of digital
public services
Description
Reference(s) to
the
requirement(s)
Interoperable
Europe
Solution(s)
Other
interoperability
solution(s)
Designation of
B2C MDMS
providers with
significant market
presence
An MDMS provider shall be designated as B2C
MDMS provider with significant market power for
the distribution of transport products for that
transport mode (‘significant market presence’) at
Union level if it meets the thresholds laid down in
point 1 of Annex I. It shall notify the Commission
thereof and provide information on the number of
tickets sold per mode and their value.
Article 4 n.a. n.a.
Assess the impact of the requirement(s) on cross-border interoperability
Digital public service #1
Assessment Measure(s) Potential remaining barriers (if applicable)
Alignment with
existing digital and
sectorial policies.
The proposal is coordinated with the proposal on rail
ticketing and the proposed revision of the Rail Passenger
Rights Regulation, to create a consistent framework that
promotes rail single tickets and an ensures good
n.a.
EN 65 EN
functioning of the online ticketing market. The proposal
repeals Regulation (EC) No 80/2009 on a Code of
Conduct for Computerised Reservation Systems (‘CRS
Code of Conduct’), whilst updating and integrating the
provisions of that text that remain relevant. The proposal
acts in synergy with other of EU legislation affecting
digital information services, and in particular the ITS
Directive which establishes a framework for the
deployment of Intelligent Transport Systems in the road
sector and its interfaces with other modes of transport.
Under the Delegated Regulation on multimodal travel
information services (MMTIS) Member States must
establish national access points constituting a single point
of access for data users to the static, historic, observed and
dynamic travel and traffic data of different transport
modes, for the purpose of providing multimodal travel
information services. Addressing the barriers for the
development of MDMS capable of reservations, bookings,
or ticketing therefore complements this existing set of
legislation. Further, this proposal will complement the
general principles of the Digital Markets Act and the Data
Act by setting sectorial measures in relation to MDMS.
The proposal will also complement the revised Directive
on Unfair Commercial Practices with measures that ensure
that search results on MDMS are displayed in a neutral
way (setting out a list of mandatory ranking criteria and
indicating which criterion was used for display), prohibit
self-preferencing and paid prominence, allowing
advertised content only under certain conditions.
This proposal aims to promote a more multimodal and
sustainable transport system and contribute to the
objectives of the European Green Deal. By requiring that
EN 66 EN
MDMS display information on greenhouse gas emissions
and CO2 emissions, this proposal will also contribute to
the objectives of the CountEmissionsEU and Flight
Emission Label initiatives, setting out a common
framework to calculate and report transport-related
greenhouse gas emissions.
Organisational
measures for a smooth
cross-border digital
public services
delivery.
The Regulation stipulates that each Member State shall
designate a national enforcement body responsible for the
enforcement of this Regulation. Member States shall
ensure that the designated body is provided with the
necessary administrative and financial resources and has
the expertise needed to adequately carry out the tasks
under this Regulation. Article 12 describes the tasks of the
national enforcement bodies, including the mutual
assistance in market monitoring tasks and complaint
handling.
n.a
Measures taken to
ensure a shared
understanding of the
data.
The information on the greenhouse gas emissions or
carbon dioxide equivalent emissions shall be provided in
accordance with Commission Implementing Regulation
(EU) 2024/3170.
Article 7 sets neutral display and ranking criteria
obligations for all MDMS providers.
It is important that digital aspects of the
information exchange are clearly defined in the
implementation of the Regulation, in the
context of complaints management and sharing
of data with public authorities.
Use of commonly
agreed open technical
specifications and
standards.
The information on the greenhouse gas emissions or
carbon dioxide equivalent emissions shall be provided in
accordance with Commission Implementing Regulation
(EU) 2024/3170.
Article 7 sets neutral display and ranking criteria
obligations for all MDMS providers.
It is important that digital aspects of the
information exchange are clearly defined in the
implementation of the Regulation, in the
context of complaints management and sharing
of data with public authorities.
EN 67 EN
4.5. Measures to support digital implementation
For each measure to support digital implementation, please fill in the table below
Description
of the
measure
Reference(s) to the requirement(s) Commission role (if applicable)
Actors to be
involved (if
applicable)
Expected
timeline (if
applicable)
Requirement 7
The national enforcement bodies shall
participate in a network that convenes
regularly to exchange information in
particular on their (i) monitoring,
enforcement and implementation work, (ii)
decision-making principles; and (iii)
administrative practices.
The Commission services shall
participate in the discussions
within the network, and coordinate
and support the cooperation on
matters of common interest and the
exchange of best practices.
National
enforcement
bodies/ European
Commission
At least once
a year
EN EN
EUROPEAN COMMISSION
Brussels, 13.5.2026
COM(2026) 231 final
ANNEX 1
ANNEX
to the
REGULATION OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL
on multimodal booking and repealing Regulation (EC) No 80/2009
{SEC(2026) 300 final} - {SWD(2026) 300 final} - {SWD(2026) 301 final}
EN 1 EN
Annex I
Thresholds for the designation of B2C MDMS providers with significant market
presence
1. A B2C MDMS provider shall be considered to have a significant market presence in
the Union if it has sold in the Union during the last financial year, for one of the
transport modes in which it provides distribution services, at least:
(a) for air transport, 53.5 million products or products whose total value was of 6
394;
(b) for rail transport, 203 million rail products or products whose total value was 3
832 million EUR;
(c) for bus and coach transport, 318 million products or products whose total value
was 18 071 million EUR;
(d) for waterborne transport, 45 million products or products whose total value was
792 million EUR.
EN 2 EN
2. A B2C MDMS provider shall be considered to have a significant market presence in a Member State if it has reached in that Member
State, within the last financial year, for one of the transport modes in which it provides distribution services one of the two thresholds set
out in Table 1.
Member
States
Rail transport
products
Bus and coach transport
products
Waterborne transport
products
Transport
products sold
annually (in )
Value of
transport
products
sold
annually
(in
millions
of EUR)
Transport
products
sold
annually
(in )
Value of
transport
products
sold
annually
(in
millions
of EUR)
Transport
products
sold
annually
(in )
Value of
transport
products sold
annually (in
millions of
EUR)
Transport
products sold
annually (in )
Value of
transport
products sold
annually (in
millions of
EUR)
Austria 3.51 419.09 21.0 360.4 7.05 400.54 0.00 0.00
Belgium 3.31 395.16 20.5 636.4 1.80 102.26 0.30 5.22
Bulgaria 1.04 123.80 1.7 22.5 11.35 644.84 0.00 0.00
Croatia 1.19 141.63 2.2 21.8 7.60 431.78 11.20 194.73
Cyprus 1.28 152.91 0.00 0.00 2.70 153.40 0.00 0.00
Czechia 1.86 222.62 10.2 188 34.75 1947.28 0.00 0.00
Denmark 3.65 436.05 10.9 165.1 14.00 795.39 13.20 229.50
Estonia 0.29 34.17 0.8 12.4 4.70 267.02 4.25 73.89
Finland 2.00 239.10 5.4 52.5 11.45 650.52 5.20 90.41
EN 3 EN
France 20.58 2458.53 98.8 2392.1 75.85 4309.33 6.50 113.01
Germany 23.01 2747.83 205.2 3201.1 173.20 9840.15 9.80 170.39
Greece 7.96 951.29 1.3 38.3 34.30 1948.71 22.70 394.67
Hungary 1.77 211.66 22.5 359.4 48.50 2755.47 0.00 0.00
Ireland 4.32 516.44 5.8 95.6 10.10 573.82 0.90 15.65
Italy 22.09 2638.22 57.1 1142.8 128.45 7297.73 30.85 536.37
Latvia 0.65 77.43 1.4 9.4 4.05 230.10 0.30 5.22
Lithuania 0.65 77.52 0.5 17.4 9.70 551.09 0.00 0.00
Luxemburg 0.36 42.69 1.5 58.2 0.85 48.29 0.00 0.00
Malta 0.76 91.03 0.00 0.00 0.00 0.00 4.95 86.06
8.22 981.28 23.1 1140.4 8.45 480.08 0.85 14.78
Poland 5.93 708.01 25.4 352.9 127.40 7238.08 1.15 19.99
Portugal 7.08 845.82 13.1 205.6 25.80 1465.80 0.55 9.56
Romania 2.31 276.39 5.5 101.8 44.90 2550.94 0.00 0.00
Slovakia 0.29 35.19 2.3 40.8 7.10 403.38 0.00 0.00
Slovenia 0.16 18.77 1.4 42.8 6.95 394.86 0.00 0.00
Spain 31.76 3793.07 56.5 1174.7 135.60 7703.95 10.95 190.38
EN 4 EN
Sweden 3.42 408.15 15.3 193.9 15.85 900.50 13.05 226.89
EUROPEAN COMMISSION
13.04.2026
SEC(2026) 300
REGULATORY SCRUTINY BOARD OPINION
{COM(2026) 231}{COM(2026) 232} {SWD(2026) 300-301}
Impact assessment of Multimodal Digital Mobility Services (MDMS) and Single Digital Booking and Ticketing Regulation (SDBTR)
________________________________ Commission européenne/Europese Commissie, 1049 Bruxelles/Brussel, BELGIQUE/BELGIË - Tel. +32 22991111 [email protected]
EUROPEAN COMMISSION REGULATORY SCRUTINY BOARD
Brussels, RSB
Opinion
Title: Impact assessment of Multimodal Digital Mobility Services (MDMS) and Single Digital Booking and Ticketing Regulation (SDBTR)
Overall 2nd opinion: POSITIVE WITH RESERVATIONS
(A) Policy context The Multimodal Digital Mobility Services Regulation (MDMS) targets all digital platforms for passenger transport in waterborne, air, rail, and road, and aims at facilitating the access to information, booking or payment of travel tickets by setting rules to ensure a level playing field and fair cooperation between platforms and transport operators. The MDMS proposal includes the repeal of Regulation (EC) No 80/2009 on a Code of Conduct for Computerised Reservation Systems (‘CRS Code of Conduct’) whilst updating and integrating the provisions that remain relevant. The Single Digital Booking and Ticketing Regulation (SDBTR) targets railway undertakings (RU) and will set rules on access to rail tickets as well as access for RUs to rail ticketing platforms. The legislative proposals are part of the wider framework of EU measures aimed at achieving climate-neutrality by 2050 as set out in the European Green Deal, the Sustainable and Smart Mobility Strategy (SSMS), and the Single European Rail Area.
2
(B) Key issues The Board notes the improvements in the revised report. However, the report still contains significant shortcomings. The Board gives a positive opinion with reservations because it expects the lead Service to rectify the following aspects: (1) The report should further clarify the scope of the intervention, including on
multi-modal versus rail and the inclusion of mere transport information services versus on-line ticketing.
(2) The existence and magnitude of the alleged market failure(s) of ‘uneven playing field in the online ticketing market’ and ‘incomplete offer of rail tickets on (rail) platforms’ are not sufficiently demonstrated.
(3) The report does not take into account the limitations of the methodology for estimating the modal shift and the resulting uncertainties which drive the estimation of the benefits and the identification of the preferred option.
(4) The impact on competition and distribution of costs and benefits between different market actors is not sufficiently assessed.
(5) The assessment of the proportionality of the preferred option, including sharing and hosting obligations by ‘indispensable’ RU platforms, is not sufficient.
(C) What to improve (1) Regarding the scope of the initiative, the report should explain why platforms that do not sell tickets but only offer transport information and redirect to ticket-selling intermediaries and operators are included in the scope even though the alleged two market failures/problems of uneven playing field in the online ticketing market and incomplete offer of rail tickets on (rail) platforms are about ticketing. Based on an improved analysis of market failures (see point 2 below), the intervention logic should be reviewed to clarify how far market failure/problem 1 on ticketing relates to the wider specific objective 1 and can be addressed by policy measures 1-4 that do not specifically refer to ticketing. Throughout the report and the description of measures and options, ticket selling services and mere transportation information services should be more clearly distinguished.
(2) The report should demonstrate more clearly the evidence base for the alleged market failures and their magnitude. In view of the recent technological evolution, including artificial intelligence since the initiative was first put forward in 2023, the report should analyse to which extent these developments would facilitate a level playing field in the concerned markets with regards to transparency. (3) The report should assess to what extent the problem drivers are sufficiently exhaustive and/or to what extent drivers outside the initiative’s scope might impact the success of the initiative. (4) The analysis of unintended consequences should be significantly strengthened, including the risks that incumbent RUs would decide to move out of scope of PM14 (‘hosting obligation’) by only selling tickets of services they operate directly, thus potentially leading to the opposite than the intended effect. The additional administrative burden on undertakings and public authorities for the identification of indispensable actors
3
and the control of commercial agreements on distribution fees (PM9-12) should be enhanced in light of simplification efforts and the one-in, one-out approach. (5) While an effort was made to quantify the benefits, the expected contribution of the intervention to modal shift is based on methodology and assumptions which have limitations as they rely on stated preferences, expert judgment and opinions of stakeholders. Consequently, the benefits resulting from the estimated modal shift should not be included in the cost benefit analysis and the comparison of the options should be revised. (6) In light of the far-reaching nature of some of the measures (such as PM13, PM14, PM15), the impact on market dynamics and market power, competition and innovation should be better assessed, including on indispensable RUs, willing RUs and willing MDMS platforms. The report should detail better what the impacts are of PM13 (‘sharing obligation’) compared to PM14 (‘hosting obligation’) for incumbent RUs and how the resulting increase in costs for RUs is likely to impact the rail sector operation overall, including potential pass-through costs to consumers. It should discuss the business model underlying the sharing obligation and whether independent platforms are supposed to pay the operators for the provision of transport data or vice-versa. (7) The analysis underlying the comparison of options is insufficient for supporting the conclusion on the preferred option, especially regarding the comparison of PO2 and PO3. The report needs to sufficiently assess the relative importance of hosting on indispensable RU’s ticketing system, not least taking into account that the marginal contribution of PM13 on modal shift is substantially higher than for PM14, according to the report. The proportionality of the requirement for a company to host services for its competitors is not sufficiently demonstrated. The alignment of incentives between sellers and buyers should be further analysed. (8) The report should be clearer on the available enforcement options. If enforcement is left to national authorities, it should explain how a level playing enforcement field will be ensured and regulatory implementation fragmentation avoided. (9) Regarding coherence, the report should explain better how far the EU consumer and digital legislation – e.g. Unfair Commercial Practices Directive, Platform to Business Regulation, Data Act, Digital Services Act (DSA), Digital Markets Act (DMA), AI Act and the forthcoming Digital Fairness Act –already addresses the identified problems.
4
(D) Conclusion The lead Service may proceed with the initiative. The lead Service must revise the report and its executive summary in accordance with the Board’s findings before launching the interservice consultation.
Full title Regulation on Multimodal Digital Mobility Services (MDMS) (including revision of Regulation (EC) No 80/2009 on a Code of Conduct for Computerised Reservation Systems) and Single Digital Booking and Ticketing Regulation (SDBTR)
Reference number PLAN/2021/10509
Submitted to RSB on 11 March 2026
Date of RSB meeting Written procedure
5
EUROPEAN COMMISSION REGULATORY SCRUTINY BOARD
Brussels, RSB
Opinion
Title: Impact assessment / Multimodal Digital Mobility Services (MDMS)
Overall opinion: NEGATIVE
(A) Policy context Multimodal Digital Mobility Services (MDMS) is a legislative proposal to help develop MDMS platforms and to revise the existing Code of Conduct for Computerised Reservation System (CRS). By facilitating the access to information, booking and payment of travel tickets, MDMS aims to make it easier for travellers to choose multimodal mobility options. MDMS is part of a framework of EU measures aimed at achieving climate-neutrality by 2050.
(B) Summary of findings The Board notes the additional information provided and commitments to make changes to the report.However, the Board gives a negative opinion because the report contains the following significant shortcomings: (1) The report does not clearly set out the problem and expected contribution to the
modal shift to be achieved by the initiative, and which MDMS services will be included/excluded in its scope. It does not clearly explain the initiative’s expected impact on the behavioural change of travellers and transport operators, and its potential to tackle the underlying problem drivers.
(2) The report does not sufficiently explain the design of the options, nor the link between policy options and specific objectives. It does not clearly set out the rationale, content and functioning of key measures, including the rules on rail journey continuation, the coverage of SMEs, the designation of indispensable actors and the role of competent public authorities.
(3) The report does not adequately explain the methodological approach, the limitations of the evidence used, the underlying assumptions, and the robustness of the analytical results presented. The analysis of impacts on SMEs, competitiveness and of administrative costs under the One In, One Out approach is under- developed.
(4) When comparing the options, the report does not sufficiently reflect the limitations of the evidence base when assessing the proportionality of measures, including mandatory sales and services obligations, and selecting preferred options. It neither analyses sufficiently, nor clearly presents opposing stakeholders’ views on key
6
issues, in particular on the identified problems, their drivers and the proposed policy measures.
7
(C) What to improve (1) The report should set out a clear definition of the initiative’s scope upfront. It should clearly set out the scope of MDMS including by explaining what “competing operators” implies in practice. It should clarify upfront the scale of the problem, substantiating with evidence the untapped potential of multimodal mobility solutions under the dynamic baseline scenario and by being clear what realistically the expected contribution of the initiative could be, in the context of all current initiatives in multimodality. It should also clarify with evidence in its problem definition, the key market failures justifying EU intervention and the relative importance of the problem drivers. The report should assess to what extent these problem drivers are sufficiently exhaustive and/or to what extent other drivers are relevant for the success of the initiative (but outside the initiative’s scope). It should also better describe the relevance of each of the drivers depending on the transport mode. (2) Given the significant decrease of market share of CRSs in the distribution of tickets over the last decade, the report should substantiate with evidence their assumed continued (joint) dominance and (potential) abusive market behaviour. It should better argue why a revision of the Code of conduct for CRS is still relevant, given the market innovation and technology dynamics of the airline ticket distribution sector. Regarding the issue of rail journey continuation, the report should provide an evidence-based analysis supported by a market failure-based rationale for regulatory intervention. Given existing regulations and measures in place, the report should be clear on the size of the remaining gap, both within the same operators and across all operators, including potential developments of the rail markets. (3) The report should clarify the intervention logic, in particular, how this initiative would induce behavioural change among users of mobility services and transport operators, as well as the evidence base supporting these expectations. It should make clear how the policy options address the specific objectives. The specific objectives should be phrased in more SMART terms to better understand what the change potential of this initiative is and how “success” is defined. These objectives should be reflected in corresponding evaluation and monitoring indicators measuring the specific impacts of the measures in terms of contribution to the increased multimodality deployment and modal shift, including private road transport reduction. (4) The report should better explain the rationale, content and functioning of key policy choices. It should provide greater clarity on how ‘indispensable’ operators and MDMS have been defined and what the supporting economic analysis for choosing a single 50% national market share for all MDMS and transport modes is. It should clarify how alternative thresholds would affect the impacts of the measures. It should also describe in greater detail what the rules for rail journey continuation would look like, including how compensation fees in case of multi-operator journey continuation would be fixed. It should explain the need for all MDMS to have neutral display requirements, even if they do not have market power. The option chapter should also clarify the relevance of each of the different policy measures to SMEs and whether these might result in adjustment costs should they want to benefit from them. The report should be clearer on the available enforcement options. If enforcement is left to national authorities, it should explain how a level playing enforcement field will be ensured and regulatory implementation fragmentation avoided. (5) The report should significantly improve the explanation and presentation of the impact analysis. The impact section should explain the theory of change, evidence and assumptions used in the analysis while Annex 4 should should be clear how all parts of the analysis link
8
together, provide more detail on the approach and assumptions that underpin the ASTRA modelling and its link to the cost-benefit analysis. The report should be more transparent about the methodological limitations and uncertainties. It should be explicit on the reliability of extrapolating specific municipal level evidence to the EU level and on whether the evidence refers to specific modes of transport or specific settings such as urban transport. Given that the benefits related to reduction in external costs of road accidents are significant and drive the net benefit impact of the initiative, it should be clear what evidence underpins the estimates and how robust the analysis is. The report should provide a clear and convincing analysis explaining how the initiative will result in an expected modal shift leading to very high estimated benefits from the reduction of the number of road accidents. (6) The report should undertake further analysis employing multiple evidence sources to assess the impacts of the options and measures are on competitiveness, SMEs, competition and Member States (in their enforcement role). It should, including through a dedicated SME test, more clearly explain the impacts on SMEs. It should provide a more nuanced and comprehensive assessment of competitiveness of the affected transport and services sectors, both in the main report and in the annexed competitiveness check. It should better assess the impact on market dynamics and market power, competition and innovation, including the risk of collusive behaviour potentially emerging from fixing interline fares or selling tickets of competitors, in particular, in light of the far-reaching nature of some of the measures. The report should further elaborate on the enforcement role of Member States and estimate the enforcement costs that will fall exclusively upon them. It should present the One In, One Out estimates in a clear and comparable way. (7) The report should explain better the divergent views of different groups of stakeholders, in particular, on the identified problems, their drivers and the proposed policy options. The report should be more open and nuanced about the limitations of marrying a limited evidence base to ambitious policy measures. It should include a strengthened proportionality assessment regarding mandatory sales and service agreements. Given that no single preferred option is identified, the report should better inform the decision makers in terms of the pros and cons of the two short-listed preferred options. Some more technical comments have been sent directly to the author DG.
(D) Conclusion The DG must revise the report in accordance with the Board’s findings and resubmit it for a final RSB opinion.
Full title Multimodal Digital Mobility Services (MDMS) (including revision of Regulation 80/2009 on a Code of conduct for Computerised Reservation Systems)
Reference number PLAN/2021/10509
Submitted to RSB on 20 July 2023
Date of RSB meeting 13 September 2023
9
Electronically signed on 13/04/2026 18:43 (UTC+02) in accordance with Article 11 of Commission Decision (EU) 2021/2121
EN EN
EUROPEAN COMMISSION
Brussels, 13.5.2026
SWD(2026) 300 final
COMMISSION STAFF WORKING DOCUMENT
IMPACT ASSESSMENT REPORT
Accompanying the documents
Proposal for a
REGULATION OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL
on multimodal booking and repealing Regulation (EC) No 80/2009
Proposal for a
REGULATION OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL
on rail ticketing
{COM(2026) 231 final} - {COM(2026) 232 final} - {SEC(2026) 300 final} -
{SWD(2026) 301 final}
I
Table of Contents
Glossary ........................................................................................................................................ III
1. INTRODUCTION: POLITICAL AND LEGAL CONTEXT ..................................................................... 1
1.1. Political context ............................................................................................................. 1
1.2. Legal context .................................................................................................................. 2
1.3. Synergies with other EU policy instruments ................................................................. 3
1.4. Evaluation of the Regulation on a Code of Conduct for CRS ....................................... 4
2. PROBLEM DEFINITION ............................................................................................................... 5
2.1. What are the problems? ................................................................................................. 5
2.2. What are the problem drivers? ..................................................................................... 16
2.3. How likely is the problem to persist? .......................................................................... 23
3. WHY SHOULD THE EU ACT? .................................................................................................... 24
3.1. Legal basis .............................................................................................................. 24
3.2. Subsidiarity: Necessity of EU action ........................................................................... 24
3.3. Subsidiarity: Added value of EU action ...................................................................... 24
4. OBJECTIVES: WHAT IS TO BE ACHIEVED? ................................................................................ 25
4.1. General objective ......................................................................................................... 25
4.2. Specific objectives ....................................................................................................... 25
5. WHAT ARE THE AVAILABLE POLICY OPTIONS? ...................................................................... 26
5.1. What is the baseline from which options are assessed? ............................................... 26
5.2. Description of the policy measures and policy options ............................................... 28
6. WHAT ARE THE IMPACTS OF THE POLICY OPTIONS?.................................................................. 35
6.1. Economic impacts ........................................................................................................ 37
6.2. Social impacts .............................................................................................................. 54
6.3. Environmental impacts ................................................................................................ 56
6.4. Summary of the economic, social and environmental impacts ................................... 57
7. HOW DO THE OPTIONS COMPARE? ........................................................................................... 59
7.1. Effectiveness .............................................................................................................. 59
7.2. Efficiency .............................................................................................................. 60
7.3. Coherence .............................................................................................................. 63
7.4. Subsidiarity and proportionality .................................................................................. 64
7.5. Summary of the effectiveness, efficiency, coherence, subsidiarity and proportionality .
.............................................................................................................. 65
7.6. Sensitivity analysis ...................................................................................................... 66
8. PREFERRED OPTION ................................................................................................................. 69
8.1. Identification of the preferred policy option and stakeholder views ........................... 69
8.2. REFIT (simplification and improved efficiency) ........................................................ 70
II
8.3. Application of the ‘one in, one out’ approach ............................................................. 70
9. HOW WILL ACTUAL IMPACTS BE MONITORED AND EVALUATED ............................................... 71
ANNEX 1: PROCEDURAL INFORMATION .......................................................................................... 73
ANNEX 2: STAKEHOLDER CONSULTATION (SYNOPSIS REPORT) ..................................................... 85
ANNEX 3: WHO IS AFFECTED AND HOW? ...................................................................................... 102
ANNEX 4: ANALYTICAL METHODS ............................................................................................... 107
ANNEX 5: COMPETITIVENESS CHECK ........................................................................................... 214
ANNEX 6: SME CHECK ................................................................................................................ 218
ANNEX 7: DISCARDED POLICY MEASURES .................................................................................... 222
ANNEX 8: RETAINED POLICY MEASURES ...................................................................................... 225
ANNEX 9: BACKGROUND ON THE CODE OF CONDUCT ON COMPUTERISED RESERVATION
SYSTEMS AND AIR MARKET ......................................................................................................... 232
ANNEX 10: LINKS BETWEEN CONCLUSIONS OF THE EX-POST EVALUATION OF THE CRS CODE OF
CONDUCT AND THE IMPACT ASSESSMENT .................................................................................... 237
ANNEX 11: DECISIONS AND RULINGS CONCERNING ANTI-COMPETITIVE PRACTICES ON RAIL
TICKET DISTRIBUTION .................................................................................................................. 241
ANNEX 12: MONITORING AND EVALUATION ................................................................................ 244
ANNEX 13: DETAILED ASSESSMENT OF IMPACT ON COMPETITION .......................................................... 246
III
Glossary
Term or acronym Meaning or definition
API Application Programming Interface
B2B Business-to-Business
B2C Business-to-Consumer
CRS Computerised Reservation Systems
DC system Direct Connect system
DMA Digital Markets Act
DSA Digital Services Act
EC European Commission
EDIFACT Electronic Data Interchange for Administration, Commerce and
Transport
EEA European Economic Area
FRAND Fair, Reasonable and Non-Discriminatory
GDP Gross Domestic Product
GDS CRS is also known as Global Distribution System
LCC Low-Cost Carrier
MaaS Mobility as a Service
MIDT Market Information Data Tapes (from airline booking systems)
MSE Meta-Search Engine
MDMS Multimodal Digital Mobility Services
MMTIS Multimodal Travel Information Services
NAP National Access Point
NEB National Enforcement Body
NCA New Content Aggregator
NDC New Distribution Capability
OPC Open Public Consultation
OTA Online Travel Agent
PM Policy Measure
PO Policy Option
PSO Public Service Obligation
RU Railway Undertaking
IV
SERA Single European Rail Area
SMP Significant Market Presence
SSMS Sustainable and Smart Mobility Strategy
TMC Travel Management Company
1
1. INTRODUCTION: POLITICAL AND LEGAL CONTEXT
This Impact Assessment (IA) accompanies two new legislative proposals seeking to improve the functioning
of the online ticket distribution market for passenger transport in the EU and foster the availability of single
tickets in rail.
The Regulation on Multimodal Booking (RMB) targets all
ticketing platforms for passenger transport in waterborne, air,
rail, and road and will set rules to establish a level playing
field across all actors in the distribution chain, and to ensure fair
cooperation with transport operators.
The Rail Ticketing Regulation (RTR)
targets railway undertakings (RU) and will
set rules on access to rail tickets as well as
access for RUs to rail ticketing platforms.
The RMB proposal includes the repeal of Regulation (EC) No 80/2009 on a Code of Conduct for
Computerised Reservation Systems (‘CRS Code of Conduct’1) whilst updating and integrating the
provisions that remain relevant.
These initiatives are needed because, as highlighted in the political guidelines for the European
Commission 2024−20292, it is currently difficult for travellers to find, compare, combine and book tickets for
regional and long-distance journeys in the EU3. This becomes significantly more difficult when combining
offers from multiple operators and is particularly challenging in the case of cross-border train travel, which
limits the attractiveness of rail for such journeys. A 2024 Eurobarometer survey on ticketing4 showed that
a third of all respondents have never booked a multimodal journey (e.g. combining trains, planes or coaches),
and over a third of respondents who booked such journeys reported difficulties in doing so. Barriers included
the inability to find a suitable combination, lack of information on where to search for such offers and not
being able to buy all the tickets in one place. According to the survey these barriers were higher for journeys
involving multiple railway undertakings. Another major concern for rail passengers is that they often do not
enjoy passenger rights when their journey involves different RUs. While the passenger rights dimension falls
outside the scope of this IA, since it does not concern ticket distribution and is addressed through a targeted
revision of the Rail Passenger Rights Regulation, which will ensure that tickets purchased in a single
transaction on one platform are treated as “single tickets”, thereby granting passengers full rights for the entire
journey. This targeted revision is supported by an analytical Staff Working Document which updates
the assessment of impacts from 2017 of the related policy measure. To maximise the effectiveness of
both initiatives, SDBTR will ensure that RUs cannot withhold platforms from combining their tickets
into “single tickets”. These complementary initiatives are all expected to strengthen passenger confidence and
help unlock the potential for a modal shift towards rail.
1.1. Political context
These initiatives aim to promote a more multimodal and sustainable transport system and contribute to
Sustainable Development Goals SDG#3 (“Ensure healthy lives and promote wellbeing for all at all ages”),
SDG#9 (“Make cities and human settlements inclusive, safe, resilient and sustainable”), SDG#13 (“Climate
Action”). The European Green Deal5 sets a goal of reducing transport-related greenhouse gas emissions by
90% by 2050, compared to 1990 levels, and the Sustainable and Smart Mobility Strategy (SSMS) refers
1 OJ L 35, 4.2.2009, pp. 47–55.2 ‘Europe’s choice - Political guidelines for the next European Commission 2024−2029: ‘Cross-border train travel is
still too difficult for many citizens. People should be able to use open booking systems to purchase trans-European
journeys with several providers, without losing their right to reimbursement or compensatory travel. To this end we will
propose a Single Digital Booking and Ticketing Regulation, to ensure that Europeans can buy one single ticket on one
single platform and get passengers’ rights for their whole trip’ 3 These initiatives do not apply to local or urban transport services. 4 Flash Eurobarometer 551 - Multimodal Digital Mobility Service – August – September 2024 5 COM (2019)640 final
2
to simpler multimodal ticketing and possible regulatory action on multimodal digital mobility services
(MDMS), together with an initiative on ticketing, including rail ticketing (Action 37) as supporting actions to
achieve this ambition6.
After four legislative railway packages, the Single European Rail Area has been opened to competition,
resulting in a more diverse, improved and more affordable offer to passengers7. In 2024, passenger rail km
grew by 5.8%, driven by strong consumer demand and the launch of new services, including by new entrants.
However, whilst significant progress has been made on other fundamental elements of the Single European
Railway Area, such as common infrastructure development, improved interoperability and capacity
management, rail ticketing remains a significant structural weakness. The digital revolution in retail,
experienced in other sectors (hotels, flights) has not materialised for rail. Incumbent companies act as
gatekeepers, who operate the vast majority of services while also owning the established ticket platforms.
They can leverage incumbency to disadvantage competing platforms by sharing data and offers selectively
and exclude competing operators by refusing to sell their tickets on the main platform. This situation limits
price transparency and makes new operators commercially invisible, undermining the business case for new
rail services that would drive affordability and induce a modal shift. For new operators, ticket distribution is
key to reaching customers.
Directive 2012/34/EU8 recognised the importance of market-developed common information and through-
ticketing systems9 , which should be interoperable and non-discriminatory and enable passengers to plan
journeys and book tickets across the EU. Improving rail ticketing is also highlighted as a priority in the
Communication on connecting Europe through high-speed rail10 and the Action plan to boost long-
distance and cross-border passenger rail11.
The Council also underlines digitalisation as a key driving force to EU transport competitiveness and stresses
that multimodality depends on interoperable travel information, ticketing and payment systems12. The Letta
Report on the Future of the Single Market13 highlights that “to facilitate new entrants' access to service
facilities and ensure fair competition in the railway sector, especially in relation to ticket vending, there is a
pressing need for an EU-wide, integrated, multimodal information, ticketing, and payment services
framework. In that field, significant advancements in developing interoperable and non-discriminatory sector-
led initiatives are still ongoing, while a conducive regulatory environment for such services is still lacking”.
The Draghi Report on the Future of European Competitiveness14 also states that “market barriers remain
for new entrants who in some cases face high track access charges and difficulties in accessing equipment
and ticketing systems. This weakens the ability of providers to scale up and operate across borders”.
1.2. Legal context
Article 102 of the Treaty on the Functioning of the European Union (TFEU) prohibits abuse of
6 COM (2020)789 final 7 European Commission: Directorate-General for Mobility and Transport and EY, Study on passenger and freight rail
transport services’ prices to final customers – Final report, Publications Office of the European Union, 2024,
https://data.europa.eu/doi/10.2832/403804 8 OJ L 343, 14.12.2012, p. 32, as amended by OJ L 352, 23.12.2016, p. 1. 9 Under the provisions of this Directive, Member States may require RUs operating domestic passenger services to
participate in common information and integrated ticketing schemes for the supply of tickets, through-tickets and
reservations, provided these schemes do not distort the market or discriminate between RUs. A through-ticket represents
a transport contract covering multiple connected legs of a journey, entitling passengers to certain rights (re-routing or a
refund, assistance, and potentially delay compensation based on the time of arrival at the final destination) in case of a
missed connection between services covered by that ticket. 10 COM (2025)903 final 11 2022/2022(INI) 12 https://data.consilium.europa.eu/doc/document/ST-8824-2021-INIT/en/pdf 13 Letta, Enrico. Much More Than a Market. Council of the European Union, 2024, p. 85 14 Draghi, Mario - The Future of European Competitiveness: In-Depth Analysis and Recommendations. 2024, p. 213
3
dominance. In line with this provision, the Commission, as well as national courts and competition authorities
across the EU, have investigated online ticket distribution practices, in particular in the rail sector, such as
restricting access to ticketing data, and imposing unreasonable fees and technical requirements to third-party
platforms. The large number of cases shows that the issue is systemic and further outlines the necessity of an
EU-wide regulatory intervention. Member States have also adopted legislation to support the development of
MDMS.
In France, transport service operators15 must grant access to their digital sales channels, to allow the
distribution of their tickets16. In Finland, the 2018 “Act on Transport Services”17 also requires transport
authorities and operators to make their tickets available on MDMS platforms18. In 2017, the Dutch Ministry
of Infrastructure and Water Management and the interested Regional Authorities launched seven pilot
projects for regional MDMS19requiring compliance with common rules and transparent conditions. In
Spain, the 2025 “Sustainable Mobility law”20 establishes rules for distribution agreements between transport
operators and multimodal ticketing platforms. In Sweden, regional authorities are progressively moving
toward a unified digital ticketing system21, with initiatives to integrate local and regional tickets into single
platforms accessible via mobile apps or smart cards.
1.3. Synergies with other EU policy instruments
Digital Transport policies: The ITS Directive22 establishes a framework for the deployment of Intelligent
Transport Systems in the road sector and its interfaces with other modes of transport. Under the Delegated
Regulation on multimodal travel information services (MMTIS)23 Member States must establish national
access points constituting a single point of access for data users to the static, historic, observed and dynamic
travel and traffic data of different transport modes, for the purpose of providing multimodal travel information
services. Developing MDMS platforms capable of reservations, bookings, or ticketing however
requires additional data (e.g. real-time fares).
Under the rail interoperability Directive (EU) 2016/79724, the Commission developed functional and
technical specifications for telematics applications (TEL TSI)25 supporting the interoperability of data
sharing in rail transport.
Horizontal data policies: To complement the general principles of the Digital Markets Act26 in relation to
MDMS platforms, sectorial measures are considered in the RMB proposal. These ensure that they do not
impose general conditions that would be unfair or lead to discrimination. They complement the rules of the
DMA applying to gatekeepers as MDMS platforms fall below the DMA’s thresholds. The RMB proposal is
also complementary to the Digital Services Act27 (DSA) provisions as it also supports a safe, predictable, and
trusted online environment. The Data Act28 (DA) hassynergies with the RMB proposal, through harmonised
15 Only public transport services organised by regions and privately run rail, road, and maritime services within
regional/100 km limits are subject to that obligation. 16 Law No. 2019-1428 of 24 December 2019 on Mobility Orientation, Article 28. 17 Act on Transport Services (320/2017; amendments up to 731/2018 included). 18 A mobility service provider in Finnish law is any company or operator that offers transport services or services
connected to transport (trip information, ticketing/brokerage, dispatching, parking, or other supporting mobility services). 19 1900019 Brochure MaaS-pilots A4-EN.indd (dutchmobilityinnovations.com). 20 Law 9/2025 of 3d December on Sustainable Mobility, Article 92. 21 Samtrafiken's National Distribution System - Services | Samtrafiken 22 OJ L, 2023/2661 23 OJ L, 2024/490 24 OJ L 138, 26.5.2016, p. 44–101. 25 OJ L, 2026/253, 10.2.2026, p. 1. 26 OJ L 265, 12.10.2022, p. 1–66. 27 OJ L 2022/2065, 19.10.2022 28 OJ L 2023/2854, 22.12.2023
4
rules on data sharing including rules on Business to Government (B2G) data sharing and rules on unfair
contractual agreement terms. In addition, the rules on Artificial Intelligence29complement the RMB proposal
by establishing rules on AI systems used by MDMS platforms, ensuring safety, transparency, and respect of
fundamental rights.
Commercial practices policies: The revised Directive on Unfair Commercial Practices prohibits
undisclosed advertising and paid promotion for higher ranking of products within search results on MDMS30.
The RMB proposal complements these acts with measures that ensure that search results on MDMS platforms
are displayed in a neutral way (setting out a list of mandatory ranking criteria and indicating which criterion
was used for display), prohibit self-preferencing and paid prominence, allowing advertised content only under
certain conditions.
Passenger rights policy: The recast Regulation on rail passengers’ rights and obligations31entered into force
in June 2021 and applies from June 2023. It replaces the initial EU rules in the domain that applied since 2009.
The Regulation improves real-time travel information, introduces data-sharing rules for operators and third
parties (including ticket vendors and other RU) when they have an agreement, adds a self-rerouting right, and
requires RU under the same ownership to offer through-tickets. A targeted revision of this Regulation is being
undertaken in parallel to this initiative to increase rights for rail passengers holding a single ticket for a single
journey with multiple RUs, booked on a single platform in a single transaction. SDBTR complements this
revision by creating the conditions for rail travellers to book these single tickets. The Commission adopted a
proposal in 2023 for passenger rights in the context of multimodal journeys32 that puts forward rules to ensure
the protection of passengers when switching between different transport modes. It proposes that passengers
with single contracts for a multimodal journey should be assisted in the event of travel disruptions and suggests
a specific liability regime for intermediaries who combine separate tickets into a multimodal journey that the
passenger buys from them in a single transaction.
Other initiatives: The CountEmissions EU33 and Flight Emission Label34 initiatives set out a common
framework to calculate and report transport-related greenhouse gas emissions. Transparent information
applied across modes will enable passengers to choose the most sustainable options for their trips. The
Transition Pathway for Tourism35 sets up a common European data space for tourism with the objectives
to facilitate stakeholder cooperation and to encourage the active sharing of tourism-related data including
mobility data. The Report from the Commission to the Council on the implementation of the European
Tourism Agenda 203036mentions multimodality as a key enablerof competitiveness in the sector.
1.4. Evaluation of the Regulation on a Code of Conduct for CRS
A particular type of MDMS, active in the business-to-business (B2B) segment, are the Computerised
Reservation Systems (CRSs)37. These were created by airlines in the 1960s, to grant travel agents access to air
29 OJ L, 2024/1689, 12.7.2024. 30 OJ L 328, 18.12.2019, p. 7–28. 31 OJL 172, 17.5.2021, p. 1–52. 32 COM (2023)752 33 COM (2023) 441 34 OJ L, 2024/3170. 35 European Commission: Directorate-General for Internal Market, Industry, Entrepreneurship and SMEs, Transition
pathway for tourism, Publications Office of the European Union, 2022 36 COM (2025) 763 final 37 CRS aggregate and provide information on travel options (inter alia schedules, availability and fares) of different
airlines and rail operators to online and offline travel agents and Travel Management Companies. Unlike B2C MDMS
they do not sell directly to consumers but enable travel agencies to book tickets on behalf of their clients (Sabre, Amadeus,
Travelport).
5
offers. Specific rules were adopted in 198938 to avoid risks of anti-competitive behaviour by CRSs. These
were later revised in 200939 to regulate the business-to-business transactions between the providers of CRSs
and air and rail carriers, and travel agents. The CRS Code of Conduct was evaluated in 202040 to assess
whether, in light of market and technological changes in air B2B ticket distribution, it is still relevant in
achieving the objectives of (i) preventing distortion of competition between CRSs owned by parent carriers,
and (ii) ensuring fair and effective competition between carriers; and, whether it remains fit for purpose given
broader horizontal legislation. The evaluation concluded that the Code has not fully ensured a level playing
field for all participating carriers, as regards access to, and use of CRS services, since it did not lead to
better balancing of the bargaining power of different-sized air carriers vis-à-vis CRSs.Some carriers expressed
concerns about specific clauses in their contracts with CRS providers, reducing the ability of airlines to use
alternative booking systems or technology.Moreover, the evaluation concluded that the transparency
requirements, in the form of the neutral display, remain important, since travel agents, both offline and
online, and travel management companies still heavily rely on CRS data especially for business travel. The
evaluation also concluded that specific sectoral treatment of traditional CRS providers may no longer be
justified in view of market and technological developments in air ticket distribution (increased internet
penetration, the rise of other channels and divestment of airlines from CRSs). More details on the evaluation,
and its links with this impact assessment, are presented in Annex 10.
2. PROBLEM DEFINITION
2.1. What are the problems?
The problems, problem drivers and consequences identified are presented in Figure 1.
Figure 1: Problem tree
38 Council Regulation (EEC) No 2299/89 of 24 July 1989 on a code of conduct for computerised reservation systems, OJ
L 220, 29.07.1989, p. 1-7. 39 Regulation (EC) No 80/2009 of the European Parliament and of the Council of 14 January 2009 on a Code of Conduct
for computerised reservation systems. 40 SWD (2020)9
6
This initiative identifies 4 problem drivers and addresses two market failures in online ticket distribution,
which are described in more detail in Problem 1: Lack of transparency, unfair conditions, and uneven playing
field in the online ticketing market and Problem 2: Incomplete offer of rail tickets on (rail) platforms. These
problems have consequences in the operational rail service market and means consumers do not find all travel
choices on online platforms. The latter limits their ability to compare and combine travel options and fares,
including on their environmental impact. To better understand the magnitude of the consequences on
consumers, including the potential for behavioural change and their ability to make more sustainable travel
choices, several questions must be considered:
1) Do alternative travel options exist?
2) Are travellers willing to changes their habits?
3) Is travellers’ ability to make alternative choices impaired?
To answer the first question an EU-wide analysis
of 100 origin-destination routes (performed in the
context of the impact assessment support study41)
assessed the level of completeness of information
and tickets on B2C MDMS platforms across
modes. The routes were selected to represent
41 Ricardo et al. (2026), Study supporting the MDMS and SDBTR Impact assessment.
Problem Drivers (PD) Problems (PB)
PD1: Regulatory framework no longer
fit for purpose due to market and
technological changes in ticket
distribution
PD3: Imbalanced commercial relations
of indispensable MDMS platforms and
transport operators
Problem 1: Lack of
transparency, unfair
conditions, and
uneven playing field
in the online
ticketing market
PD4: Vertical integration of railway
undertakings and rail ticketing
platforms hinders wider ticket
distribution
PD2: Commercial incentives of
MDMS platforms to promote certain
operators or products
Problem 2:
Incomplete offer of
rail tickets on (rail)
platforms
Consequences
For the consumer:
limited ability to compare
and combine travel
options and fares,
including the ability to
compare the
environmental impact of
the travel choice.
For the rail sector:
obstacles to market entry,
reduced competition,
lower demand for rail
services, and suboptimal
return on public
investment
Figure 2: 100 origin-destination pairs
7
different levels of (1) attractiveness42, (2) traffic intensity and (3) distance, and ensure (4) good geographical
balance and (5) matching availability of transport modes with modal split data on EU passenger traffic from
Eurostat. The analysis compared the options shown on Omio43 with a fuller set of possibilities identified
through Google Maps (for land and sea) and Google Flight (for air)44, and found that multimodal options were
available on 76% of the routes, yet today, even though some MDMS platforms show options in different
modes, these are rarely combined. In fact, in the analysis 39% of possible rail or coach connections were not
visible on the MDMS platform, let alone being combined. This is worse for rail options, which were entirely
absent from the MDMS platform in 29% of cases, but visible on at least one rail platform. Looking at coach
only 7% of routes had missing connections. Furthermore, for 17% of the routes faster connections existed on
operators’ platforms and in 34% of the routes, cheaper connections were available on operator websites,
though the latter finding was not sufficiently robust to include in the quantitative analysis as a possible cost
saving 45. The 100 origin-destination analysis illustrates that alternative travel options, including multimodal
ones, exist, yet these options are neither displayed nor combined by MDMS platforms. The problem is bigger
when looking for options that include more than one RU.
“One concrete example is with the Polish operator PKP. To travel with PKP between Warsaw and Gdansk,
you need to buy your ticket on PKP. Third party platforms (Trainline, Omio, RailEurope) don’t have access
to the data to provide those tickets to travellers.” T&E
“To understand everything that is wrong with European train ticketing, the perfect test case is Nice to Milan.
A route which should be competitive with road and air, but there are no through trains, no through tickets, no
timetable co-ordination, you must buy a Nice-Ventimiglia ticket on the French Railways website then a
Ventimiglia to Milan ticket on the Trenitalia website, two tickets mean zero passenger rights in the event of a
missed connection. It can be sold as one journey, but still without passenger rights, at Raileurope.com or
Thetrainline.com. If you know where to look, and only with an added booking fee.” The Man in the Seat 61
“When we look at independent platforms like Trainline, all railway companies are technically integrated, but
not all services are fully accessible. For instance, there was a situation where Trainline users could book
Deutsche Bahn tickets, but they couldn't use the Deutsche Bahn discount card on Trainline.” National
(German) Consumer organization
The best way to answer the two remaining questions is to ask travellers directly: a 2024 Eurobarometer
survey on Multimodal Digital Mobility Services asked almost 26,000 citizens about their online booking
experiences46. The Eurobarometer survey was designed to be representative for the EU population. More than
three-quarters of respondents reply that environmental impact is important to them when planning a regional
or long-distance journey. Nonetheless, while 21% of respondents report that this means they adapt their
journey accordingly, 22% find it difficult to change their habits, and another 22% find it difficult to find
42 The attractiveness of origin or destination nodes was assessed considering for each NUTS3 region the economic
attractiveness (as indicated by the GDP by NUTS3 region from Eurostat), personal attractiveness (as indicated by the
number of bed places for tourism per NUTS3 region from Eurostat), and its status as a capital city. The Nomenclature of
territorial units for statistics (NUTS) is a geographical nomenclature subdividing the EU territory into regions at three
different levels (NUTS1, NUTS2 and NUTS3 respectively, moving from larger to smaller territorial units). NUTS3
regions are those with population between 150,000 and 800,000. More details on the analysis of the 100 origin-destination
routes are provided in Annex 4 (section 1.3.1). 43 Whilst it only provides options for within-mode travel (e.g. bus-bus or rail-rail), Omio is used as a proxy for availability
of travel options on MDMS as it is one of the most comprehensive independent MDMS platform for land travel in the
market that allows to book travel options from different modes. Other platforms either lack multimodal booking (e.g.
Rome2Rio only does re-linking) or have limited modal or geographic scope. 44 Google Maps was used to list all possible within-mode and multimodal connections possible via land and sea and their
associated journey times. Costs for these connections were collected by direct research on the websites of relevant
operators. This was supplemented by additional information from Google Flights on possible direct air connections and
their associated journey times/costs. 45 A direct comparison of costs was only possible in 56 OD pairs, limiting the representativeness of the exercise, and the
cost data collected directly via operator websites was for a point further in the future than the costs extracted from Omio. 46 Flash Eurobarometer 551 - Multimodal Digital Mobility Service – August – September 2024
8
sustainable alternatives. More specifically, over a third of respondents who have experience with booking
multimodal journeys (e.g. combining trains, planes or coaches), report that these journeys are difficult to
book47 and 31% of all respondents have never booked such journeys. The same holds for journeys combining
different operators in one mode: more than a third of respondents who intended to book such journeys found
them difficult to book48 and 36% of all respondents have never booked such journeys. When asked why they
had never or rarely booked combined journeys, 17% of respondents said they couldn’t find a suitable
combination, 5% lacked information, and another 5% could not buy all the tickets in one place. Confirming
these results, in the open public consultation (OPC) for this impact assessment, 174 of the 226 respondents
highlighted that they had difficulties booking and purchasing tickets combining different modes. The most
common issue identified was that they had to visit multiple sites to find the information needed.
Concluding, travellers care about the environmental impact of their journeys and while one fifth already
changes their habits today, another fifth finds it difficult to find, or buy, sustainable alternatives. So, what if
travellers had the ability to see all (rail) offerings on MDMS platforms and could book all legs of their journeys
on a single MDMS platform? Based on the answers from the Eurobarometer related to travellers’ ability or
difficulties in booking tickets, we can estimate the magnitude of the consequences for consumers. We start by
looking only at respondents which, despite travelling by train in the last two years, indicated they rarely
(13.2%) or never (16.9%) combined in one single journey two or more rail legs (connecting trains), operated
by different rail operators. Next, we eliminate from that group (30.1% of citizens) all those that indicated they
simply did not need to combine two operators on their journey(s), leaving us with 17.3% of citizens. Within
that group we look at which reasons were given for not combining two rail operators and find that 8% of
citizens either did not know it was possible, did not know where to search for such travel information, could
not find a suitable combination or could not buy all tickets they needed in one place.
This means that up to 8% of people experience ticketing issues when trying to book multi-operator rail
journeys in a single ticket. This however does not mean that if all ticketing issues were resolved and single
tickets were widely available, all travellers experiencing those issues would change their habits and purchase
those single tickets. They may still opt for other modes of transport, such as the car. Therefore, we only
consider respondents that indicated they could not buy all tickets they needed in one place (1.7%). This group
most clearly represents travellers who already knew which tickets they needed, and intended to buy them, but
were prevented from doing so by ticketing barriers. Though not all of them would necessarily complete the
purchase if the barriers were removed, it is also reasonable to assume that some respondents in the larger group
of 8% which experienced ticketing barriers would also buy single tickets if these barriers were removed.
In conclusion, based on the Eurobarometer results, we estimate the magnitude of the consequences for
consumers of limited ability to compare and combine travel options and fares, including the ability to compare
the environmental impact of the travel choice, as the maximum potential increase in journeys using railway
services, and a corresponding decrease in journeys using less sustainable modes49 at 1.7%. This illustrates the
dimension and size of the underlying problems 1 and 2.
2.1.1. Problem 1: Lack of transparency, unfair conditions, and uneven playing field in the
online ticketing market
The growing digitalisation and broad access to internet has changed the online ticketing market for transport
services, which is becoming increasingly diversified and includes a wider than ever range of stakeholders, in
both the B2C and B2B domains (see Figure 3). Multimodal Digital Mobility Services (MDMS) are platforms
providing traffic and travel information (e.g., schedules, tariffs and availability of services) and enabling the
distribution of tickets, directly or via re-linking, for two or more transport operators, operating in one or more
47 5% selected the response 'very difficult' and 30% 'rather difficult'. 48 6% selected the response 'very difficult' and 30% 'rather difficult'. 49 See section 1.3.2 of Annex 4.
9
transport modes. Online distribution channels of transport operators – used exclusively for the distribution of
their own transport services50 without offering third party tickets – are not considered to be in the ‘platform
market’ and do not qualify as MDMS within the meaning of this initiative, therefore falling out of its scope.
Similarly, online search engines that direct end-users to different types of websites, including but not limited
to websites where transport products are sold, do not qualify as MDMS, therefore also falling out of its scope.
Finally, multimodal travel information services that provide journey planning to end users, but do not facilitate
booking, whether directly or via re-linking (e.g. Google Maps, City Mappers), do not qualify as MDMS.
Figure 3: The online ticketing landscape51
This diversification creates opportunities to offer better and more tailored services to consumers but also raises
issues when a level playing field between all actors is not ensured. The evaluation of the CRS Code of Conduct
found that the rise of indirect distribution channels, such as New Content Aggregators (NCAs) that offer
similar services as CRSs to travel agents, but without being subject to similar rules, presents a risk of distortion
of competition between B2B MDMS platforms. In addition, the platform market has significantly changed
and diversified over-time, with a wide range of new type of B2C platforms (see Figure above) that currently
do not have to comply with neutral display requirements nor fair treatment of transport operators. These
market developments, combined with the blurring boundaries between B2B and B2C distribution, drive the
50 Including those of operators which they control, operators which control them or operators that are controlled by the
same entity as the one controlling them and including those of operators that are part of the same economic undertaking
(group). This includes Direct Connect systems, identified as a carrier system that does not provide aggregation and
comparison service with other carriers which do not belong to their group and excludes code share and interlining
agreements. Code share agreements allow an airline to market and sell flights operated by another airline under its own
flight number. Interlining agreements enable airlines to issue tickets and manage passengers on journeys involving
multiple airlines. These arrangements may also include cooperation with other transport operators (e.g. air-rail or air-
coach). They are forms of operational cooperation, not ticket sales on behalf of other operators which ensure better
connectivity, a wider range of travel options and may also be beneficial to consumers from the passenger rights
perspective. 51 Meta search engines (MSE) aggregate and present travel option(s) to users (schedules, availability and fares),
redirecting them to other MDMS platforms (Online Travel Agents (OTAs)) or direct distribution channels (transport
operator’s website) to complete the booking for the selected option(s). Examples include Skyscanner and Google Flights.
OTAs aggregate and offer travel option(s) from multiple operators and enable users to book tickets directly on the
platform. This requires the MDMS platforms to have access to each operator’s booking and reservation systems through
standardised interfaces. Such platforms can be independent from transport operators (e.g., Trainline, Omio, eDreams) or
be owned by an operator (e.g., SNCF Connect, DB Navigator). New Content Aggregators (NCAs) aggregate and present
travel options (schedules, availability and fares) to online and offline travel agents. Examples include Travelfusion,
Farelogix.
10
need to (i) update the relevant provisions of the CRS Code of Conduct, and (ii) extend them to alternative
business models in all modes.
In the interviews and targeted survey conducted in 2025 in the context of the impact assessment support
study, one MDMS, four airlines / airline associations including A4E, one region and three CRS providers
raised concerns about uneven regulatory treatment of B2B air ticket intermediation services and its potential
risks of distortion of competition. Six airlines and the three CRSs, indicated that, while the Code is still relevant
for traditional CRSs, it no longer reflects current market realities, including the growing role of other MDMS
platforms (where transport tickets can be booked directly or via a re-linking feature), not subject to neutral
display rules52. Across all stakeholder groups, 36 of 74 respondents to the targeted survey agreed with the
problem as stated53, whereas 7 disagreed. The remaining 31 neither agreed nor disagreed (7) or did not know
(24). Among MDMS platforms, 13 of 19 respondents agreed (6 Online Travel Agents (OTAs), 2 CRSs, 2
NCAs and others MDMS providers), while 4 disagreed (2 OTAs, 1 rail platform and 1 Meta search engine
(MSE)) and 4 did not know (rail platforms). CRS providers agreed, stressing that they face stricter rules despite
handling a declining share of ticket sales, while views among NCAs were mixed54. Among transport
operators, 11 of 31 agreed, while three partially disagreed. Four airlines, including airline associations, called
for an update of the Code of Conduct, noting that it predates the rise of NCAs and airline websites and
highlighting that OTAs, MSEs and other MDMS platforms playing a role in distribution are not subject to
comparable rules. One operator suggested extending core principles – transparency, equal access and fairness
– to all MDMS platforms. Among national authorities, 6 of 13 agreed, 1 disagreed, and 6 were neutral or did
not know. Other responding stakeholders mostly agreed with the problem and A4E found that the
regulation should reflect technological developments and ensure transparent, unbiased consumer access across
all transport modes.
“The Code of Conduct for Computer Reservation Systems (CRS) contributes to a distorted and outdated
airline distribution system. This code mandates how air content (e.g., prices, schedules) must be displayed,
but it only applies to regulated CRS platforms, not to many newer B2B and B2C digital solutions. As a result,
significant portions of the distribution landscape operate outside its scope, leading to inconsistencies and
reduced flexibility for airlines, particularly in Europe.” a B2B MDMS in an interview
Indeed, MDMS platforms may design search algorithms to prioritise certain transport services and relegate
competing services to less visible positions, display journey times or prices in a way that makes some services
appear more attractive or exclude travel options to promote services for which they receive financial
incentives, or which are sold by their parent company. During an interview, an association of airlines expressed
concern that OTAs and MSEs (whose business consist of displaying travel information and price of several
transport operators to end-users, re-linking them to the websites where they would be able to book their
journey) tend to promote operators or products based on commercial interests rather than objective consumer
value. Similarly, MDMS platforms (both OTAs and MSEs) do not always display available information on
GHG emissions, which would allow users to compare the environmental impact of their travel choice.
In the targeted survey, two medium-sized airline operators raised concerns about major OTAs selectively
promoting certain operators or adding non-transparent fees, which misleads consumers and distorts
competition. The European Regions Airline Association mentioned that regional airlines in particular struggle
52 Ricardo et al. (2026), Study supporting the RMB and RTR Impact assessment. 53 Since the survey was carried out, the problem tree has evolved, reformulating the problems and drivers identified. This
paragraph reflects answers from stakeholders on the following problem: Potential distortion of competition between
regulated (CRS) and non-regulated B2B distribution channels performing similar functions to CRS. 54 One saw no unfair competition, while another acknowledged the Code’s benefits in preventing abusive practices such
as biasing but supported its review to address technological developments and the extension of core principles to
unregulated actors, including OTAs.
11
to compete fairly due to limited economies of scale and the prioritisation of major carriers by gatekeeping
platforms, reducing consumer choice especially for connectivity to peripheral areas in Europe. In this sense,
eight stakeholders55 called for stronger regulation to ensure neutral display obligations, prevent discrimination
and mandate transparency in how content is presented on MDMS platforms. Conversely, MDMS platforms
detailing their views in the survey pointed out to unfair practices from transport operators leading to distorted
information on platforms. An OTA stated that certain airlines “limit the comparability, availability and
attractiveness of their services on indirect distribution channels”, which “harms consumer choice and
competition.” Another OTA reported that “some operators restrict the information that can be shown on
MDMS platforms creating barriers to providing accurate and comprehensive content".
The Frankfurt am Main Higher Regional Court (Oberlandesgericht Frankfurt am Main) published a decision
on 2 October 202356 prohibiting DB’s ticketing platform DB Navigator to offer a “show fastest connection”
search filter. This filter was found to mislead consumers by not displaying all possible connections that were
fast. The filter, preset by default, prioritised DB's own services even if alternative options existed that were
faster but had different departure or arrival times. This algorithm thus deprived competitors of the opportunity
to compete fairly and influenced consumer choices towards DB products. The court deemed this practice to
be a form of anti-competitive behaviour, as it manipulated search results in DB’s favour. This competition
case has been cited by three new entrant railway undertakings and one passenger organization during
interviews, as a clear example of abuse of dominance of indispensable RU and the inability for new entrants
to compete fairly.
Finally, MDMS platforms, can have such Significant Market Presence (SMP) or strategic position that they
become essential gateways to consumers. Access to such platforms is thus crucial for transport operators.
When two transport operators compete with similar services (e.g. connections between the same two airports
/ train stations) and one of them does not have access to the dominant platform for the distribution of such
services, then its access to the service market is also restricted. Transport operators, and in particular different
sized air carriers, enjoy uneven access to and use of CRSs. Despite the decline in the share of total tickets sold
in the EU air ticket market through CRSs - selling approximately 22% of those tickets in 202457, CRSs still
hold a strategic position in the air ticket distribution market thanks to the symbiotic relationship between CRSs
and traditional travel agents and dynamics such as single homing58 of travel agents. Partially compensating
for the decline in market share from CRSs, sales through non-CRS B2B channels increased from 5% to 9%
between 2019 and 2024. As a result, in 2024 B2B MDMS distribution remains relevant at approximately 31%
of the overall air tickets sold in the EU.At the same time, 73% of all ticket selling channels are connected
through a CRS59,whichthus continue to occupy a unique position, particularly for small and medium sized
airlines which rely on CRSs to effectively reach large travel agents’ networks and be visible for consumers.
Between 2019 and 2024, the average CRS’s booking fee reached around EUR 8.4 per flight segment60 and
airlines argue they should be able to withhold certain fares (notably cheapest fares) from these channels when
distribution costs exceed the benefits61. However, the strategic position could allow CRSs to (i) impose highly
55 Including Airlines for Europe, ALLRAIL, and ERA. 56 Oberlandesgericht Frankfurt am Main, Decision of 2 October 2023, Case No 57 Ricardo et al. (2026), Study supporting the RMB and RTR Impact assessment. 58 The practice of travel agents and OTAs to remain loyal to a single CRS, encouraged through financial incentives, IT
equipment and free training. 59 This 73% represents the heavy reliance of OTAs and travel agents on CRSs to distribute their tickets. 60 Ricardo et al. (2026), Study supporting the RMB and RTR Impact assessment, market report. 61 One airline interviewed in the context of impact assessment support study indicated that every major European airline
group utilises Amadeus CRS backend systems despite this charging 20 EUR per ticket sold.
12
restrictive terms and conditions (such as full content parity clauses62) in exchange for lower fees63; (ii) and
apply biased display practices, if the current legislation on CRSs were to be repealed. Small airlines are directly
and most severely affected by the problem as they do not have the financial ability to develop Direct Connect
systems64 or set-up alternative distribution channels through new content aggregators. This ability, combined
with the CRSs’ need to provide a comprehensive offer to remain an attractive partner for travel agents, allows
large airlines to negotiate better conditions. Despite that, CRSs hold a strong position in the business travel
segment65 and in the long-haul leisure travel segment in EU markets outside the operators’ home market, as
well as extra EU markets which makes all airlines still dependent from CRS in these segments.
In the targeted survey, the surveyed transport operators agreeing with the potential distortion of competition
between CRSs and non-regulated B2B platforms performing similar functions to CRSs included 11 airlines /
airline associations, alleging “the exploitative practices by dominant CRS providers”66. One airline’s
association and eight airlines argue that removing safeguard provisions such as fair treatment could expose
airlines, in particular smaller ones, to discriminatory practices. One operator mentioned that regional airlines
in particular struggle to compete fairly, due to the prioritisation of major carriers by MDMS, reducing
consumer choice especially for connectivity to peripheral areas in Europe. One airline association, eight
airlines out of 11 and BEUC (the European Consumer Organisation) raised concerns over full content parity
clauses67, which may reinforce the market power of established CRS and MDMS platforms. On the contrary,
the three main CRS providers disagreed with Problem 1 outlining that they viewed access decisions as
commercially rational rather than discriminatory68, with difficulties arising from operator behaviour
withholding content or market structure rather than MDMS practices. One MDMS provider added that if it
costs too much to connect or there isn’t enough customer demand, they may not add a transport offer. 9 out of
20 MDMS providers, including two associations, highlighted that the real challenge lies in gaining access to
operator information.
2.1.2. Problem 2: Incomplete offer of rail tickets on (rail) platforms
All incumbent RUs (except in PL, see Error! Not a valid bookmark self-reference.) have Significant
Market Presence (SMP) in the national transport service market, i.e. a market share above 50% in terms of
62 Full content parity clauses require airlines to provide the same flight content and prices to a CRS as to other distribution
channels, preventing airlines from offering better or differentiated terms elsewhere. 63 In an interview, an airline indicated that the big three CRSs account for 50% of the airline revenue and that, during the
pandemics, they were about to exit contracts with two of the big three due to “unacceptable conditions”. Two airlines’
associations and three airlines highlighted the role of contractual provisions such as full content obligations and parity
clauses in reinforcing the commercial position of dominant CRSs. They also argue that these mechanisms have limited
flexibility and slowed the entry of new distribution models. One airline noted, such conditions “placed commercial
advantage with CRSs to maintain their incentive structures, locking agencies in”. 64 Direct connects directly connect airlines to travel agents, bypassing CRSs and their fees. 65 The corporate segment is lower in terms of volume but much more profitable than the leisure segment. One major
airline interviewed indicated that the profitability of airlines is to a large extent dependent on corporate/business travel
bookings that are managed by travel agents/ Travel Management Companies (TMCs) that in turn rely on CRSs to make
the bookings. 66 ERA highlighted the important role CRSs play in enabling fair competition between small and large carriers. One
operator noted that access conditions vary widely across MDMS platforms, with high integration costs and selective
policies disproportionately affecting smaller or regional operators. A large operator indicated that airlines may not have
difficulties in accessing MDMS platforms but have difficulties with the costs associated with this access, noting that for
some newer or smaller airlines, the cost may lead to a “negative business case”. 67 Two airlines and two airline associations in the interviews further argued that B2C platforms taking the feed from
CRSs gain unrestricted access to content without the need to negotiate commercial terms with air carriers. They also
argue that this dynamic, coupled with the limited bargaining power of smaller airlines, risks to further strengthen the
market power of both B2B and B2C MDMS providers. 68 One CRS mentioned that the inclusion of operators is based on “a positive business case driven by consumer demand,”
noting that factors such as API integration costs, commission levels, and maintenance fees determine feasibility. Another
CRS disagreed with the problem while cautioning that mandating access on operator-owned platforms could “reinforce
their dominant position” in distribution markets.
13
passenger kilometres. All of them also have one or more digital ticket sales channels, 19 of which are MDMS
platforms as they also sell tickets of other RUs or operators in other modes, while only 6 sell their own tickets
and are greyed out in the chart. The platforms owned by incumbent RUs have a very large customer base and
are the standard reference for rail ticket customers. National competition authorities and economic studies
consistently show that the vast majority of consumer searches and online ticket sales are concentrated on the
RUs with SMP’s proprietary digital channels (websites and mobile applications), while third-party ticketing
platforms account for only a limited share of transactions69. For example, the 2021 report of the
Monopolkommission70 shows that among major online platforms for long-distance rail tickets in Germany,
about 90% of website visits go to Bahn.de, indicating DB’s dominant position in online distribution markets71.
This renders the incumbent platforms an indispensable distribution channel for any rail operator offering
transport services in the respective national market. This is particularly the case of platforms that sell tickets
of multiple RUs, as customers may not realise that their offer is incomplete and are thus less likely to make
alternative searches. On the other hand, when it is clear for customers that they must look elsewhere to access
tickets of competing RUs, they are more likely to use competitors’ or independent platforms. Accordingly, in
the rest of this document, the ticketing platforms owned by incumbent RUs (the 19 in blue in Figure 4) are
referred to as ‘indispensable RU platforms’, but not when they do not sell third party tickets (the 6 in grey in
Figure 4).
Figure 4: Incumbent market share (in terms of pkm) in the passenger service market per Member State (2022)
Source: Rail market monitoring (RMMS), July 2025
Indispensable RU platforms often display only the offer of certain train services, excluding competing offers
despite those services being cheaper or more convenient for passengers. The exclusion of competing RUs or
other transport operators may also arise due to stringent integration requirements or high service fees72.
Evidence supports the concern of uneven access: the French transport authority (ART) found73 that new
entrants receive no visibility on incumbent rail platforms, which mainly display the incumbent’s own services
and those of its partners. For example, SNCF Connect does not display the offers of Trenitalia France. Similar
69 A Commission investigation into Renfe found that in 2021 Renfe’s own online direct channels accounted for 80-90%
of its total online ticket revenues (a fair proxy of the total size of the potential market for online rail ticketing services in
Spain), with third-party platforms representing only 10-20%. On this basis, the Commission took the initial view that
Renfe, as a vertically integrated dominant RU, holds a dominant position in the potential downstream Spanish online rail
ticketing market through its proprietary distribution solutions. However, the Commission recalled that Renfe’s potential
dominance in the Spanish online rail ticketing market had no bearing on the preliminary finding that Renfe’s dominant
position in the Spanish passenger rail market would likely be leveraged and lead to the elimination of effective
competition in the ticketing market (see Annex 11). In France, a 2024 study by Compass Lexecon estimated SNCF
Connect’s market share in the online distribution of rail tickets to the general public at 80-90%. In Sweden, the Swedish
Competition Authority found that alternative online channels represent only a marginal share of ticket sales and that the
vast majority of ticket sales by SJ and other RUs occur via SJ’s digital channels. A government public investigation
further highlighted the limited competitive constraint exerted by the neutral platform Resrobot, which recorded around
10,000 bookings in 2019 compared to approximately 25 million bookings through SJ’s digital channels (see Annex 11). 70 Monopolkommission, Rail 2021: Competition into the Timetable! 71 According to two industry associations and one NGO passengers primarily use indispensable RU websites for booking
rail tickets. This statement has been outlined by T&E, ADN Mobilités and AllRail during interviews. 72 As reported by All Rail and WestBahn in interviews. 73 Autorité de régulation des transports, Ouverture et utilisation des données de mobilité, February 2025 p.25
14
issues have been identified in Sweden in 2019, the Swedish Competition Authority examined allegations that
Statens Järnvägar (SJ) abused its dominant position in ticketing by excluding competitors’ tickets and altering
search visibility (see Annex 11). The large customer base, incomplete offer and lack of transparency of
indispensable RU platforms leads to many consumers not being aware of relevant offers: the 2025 FNAUT
Opinion Way survey74 shows that in France, despite over four years of operations, 55% of respondents have
never heard of Trenitalia and only 15% of respondents know it well. Similarly, 68% of respondents have never
heard of Renfe and just 11% know it well.
Example: On the ÖBB website, competing Westbahn services are only displayed in the trip planner,
without price, and without the possibility to buy tickets (and not at all in the booking section).
The targeted survey conducted in 2025, in the context of the impact assessment support study, revealed
opposing views between independent MDMS platforms and indispensable RU platforms, and other
stakeholders on whether they agree with problem 275. Most independent MDMS platforms that responded to
the survey (14 of 20) disagreed with problem 2, as did most indispensable RU platforms that replied (4 of 5)76,
outlining that their business model relies on offering a broad range of content and that any absence of operators
results from restrictive or economically unviable contractual terms imposed by those operators, or, in rare
cases, concerns about service quality. By contrast, only 8 of 31 transport operators – of which 4 own an
indispensable RU platform – disagreed with Problem 277 in the targeted survey, while 16 agreed78. In addition,
8 out of 13 national authorities that replied confirmed that some transport operators face uneven access to
platforms. Similarly, 7 out of 11 NGOs and consumer organisations surveyed agreed, noting that platforms
owned by railway incumbents dominate national markets and often restrict competitor access79.
MDMS platforms willing to sell do not have access to all (rail) offers
Passengers struggle to find and compare alternatives offered by RUs and are often unable to book their entire
journey through a single platform. The 2024 Eurobarometer survey on Multimodal Digital Mobility Services
shows that ticketing barriers are higher for rail journeys involving multiple RUs: 23% of respondents could
not find a suitable combination, 11% did not know how to find information and 9% could not buy all tickets
in one place. The higher barriers to finding single ticket journeys involving different RUs makes rail less
accessible and attractive for passengers and limits its potential to contribute to a more sustainable and
74 2025 Opinion Way survey for FNAUT 75 Since the survey was carried out, the problem tree has evolved, reformulating the problems and drivers identified. This
paragraph summarises the views of stakeholders on the following problem: Uneven access of operators to indispensable
MDMS platforms. 76 EUTT (an association representing independent ticketing platforms) and the MDMS platform Dohop confirmed that
operators are included based on commercial viability and that they have no incentive to discriminate. Indispensable RU
platforms added that integrating third-party offers can be disproportionately costly when expected demand is low. 77 16 out of 31 agreed, 7 neither agreed nor disagreed/did not know and 8 disagreed (including 4 incumbent RU) 78 Amongst those agreeing, AllRail stated that uneven access to indispensable RU platforms restricts competitor visibility
and hampers market entry. In a follow-up interview, Flix stated that DB’s ticketing platform reduces the visibility of
competing services, including by omitting price information or placing them in less prominent positions, despite legal
obligations on fair visibility, a practice also recognised by the Frankfurt am Main Higher Regional Court (see Annex 11). 79 They pointed to a gatekeeper effect that limits competition and consumer choice and highlighted the high technical,
financial, and commercial barriers faced by smaller operators when attempting to integrate with these dominant platforms.
15
multimodal transport system. It is therefore essential that platforms have access to tickets that RUs might not
have an interest in sharing, but that are necessary to establish a critical mass of travel offers, in view of the
number and scope of these connections and/or the lack of alternatives. This is the case of rail tickets for services
provided by a RU that has a very large market share in a geographical area (see Figure 5)80 or under a Public
Service Obligation (PSO) contract81 as well as in the case of cross-border services82. Accordingly, in the rest
of this document, operators of these services are referred to as “indispensable RUs”.
Figure 5: Market share of rail operators in 2022
Source: Rail market monitoring (RMMS), July 2025
A 2021 study conducted by St. Pölten University of Applied Sciences83 examined the bookability of
international rail journeys and found that approximately one third of customers fail to successfully purchase
international train tickets. The study involved 76 participants who attempted 46 European routes on 20
ticketing platforms. Rail bookings failed ten times more often than flights and generally took 15-30 minutes
to complete, compared to 5-10 minutes for flights.
In 2024, UFC Que Choisir compared train ticket offers on seven booking platforms in France84 and eleven
RU platforms across the EU85, analysing 24 routes86. No platform showed all available train options. Even the
most complete platforms, such as SNCF Connect and Trainline, lacked key international alternatives such as
Trenitalia and ÖBB night trains. Availability, prices, and key details such as class differences or discounts
varied widely and were often unclear until late in the booking process. Price differences for the same journey
could exceed 85%, and inconsistencies were also observed between platforms of partner RUs, such as SNCF
and Deutsche Bahn on the Paris-Frankfurt line.
80 As reported in the 9th monitoring report on the development of the rail market (SWD (2025) 239 final), in 2022, state-
owned rail incumbents held 87.4% of the overall EU commercial passenger rail service market and 79% share in public
service obligation (PSO) passenger services market. However, 13 countries still have a monopoly or a share of domestic
incumbent in PSO passenger-km over 99% in 2023. 81 Transport services awarded and operated in accordance with Regulation (EC) No 1370/2007. PSO passenger services
represented 59% of the total passenger kilometres in the EU in 2022 (SWD (2023) 288 final). A PSO contract provides
the RU the right (and obligation) to operate services on an, in principle, exclusive basis (on a network or on a bundle of
one or more railway lines) in most cases or at least on the biggest part of the network served. 82 In most cases there are no alternatives whilst cross-border rail services are highly relevant for EU connectivity and to
decarbonise intra-EU long-distance travel. 83 Preslmayr, T., Stütz, T., Gerstenmayer, T., & Kadam, H. (2021). International rail ticketing: stumbling block on modal
shift. Eisenbahntechnische Rundschau (ETR) Austria, No. 6, pp. 72–78. 84 SNCF Connect, Trainline, Tictatrip, Kombo, Omio, Rome2Rio, Rail Europe. 85 Trenitalia, Renfe, SNCB, Deutsche Bahn, NS International, ÖBB, ÖBB Nightjet, CFL, HZPP, CD and Eurostar. 86 UFC Que Choisir, Transport Ferroviaire ‘L’information tarifaire et les droits des consommateurs déraillent’, 2024.
16
A T&E study from 2025 compared special rail fares offered by RUs platforms and those available on
independent MDMS platforms in four Member States. It showed that operator-specific promotional fares are
often not accessible on third-party platforms, resulting in significantly higher prices for passengers who book
outside the operators’ own websites. The analysis covered routes in the Netherlands, Belgium, Denmark and
Italy and found substantial price differences. In the Netherlands and Belgium, tickets purchased via
independent platforms were on average 1.7 to 1.9 times more expensive than the special fares available directly
from the railway undertakings. In Denmark, the difference was even more pronounced, with platform prices
reaching up to six times the operator’s promotional fare. In Italy, where one special fare was partially available
on some platforms, prices were still around 16% higher on platforms that did not provide access to the
discounted offer.
A poll conducted by YouGov for the NGO Transport and Environment87 outlines similar results. The study
surveyed 10,514 adults across seven European countries88. Overall, 61% of long-distance rail users surveyed
faced difficulties while booking tickets. In total, 42% of participants wish to access more travel options on
booking platforms, and 45.6% of respondents wish to be able to book a trip easily and combine tickets of
different RUs on a single website. In addition, 43% of long-distance rail passengers surveyed state that they
would book more rail travel if ticket booking was easier.
In the targeted survey, there was a distinct split in views, with incumbent RUs participating in the survey
mostly disagreeing with the above-mentioned problem while there was broad support from respondents in
other stakeholder groups89. Only six transport operators out of 30 participating in the survey agreed with
Problem 2, mostly new entrant RUs, while one large national RU argued that offers should be displayed only
if they provide for a positive business case. On the other hand, all 20 independent MDMS platforms
responding to the survey agreed with Problem 2 as did all 11 ‘other’ stakeholders (including consumer
organisations, NGOs, individual experts). Consumer groups BEUC and EPF (European Passengers’
Federation) highlighted issues in international rail travel, as it involves multiple national RUs with different
booking systems, data standards, ticketing rules, refund policies, and real-time information protocols. Among
national authorities, 10 out of 13 responding to the survey agreed with the problem.
2.2. What are the problem drivers?
Four problem drivers were identified which are considered exhaustive – addressing them is expected to tackle
problems related to competition in the online ticket distribution market and foster completeness of the rail
offer on MDMS platforms. Nevertheless, it should be acknowledged that the objectives of promoting
multimodality and modal shift are also linked to other challenges, particularly those concerning infrastructure
use and development, interoperability, as well as passenger rights. These issues are being addressed through
other initiatives, for example, the 2023 proposal on the use of railway infrastructure capacity in the SERA90,
and infrastructure development under TEN-T91, while data exchange and standardisation have been addressed
through the functional and technical specifications for telematics applications (TEL TSI)92.
87 Transport & Environment, "Here’s what Europeans from 7 countries think of rail booking processes”, 22 October
2025, url: Here’s what Europeans from 7 countries think of rail booking… | T&E 88 France, Germany, Italy, Spain, Poland, Romania and UK. 89 Since the survey was carried out, the problem tree has evolved, reformulating the problems and drivers identified. This
paragraph summarises the views of stakeholders on the following problem: Limited and distorted information and access
to tickets for consumers on MDMS, in particular for rail. 90 2023/0271 (COD) 91 OJ L, 2024/1679, 28.6.2024 92 OJ L, 2026/253, 10.2.2026, p. 1.
17
2.2.1. Problem Driver 1: Regulatory framework no longer fit for purpose due to market and
technological changes in air ticket distribution (PD1)
This problem driver links to Problem 1 and reflects market and technological developments in air ticket
distribution since the 1980s, when the first Code of Conduct was adopted. At the time, air ticket distribution
was dominated by CRSs, whereas today it is a multi-pronged sector. The rise of sales through direct
distribution channels (by 4 percentage points from 2019 to 2024) is driven by increased internet penetration,
enabling EU consumers to book more easily via airline websites93 and indirectly through MSEs or OTAs. The
rise of direct connect systems (DCs) and NCAs is due to other technological and market developments94 (see
Annex 9).
Concerns arising from airline ownership of CRS providers was the original driving force behind the first CRS
Code of Conduct. In the current market situation, with no airlines having a controlling right in B2B MDMSs,
provisions of the Code of Conduct relating to parent carriers are no longer relevant. The cross-sectoral EU
acquis in other areas has also changed the legal landscape. New regulatory horizontal frameworks of the digital
economy have been introduced across the EU rendering some of the provisions of the CRS Code of Conduct
redundant and/or creating problems of coherence. These include Platform to Business Regulation (P2B)95
(and related guidelines) and changes to EU competition law (e.g. the revision of Vertical Agreements Block
Exemption Regulation and Vertical Guidelines96). As regards the processing, access and storage of personal
data, the GDPR97 is directly applicable and covers most of the issues currently regulated in Article 11 of the
Code98. Beyond this, the legislation on P2B contains an obligation for OTAs to be transparent about the
parameters they use to rank offers. This applies in all situations, whereas under the Code, travel agents are
obliged to use a neutral display, which goes beyond the P2B transparency obligations99.
At the same time, technological and market developments have led to the emergence of new and alternative
business models both in B2B and B2C sectors. In the B2B sector, NCAs are taking an increasingly important
place in the market. Their growth can be explained in part by the technology they use, which gives airlines
greater flexibility compared to CRS100 and by the restrictive nature of CRS arrangements (such as parity
clauses)101. This has led to the emergence of platforms that perform similar functionalities but are not subject
to the Code of Conduct, including on neutral display obligations and related rules and thus benefit from fewer
compliance burdens. This uneven playing field may discourage investment in technological advancement
93 Ricardo et al. (2026), Study supporting the RMB and RTR Impact assessment. Most of the legacy carriers responding
to the targeted survey indicated an increase in direct “own” distribution channels while some indicated also an increase
in the share of NDC-based distribution in the period 2015-2019 94 Ricardo et al. (2026), Study supporting the RMB and RTR Impact assessment. NDC technology allows linking carriers
directly with TAs and cheaper distribution through NDC aggregators. The share of tickets distributed with NDC
technology is expected to increase as a report (Accenture, 2021) highlighted that after the outbreak of the Covid-19
pandemic, airlines have increased their investments in Direct Connect systems. 95 OJ L 186, 11.7.2019, p. 57–79. 96 OJ L 134, 11.5.2022. 97 OJ L 119, 4.5.2016, p. 1–88. 98 According to the majority of stakeholders consulted during the evaluation, the GDPR is enough to guarantee data
protection and therefore Article 11 of the Code of Conduct can be repealed. 99 Art 5(2) of the Code of Conduct states that when information is provided by a CRS to the consumer, the travel agent
(subscriber) shall use a neutral display, unless another display is required to meet a preference indicated by a consumer. 100 Airlines increasingly value customisable bundle fares and the ability to offer different services, which is limited in
CRS providers using Electronic Data Interchange for Administration, Commerce and Transport (EDIFACT) which is a
more static standard, while allowed by NDC technology used by NCAs and not always fully implemented by CRS
providers. This lack of adaptability is driving some airlines, to shift sales to NDC channels where they can retain control
over pricing and product design. 101 In the interviews a NCA explained that “A key concern is the dominance of three main CRSs in Western Europe,
which impose restrictive "full content agreements" on airlines. These agreements force airlines to offer identical content
across all sales channels, limiting their ability to tailor pricing or offers based on the channel's cost. This restriction,
coupled with technical limitations of the CRSs - such as their inability to support fare brand displays - hampers innovation
and reduces consumer choice”.
18
among CRS providers and hinder their ability to compete on equal terms. On the other hand, travel agents and
Travel Management Company (TMCs) may be disincentivised from innovating their distribution tools if this
would result in the loss of incentives. This diverging regulatory environment may reduce incentives to
modernise distribution and delay the emergence of innovations.
In the targeted survey, in which stakeholders have been asked to indicate to which extent this problem driver
sufficiently identifies the causes of Problem 1102, 26 of 65 agreed, 11 stakeholders partially disagreed and 28
stakeholders neither agreed nor disagreed (3) or did not know (25). 13 of 18 MDMS platforms surveyed
agreed, while 5 did not know. In relation to transport operators expressing a view, 11 out of 27 partially
disagreed with problem driver 1 identifying the causes of Problem 1, while 2 out of 27 agreed. Moreover, 14
out of 27 transport operators surveyed neither agreed nor disagreed (1) or did not know (13). The large number
of ‘don’t know’ can be explained by many transport operators expressing a view not being in the air sector. 7
airlines and 3 airlines associations recognised the importance of the CRS Code of Conduct, stating this plays
a vital role in protecting airlines from discriminatory practices by CRSs. Many stakeholders surveyed
nonetheless stated that the Code of Conduct needs to be revised to extend it further to reflect recent
technological developments in distribution103.
"Regarding the CRS regulation, [the air carrier organization] agrees it is a good framework but considers it
outdated and too narrow in scope. They propose repealing and replacing it with a broader regulation that
covers not only CRS but also new aggregators like Travelfusion and OTAs." An air carrier organization in
interviews
2.2.2. Problem Driver 2: Commercial incentives of MDMS platforms to promote certain
operators or products (PD2)
This problem driver links to Problem 1. MDMS platforms do not always act as neutral intermediaries, and
their display is often influenced by commercial agreements in which operators pay for prominence. This is the
case not only for indispensable MDMS platforms but also for smaller ones like for NCAs and B2C MDMS
platforms (such as OTAs and MSEs) which are not currently subject to the CRS Code of Conduct or to similar
requirements to offers displaying in an unbiased manner.
Firstly, these platforms tend to favour high-volume operators, creating more profitable partnerships, reducing
technical complexity and boosting revenues. As one-stop shops for searching, comparing, and booking travel
(especially flights) they can influence consumer choices. With no rules governing how results are displayed,
information may be incomplete or ranking algorithms biased, giving an advantage to operators who pay higher
commissions or have preferential agreements, despite rules on unfair commercial practices (as outlined in
section 1.2). Cheaper, more convenient, or complex options may be ranked lower or excluded, potentially
misleading consumers into thinking the displayed options are the best available when alternatives exist. This
risk has further developed with the increasing use of AI, as algorithmic bias could further skew results toward
certain transport modes or operators, and the lack of transparency in AI-driven rankings may undermine
consumer trust, particularly if commercial partnerships influence outcomes, with dynamic pricing and
personalised offers that risk exploiting users through opaque or discriminatory fare structures. In the context
102 Since the survey was carried out, the problem tree has evolved, reformulating the problems and drivers identified. This
paragraph summarises views of stakeholders on the following question: to what extent do you agree that this problem
driver sufficiently identifies the causes of potential distortion of competition between regulated CRS and non-regulated
B2B distribution channels performing similar functions to CRS 103 5 airlines and one other industry group advocated for the extension of the non-discrimination and neutrality provisions
to all MDMS platforms, including unregulated actors like OTAs, and emphasise the need for effective enforcement
through national authorities. These stakeholders also stated that the revision should reflect technological advancements
and ensure robust compliance mechanisms.
19
of the study supporting the evaluation of the CRS Code of Conduct104, some stakeholders have reported
concerns about MSE engaging in unfair competition and promoting options to certain websites and carriers to
the detriment of others. A key issue is the perceived bias stemming from paid prominence or from their
affiliation with controlling OTAs, which may distort fair market conditions105.
Most stakeholders who participated in the targeted survey agreed problem driver 2 sufficiently identifies the
causes linked to the problems identified106, including 18 of 31 transport operators107. Surveyed MDMS
platforms and RUs with SMP expressed stronger levels of disagreement108. 9 out of 11 national authorities
and 8 out of 11 ‘other’ stakeholders who participated in the survey also viewed problem driver 2 as significant.
However, the consumer organisation EPF stressed that the real issue lies in operator SMP and the restrictions
they impose in contractual agreements rather than in commercial bias of independent MDMS platforms. 13
MDMS platforms stated that problem driver 2 was an issue that mainly arises in the context of vertically
integrated platforms, where there is a clear incentive for self-preferencing, linking back to problem driver 4109.
The second aspect of the problem driver involves the difficulties associated with sharing data with public
authorities and the display of GHG emissions on MDMS platforms. Many MDMS platforms consider that
sharing data with public authorities is sensitive due to perceived competition (when public authorities have set
up their own MDMS platforms), and data privacy issues. In addition, MDMS platforms may lack commercial
incentives to show GHG emissions, as those might disadvantage higher-emission options of carriers with
whom they have good commercial relationships. This represents a missed opportunity for transport planners
and infrastructure management authorities to use already existing data to improve the overall performance of
the transport system. In interviews, most stakeholders underscored the importance of raising passenger
awareness regarding the environmental impact of their travel choices. MDMS platforms mostly highlighted
barriers in displaying GHG emissions linked to barriers in obtaining accurate and homogenized data110.
Counterbalancing this, rail operators have increasingly sought to demonstrate their environmental efficiency,
yet CER stressed how this effectiveness is dependent on presenting emissions in a broader multimodal context,
104 European Commission: Directorate-General for Mobility and Transport, GA&P and Ricardo, Support study for the
ex-post evaluation of regulation 80/2009 on a code of conduct for computerised reservation systems – Final report,
Publications Office, 2020 105 Reported in interviews in the context of the Support study for the ex-post evaluation of regulation 80/2009 on a code
of conduct for computerised reservation systems by CRS providers, travel agents and a technology company. 106 Since the survey was carried out, the problem tree has evolved, reformulating the problems and drivers identified. This
paragraph summarises views of stakeholders on the two following questions: to what extent do you agree that this problem
driver sufficiently identifies the causes that lead to uneven access of operators to indispensable MDMS platforms and to
limited and distorted information and access to tickets for consumers on MDMS, in particular for rail.107 Airlines’ associations, including the European Regions Airline Association (ERA), shared concerns about rankings
bias, prioritisation and limited transparency on major B2C MDMS platforms, fearing that transport operators paying
higher commissions for prominence of their offer in the display may be favoured (reported by 1 MDMS industry
association, ECTAA and Snälltåget). One airline criticised models where paid placement influences search results,
arguing instead for neutral display and against default settings which can bias user choice. One transport operator
specified that the Code of Conduct should be extended or updated to apply its core principles, such as transparency, equal
access, and fairness, to all MDMSs. Another large airline reported that CRSs, OTAs and MSEs promote certain operators
due to booking fees, incentives, or ranking manipulation. AllRail echoed those concerns in rail, noting discriminatory
practices by incumbent RUs’ platforms. They cited DB’s willingness to sell tickets from other state incumbents (e.g.
ÖBB), but not from independent RUs (like European Sleeper or Westbahn). Both WestBahn and AllRail pointed out that
DB Navigator’s default “fastest connection” setting favours DB’s high-speed services and pushes competitors down the
rankings (see Annex 11). 108 8 of 19 MDMS platforms disagreed that pd2 led to limited and distorted information on mdms platforms and 13
disagreed that it led to uneven access to indispensable MDMS platforms and 4 of 5 RUs with SMP ‘fully’ disagreed
that problem driver 2 leads to both problems. 109 A major MDMS provider and a travel agency said they have no incentive to favour specific operators, as their
models depend on comprehensive, neutral content to serve consumer needs. 110 Three interviewed MDMS providers highlighted a lack of collaboration among operators in supplying consistent greenhouse gas
data, further impeding the effectiveness of any disclosure regime. Two other MDMS highlight the difficulties stemming from diverse
calculation methodologies employed by operators, which complicate cross-border travel assessments and undermine the granularity
and comparability of available data.
20
thereby allowing passengers to weigh options appropriately.
“Yes, some MDMS platforms might cherry-pick high-margin services and exclude others, and this is a
significant issue. We advocate for regulations requiring platforms to display the full range of relevant services
without discrimination, ensuring customer choices are based solely on their preferences, not commercial
interests”. New entrant RU in an interview
“The SNCF Connect App and vending machines usually only propose high speed TGV services and ‘forget’
to mention alternative itineraries by intercity trains. One example is the trip from Nantes to Bordeaux: the
SNCF systematically proposes a TGV ticket Nantes-Paris-Bordeaux, while there is a better alternative in
terms of duration and price with the intercity line Nantes-Bordeaux”. European Passenger Federation (EPF)
2.2.3. Problem Driver 3: Imbalanced commercial relationships between indispensable MDMS and
transport operators (PD3)
This problem driver links to Problem 1. MDMS platforms with a strategic position or significant presence in
a distribution market can impose restrictive commercial terms harming competition and limiting transport
operators’ ability to access and use indispensable MDMS platforms.
Among MDMS, CRSs are intermediaries connecting airlines with hundreds of thousands of travel agents,
TMCs and OTAs worldwide. CRS providers offer financial incentives, proprietary technology, and free
training to their subscribers (travel agents), which strongly encourages travel agents to remain loyal to the CRS
(single homing). 111 Switching to another CRS would be costly, technically complex, and offer little benefit
since all CRSs typically offer the same content due to parity clauses112. Switching to new content aggregators
would be even more cumbersome as it would imply losing these benefits and incur the costs of switching to a
new technical standard. This ecosystem makes CRSs an unavoidable commercial partner for all air carriers,
travel agents and TMCs and in practice, airlines are often forced to conclude agreements with every major
CRS to tap into their large networks (see Annex 9 for further details).
Between 2019 and 2024, travel agents (including OTAs) utilising CRS platforms accounted for 45% of the
total revenues for air trips inside the European Economic Area (EEA), 70% for trips with one leg departing
from or arriving in the EEA and 85% for trips outside the EEA, respectively113. While the limited integration
of new B2B content aggregators, such as AirGateway, Duffel, Hitchhiker, Travelfusion, Verteil with TMC
systems currently constrains their reach, they are already connecting more airlines using a new connectivity
standard114, are increasing their market share and are emerging as competitive alternatives to CRSs, which
calls to extend to them the retained rules from the CRS Code of Conduct, despite their market share. These
NCAs are the new gateways to travel agents and ultimately to consumers, thus creating a strategic market
position that may allow them to restrict access to transport operators, in particular smaller transport operators.
In the B2C sector, MDMS platforms with SMP are also essential gateways to travellers. This is most obvious
in the rail sector with indispensable RU platforms who have inherited quasi-monopolistic positions in the
operational sector with strong brand recognition for distribution. Such practices lead to limited rail booking
possibilities: the 2025 T&E study115 shows that on the EU’s 30 busiest aviation routes under 1500 km, the rail
alternative is in 20% of cases not bookable at all and in 27% of cases bookable only on one RU platform.
111 According to the impact assessment support study, the average financial incentives to travel agents are approximately
around 2-3 EUR per flight segment. Lufthansa highlighted that incentives are based on how much travel agents sell or
which airline they sell, making it hard for new entrants and reducing competition, limiting innovation and keeping the
market controlled by a few players. An airline industry association stated that this creates a dependency of airlines vis-à-
vis CRSs. 112 Contractual provisions requiring airlines to provide the same flight content and prices to a CRS as to other distribution
channels, preventing airlines from offering better or differentiated terms elsewhere. 113 Ricardo et al. (2026), Study supporting the RMB and RTR Impact assessment, market report. 114 A4E-intermediaries-study_FINAL-02.pdf on the impact of online intermediaries on consumers and carriers. 115 Transport & Environment (2026). Bringing the EU’s rail ticketing regulation out of the stone age
21
During the targeted survey across stakeholders participating, 36 out of 72 agreed that problem driver 3 leads
to uneven access of operators on indispensable MDMS platforms116, 23 disagreed. Six were neutral and seven
did not know. Most stakeholder groups surveyed agreed with problem driver 3, except MDMS platforms
expressing a view, where 13 of 20 disagreed. Among transport operators surveyed, 17 out of 30 agreed and
six disagreed. 9 out of 12 national authorities surveyed and 5 out of 10 ‘other’ stakeholders surveyed agreed.
MDMS platforms expressing a view tend to reject problem driver 3, expressing disagreement in both the
survey and during interviews117. Nonetheless a majority of stakeholders from all stakeholder groups agreed
that problem driver 3 leads to limited and distorted information on MDMS platforms118. Indeed, 13 of 19
MDMS agreed, as well as 16 of 31 transport operators, 9 of 11 national authorities and 8 of 11 ‘others’.
“It is important to bear in mind that regional airlines do not benefit from the economies of scale that major
carriers enjoy, which makes it increasingly difficult for them to assert themselves in a distribution market
dominated by the major OTAs and meta-search engines. Many of these platforms operate as gatekeepers,
prioritising certain airlines based on commercial agreements and often to the detriment of smaller carriers.
This limits consumer choice and creates an uneven playing field, where regional airlines struggle to gain
visibility despite offering connectivity to peripheral, insular and remote regions across Europe”. ERA in the
targeted survey
2.2.4. Problem Driver 4: Vertical integration of railway undertakings and rail ticketing
platforms hinders wider ticket distribution (PD4)
This problem driver is specific to the rail sector and is the cause of Problem 2, that is the lack of a complete
offer of rail tickets on rail platforms and on MDMS in general. Most incumbent RUs have inherited SMP in
both the transport service and the ticket distribution market and can leverage their strength in one market to
maintain a strong position in the other119. In other words, they can weaken the position of competing platforms
by denying them access to their transport offer and can harm competitors in the transport market by denying
them presence on their ticketing platform. With progressive market opening, new-entrant RUs are expanding
their offer in the Union but lack fair access to indispensable RU platforms120. For the reasons explained above,
the latter do not necessarily behave like independent platforms seeking to provide the broadest range of travel
offers but often have an interest in not giving visibility to their direct competitors in the transport services
market, thereby forcing new entrants to rely on alternative channels, incur higher entry costs and creating a
significant barrier for smaller and new RUs121. The refusal of vertically integrated platforms to grant access to
new RUs, coupled with the refusal of incumbent RUs to share their full offer with independent platforms, is
thus the key driver limiting the development of the ticketing market in rail. The existence of this problem
driver is evidenced by the competition cases listed in Annex 11.
116 Since the survey was carried out, the problem tree has evolved, reformulating the problems and drivers identified.
However, responses from stakeholders on whether they agree with problem driver 3 as a driver leading to the old problems
are still relevant. 117 Arguing that airlines use their market power to impose unfavourable terms, including low commissions for smaller
MDMS and preferential treatment for high-volume platforms, content restrictions or surcharges leading to non-
transparent pricing. Stated by 9 MDMS including ECTAA, EU Travel Tech, FTO, SRF, Skyscanner and Welcome Travel
Group SpA. In addition, 2 CRSs and one MSE, explained in interviews that some air operators retain lighter fares or
impose surcharges, resulting in non-transparent pricing and constrained consumer choice. In contrast, larger air carriers,
which participated in the survey, argue that applying surcharges are intended to offset high CRS booking fees where full
content agreements are not in place. 118 Since the survey was carried out, the problem tree has evolved, reformulating the problems and drivers. Responses
from stakeholders on whether they agree with problem driver 3 as a driver leading to the old problems are still relevant. 119 See footnote 69. 120 During the targeted survey, new rail entrants highlighted that access to indispensable RU platforms is essential for
commercial success (statement from European Sleeper and another new entrant). 121 Statement from All Rail in interviews.
22
Limited willingness of indispensable RUs to provide their full offer on fair terms to MDMS platforms
In many cases, incumbent RUs have their own vertically integrated platform (e.g. DB Navigator and SNCF
Connect) which already provides a very large customer base and competes with third-party platforms. For
RUs with SMP, avoiding direct comparison with emerging competitors, on any platform, also helps them to
retain a strong position in the transport market. As a result, incumbent RUs have little interest in providing
their full offer to other distribution channels, since they have little to gain in terms of additional customer base
and much to lose in strengthening a competing platform. For Public Service Obligation (PSO)122 operators,
who, depending on the contract structure, are less sensitive to market demands, there is also less incentive to
have their tickets displayed and sold on third-party MDMS platforms. Finally, it is observed that some RUs
running cross-border services (e.g. Paris – Brussels) share with third-party platforms only high-value tickets
for those services, since passenger segments that are not reached through their own distribution channels, such
as international travellers, are typically expected to generate only marginal additional sales.
This reluctance to share rail ticketing content, or to share it on fair terms, has triggered competition law
enforcement at both EU and national level. In June 2023, the German competition authority found that
Deutsche Bahn had abused its market power vis-à-vis mobility platforms and ordered it to provide platforms
real-time passenger service data, remove restrictive contractual clauses, and ensure fair compensation for third-
party ticket sales, subject to further legal proceedings.
The targeted survey confirmed the relevance of the limited willingness of incumbent RUs to provide their full
offer on fair terms to MDMS platforms, as a majority of stakeholders surveyed agreed (39 of 74)123. By
contrast, only 4 of 31 transport operators participating in the survey agreed, mainly new entrant RUs, while all
large RUs with significant market presence ‘fully’ disagreed124. Of the respondents in the ‘others’ category
(including consumer organisations, NGOs and independent experts) 10 of 11 agreed125 as well as 8 of 12
national authorities. Among independent MDMS platforms, 17 of 20 respondents agreed. 13 independent
MDMS platforms and their industry associations126 stressed that dominant or incumbent transport operators
often restrict access to full content or impose unfair terms, citing practices such as withholding low fares,
applying penalties linked to look-to-book ratios, or offering very low commissions. In addition, five MDMS
platforms and associations noted that both dominant RUs and major air carriers actively shape ticket
distribution markets to favour direct sales.
A Court of Appeal case found that the latest SNCF agreements with ticket platforms for the 2023-2027 period
established a progressively decreasing fee, beginning at 3% from January 2023, then decreasing to 2.9% until
the end of 2024, 2.8% for 2025–2026, and 2.7% in 2027 for all SNCF products. This declining commission
policy appears designed to favour large sales volumes and may advantage SNCF’s own distribution
subsidiary (SNCF Connect). Furthermore, distributors individually negotiate variable commissions and may
receive discounts on the additional costs to access the SNCF offer portal; the access costs to the SNCF offer
portal are likely not borne equally among travel agencies, with some benefiting from volume-based rebates.
In Spain, the European Commission opened a formal investigation on 28 April 2023 assessing whether Renfe
abused its dominant position in the Spanish passenger rail transport market. The investigation found that
Renfe’s revenues from its tickets sold through Renfe’s direct channels accounted for 80-90% of its total online
sales, while revenues from the indirect online sales through Third-party Ticketing Platforms accounted for
122 Transport services awarded and operated in accordance with Regulation (EC) No 1370/2007. 123 Overall, 39 of the 74 respondents ‘partially’ (29) or ‘fully’ (10) agreed that problem driver contributes to problem 2. 124 The SNCF Group stated that it does not see a lack of willingness to share information, attributing the issue instead to
technical and financial barriers such as limited interoperability, high development costs and resource constraints. 125 Consumer organisation EPF also highlighted interoperability as a key obstacle to seamless EU ticketing but recognised
the limited willingness of indispensable RUs to provide their full offer on fair terms to MDMS platforms as a key issue,
particularly concerning incumbent RUs. 126 including ECTAA, EU Travel Tech, Federazione Turismo Organizzato (FTO), SRF, ADN Mobilités, Dohop, ECTAA,
Skyscanner
23
the remaining 10-20%127. In addition, the Commission expressed preliminary concerns that Renfe refuses to
supply its full Content (e.g. special fares) and real-time data to third-party ticketing platforms and that such
refusal to supply may constitute an abuse of Renfe’s dominant position prohibited by Article 102 TFEU.
Limited willingness of incumbent RUs to host their competitors’ offer on their platforms
Vertical integration also allows RUs to protect their position in the market for rail transport services by refusing
competing RUs access to the indispensable ticketing platform they own. They may also choose to include
only competitor’s services they consider complementary to their own and exclude directly competing service
offerings. This is evidenced by the competition cases quoted in Annex 11.
During interviews in the context of the impact assessment support study, independent MDMS providers, new
entrant RUs, national authorities, consumer organisations and NGOS128 largely agree with the limited
willingness of indispensable RU platforms to host their competitors’ offer. Two industry associations and one
NGO129 confirmed that this situation creates great barriers to entry for competitors on the rail market, and the
EPF qualified in interview this behaviour as protectionist and anti-consumer. On the other hand, four of five
RUs with SMP, including their industry association, disagreed with this driver, and stressed the importance of
keeping their freedom to make their own commercial agreements, to help ensure good service on their
platforms and clear responsibilities. Three RUs with SMP, including their industry association130 denied
limited willingness to fairly display competitors’ offers and assured that they aim to show all options fairly.
Overall, in the targeted survey, 38 of 70 stakeholders agreed that this driver leads to limited and distorted
information. Transport operators are the only stakeholder group with a majority of respondents opposing this
driver with 17 of 30 disagreeing, although all three new entrant RUs interviewed agreed, expressing concerns
regarding their lack of access to indispensable RUs131.
In 2019, the Swedish competition authority (Konkurrensverket) issued a decision and wrote a letter to the
Swedish Ministry of Infrastructure in relation to the dominance in ticketing of Statens Järnvägar (SJ), the
Swedish state-owned passenger incumbent RU. SJ was investigated by the Swedish Competition Authority
(SCA) over allegations of abusing its market position, specifically by refusing to sell competitors’ tickets on
its platform. In the investigation, the SCA noted that SJ’s strategy was not business neutral.
2.3. How likely is the problem to persist?
2.3.1. Problem 1: Lack of transparency, unfair conditions, and uneven playing field in the online
ticketing market
An uneven playing field in the online ticketing market is expected to persist. This is also the view of 42 of 66
stakeholders surveyed, who believed problem 1 to either remain (16) or deteriorate (26) over time. While some
Member States have introduced rules to regulate how transport operators integrate into MDMS platforms,
these frameworks differ significantly, leading to regulatory fragmentation. As a result, inconsistent or missing
national frameworks will continue to limit EU-wide service coverage and make it harder for MDMS providers
to enter the market. Without specific safeguards against abuses of market power, particularly in the rail sector,
access conditions to indispensable platforms are unlikely to improve. In B2B distribution, CRSs are expected
to remain indispensable, especially in air transport, and uneven access is likely to continue. Despite growing
use of alternative channels, airlines and travel agents still rely heavily on CRSs. Smaller carriers may continue
127 Revenues from ticket sales through the Third-party Ticketing Platforms Omio, Trainline, Rail-Europe and El Corte
Inglés accounted for 0-5%, 0-5%, 0-5% and 0-5%, respectively, of Renfe’s total revenues from online sales. 128 9 of 16 independent MDMS platforms and their industry associations, 5 of 5 new entrant RU, 7 of 10 national
authorities and 10 of 12 ‘other’ have agreed to this problem driver. 129 This statement has been outlined by T&E, ADN Mobilités and AllRail during interviews. 130 CER, Czech Railways and another RU. 131 During interviews, four new entrant RUs including their industry association (these include WestBahn, Snälltåget and
AllRail) expressed concerns over the lack of fair access to indispensable RU platforms.
24
to face competitive disadvantages with no clear indication that access conditions will improve for them
without further regulatory action132. Without further EU level intervention, distortion of competition between
regulated and non-regulated B2B channels is likely to persist. This view was shared by 29 of 66 stakeholders
in the targeted survey, who either believe the problem to remain (7) or deteriorate (22) over time. There is no
strong indication that the gradual shift toward non-CRS ticket distribution, including NCAs, will reverse.
Large airline groups are expected to continue promoting direct bookings and non-CRS aggregators, potentially
further reducing the share of bookings covered by the CRS Code of Conduct. Nonetheless, for smaller carriers,
CRSs will remain an important tool to achieve visibility and compete with the larger carriers. For large airline
groups, CRSs will remain important to reach the corporate segments and leisure travellers in markets where
the airline’s brand is not well known.
2.3.2. Problem 2: Incomplete offer of rail tickets on (rail) platforms
Without EU level action addressing the underlying drivers, the problem is expected to persist. Overall, in the
targeted survey, 44 of 67 stakeholders expect Problem 2 to remain (20) or deteriorate (24) over time. Some
MDMS platforms may expand their coverage, but only when clear business opportunities exist and if transport
operators are willing to cooperate. RUs with SMP dominate operations and distribution and have little
incentive to open their platforms to competing transport operators and supply their ticketing offer to competing
platforms. This is unlikely to change in the medium term, given the observed pace of market development
since the introduction of competition in domestic rail markets133. As a result, indispensable RU platforms are
unlikely to provide consumers a comprehensive overview of rail journeys. While some long-distance rail
services may gradually appear on independent MDMS platforms, this will not address Problem 2 until these
platforms reach a significant market share, which is also unlikely in the medium term134. Until that happens,
new entrants that rely on those platforms will face limited visibility and sales.
3. WHY SHOULD THE EU ACT?
3.1. Legal basis
Title VI (Articles 90-100) of the TFEU establishes the EU’s prerogative to make provisions for the Common
Transport Policy.
3.2. Subsidiarity: Necessity of EU action
Although some challenges in online ticket distribution and digital access to rail tickets are being addressed
nationally or regionally, their cross-border impact on long-distance intra-EU travel requires an EU-wide
approach to ensure the smooth operation of the European transport system. Discrepancies between Member
States in implementing new rules for online ticket distribution could further fragment the market, raise costs
and reduce benefits for MDMS platforms, authorities, operators and transport users. EU-level intervention is
132 Transport operators are the stakeholder group that appeared the most concerned about the persistence of this problem
over time, with 17 of 30 expecting deterioration. Non-incumbent RUs highlighted how the market will continue favouring
incumbents and worsen discrimination while two airline industry association highlighted the growing influence of large
OTAs and MSEs that will continue promoting certain operators or products based on their own commercial interests. On
the contrary, five independent MDMS platforms/ industry associations highlighted that they do not believe this problem
to reflect market reality and therefore do not foresee this problem to improve nor deteriorate. 133 11 of 16 MDMS platforms that replied to the targeted survey believe that Problem 2 will deteriorate. MDMS industry
association ADN Mobilités believes that without legislative intervention, “independent vendors will continue to struggle
and ultimately leave the European market” leading to reduced consumer choice, particularly for cross-border and
multimodal travel. 134 This analysis was not shared among incumbent rail and public transport operators, with 6 of 8 surveyed indicating that
Problem 2 is not currently a major issue, largely because industry-led initiatives like the CER Ticketing Roadmap and
OSDM implementation are already addressing cross-border ticketing and integration. In contrast, two new entrants
highlighted their lack of visibility on key ticketing platforms as a key challenge likely to persist.
25
needed to prevent divergent strategies with unintended effects.
3.3. Subsidiarity: Added value of EU action
This initiative will enable end users and, in the case of B2B services, subscribers to benefit from a greater
choice of tickets, displayed in a fair and transparent way, across transport operators and modes, in particular
for rail. This should in turn improve the functioning of the internal market, through a smoother and more
coherent booking experience for passengers, and support the EU's objective of economic, social and territorial
cohesion. Action at EU level with horizontal rules would support a better functioning of the online ticket
distribution market, removing obstacles for operators and platforms, and enhancing the attractiveness of rail
which in turn would support EU level objectives of greening the transport sector.
EU level action for B2B ticket distribution would continue to promote a level playing field in the sector. The
2020 ex-post evaluation of the CRS Code of Conduct concluded that the EU level is the right level for such
intervention, compared to national and international intervention. This is due to the multi-national nature of
both CRS providers and aviation services. If regulated at the national level, CRS providers would need to
adapt to a multitude of regulatory regimes with negative impacts on efficiency. In addition, the risk of “rule
shopping” would result in fragmentation of the EU single market. At the international level, the International
Civil Aviation Organisation (ICAO) has adopted a non-binding CRS Code of Conduct. However, the EU
CRS Code of Conduct is binding, making it more effective and adding value compared to the Member States
adopting the ICAO code.
4. OBJECTIVES: WHAT IS TO BE ACHIEVED?
4.1. General objective
The first general objective is to enhance the attractiveness of rail, by making more of the existing offers easily
available on online ticketing platforms and fostering combinations of those products, also for multi-operator
journeys, into single tickets. This is expected to encourage modal shift and thereby contribute to the Green
Deal objectives. The second general objective of these initiatives is to support a better functioning of the online
ticket distribution market (both B2B and B2C), contributing to the competitiveness and functioning of the
transport services market. This would in turn enhance the ability of passengers to compare, access, and book
tickets within and across modes, promoting collective transport and promoting multimodal trips. The
initiatives also support the two key priorities for the transport system described in the Sustainable and Smart
Mobility Strategy: decarbonisation and digitalisation of the EU transport sector. They contribute towards
SDG#3 (“Ensure healthy lives and promote wellbeing for all at all ages”), SDG#9 (“Make cities and human
settlements inclusive, safe, resilient and sustainable”) and SDG#13 (“Climate Action”) by promoting a more
multimodal and sustainable transport system.
4.2. Specific objectives
The two specific objectives (SOs) and their correspondence with the problem drivers, as well as the general
objectives, are presented in Figure 6.
26
Figure 6: Correspondence between the specific objectives and the problem drivers
SO1: Improve transparency and establish a level playing field for transport operators in terms of access
and use of indispensable MDMS. This specific objective links to problem drivers 1, 2 and 3. This initiative
aims to ensure that indispensable MDMS, which serve as key gateways for ticket sale, do not create bias or
restrict access to transport operators (in all modes) by imposing unfair conditions. In doing so, it seeks to create
a level playing field where transport operators can compete fairly in the national, EU and international markets.
Moreover, the objective is for MDMS platforms to offer clear, accurate, and unbiased information on available
routes, fares, and ticketing conditions across the EU, enabling end-users to easily find and compare various
travel options when planning and booking multimodal or multi-operator journeys. This objective is aligned
with the SSMS goals to improve the competitiveness of the EU transport sector and on “making connected
and automated multimodal mobility a reality”. Success will be defined by a measurable increase in number of
agreements between transport operators and MDMS platforms indicating a better functioning of the
distribution markets (B2B and B2C). Moreover, success will also be defined as a decrease of the average
expenditure per person for interurban mobility, due to an increase in competition resulting from better access
and use of indispensable MDMS for transport operators.
SO2: Improve completeness of rail offer on MDMS platforms, including indispensable RU platforms. This
specific objective links to problem driver 4. This initiative aims to ensure that rail offers are fully and fairly
displayed on MDMS platforms, including on indispensable RU platforms. To achieve that, it aims to remove
practices where indispensable RU platforms exclude, deprioritise or apply discriminatory conditions to rail
services not operated by the RU that owns them, even when such alternatives may offer better prices, faster
connections, or greater convenience for passengers. By doing so, the initiative intends to remove market
distortion and enhance fair competition in the railway services market and thereby facilitating seamless access
to multi-operator and cross-border rail journey options for end-users. The initiative also aims to ensure RU do
not withhold their offer from MDMS platforms to maintain the dominant position of their in-house ticket
distribution platform. Success will be defined by a measurable increase in the transport activity by rail due to
better visibility and access to these services. This is a meaningful indicator of passengers’ ability to find,
compare, and purchase rail tickets.
Problem Drivers (PD) Specific Objectives (SO)
PD1: Regulatory framework no longer fit
for purpose due to market and
technological changes in ticket
distribution
PD3: Imbalanced commercial relations
of indispensable MDMS platforms and
transport operators
SO1: Improve transparency
and establish a level playing
field for transport operators in
terms of access and use of
indispensable MDMS
PD4: Vertical integration of railway
undertakings and rail ticketing platforms
hinders wider ticket distribution
PD2: Commercial incentives of MDMS
platforms to promote certain operators or
products
SO2: Improve completeness
of rail offer on MDMS
platforms, including
indispensable RU platforms
General Objectives (GO)
GO1: Promote rail single
ticketing for multi-operator
journeys and thereby
enhance attractiveness of rail
to increase sustainability of
the transport system and
support modal shift
GO2: Better functioning of
the online ticket distribution
market, contributing to the
competitiveness and
functioning of the transport
services market
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5. WHAT ARE THE AVAILABLE POLICY OPTIONS?
5.1. What is the baseline from which options are assessed?
In line with the Better Regulation toolbox (Tool #60), the baseline has been designed to include the initiatives
of the ‘Fit for 55’ package135 and the amendment of the European Climate Law to include a 2040 climate
target for the EU136, of reducing the EU's net greenhouse gas emissions by 90% by 2040 relative to 1990, with
a limited contribution towards the 2040 target of high-quality international credits. It also reflects the CO2
emission performance standards for heavy-duty vehicles137, the Euro 7 standards138, the revised TEN-T
Regulation139, as well as the initiatives part of the Greening Freight package140 and Roadworthiness
package141. It also reflects the National Energy and Climate Plans prepared by the Member States under the
Regulation 2018/1999 on the Governance of the Energy Union and Climate Action and submitted to the
Commission during 2024-2025. The baseline scenario assumes no further EU level intervention beyond the
ITS Directive142 and the Delegated Regulation on multimodal travel information services (MMTIS)143. The
CRS Code of Conduct144 would continue to apply. More details on the baseline scenario assumptions and
results are provided in Annex 4 (section 2). The baseline also incorporates perspectives on potential future
developments captured in the 2022 Strategic Foresight Report145 and during a foresight workshop organised
by DG MOVE and JRC on 10 February 2025, analysing the impacts of the megatrends and drivers of change
on the EU transport sector146. In particular, the projected transport activity draws on the long-term population
projections from Eurostat and GDP growth from the Ageing Report 2024147. An increasingly connected world
with high levels of access to digital products and services and in which new services, business models, life and
work patterns emerge is the background against which the initiative is assessed.
The total number of passengers in the EU travelling by air, coach (excluding local and suburban public
transport), rail and waterborne transport is projected to grow from 12.9 billion in 2019 to 14 billion in 2028,
15.4 billion in 2030 and 17.8 billion in 2050 (19% increase for 2019-2030 and 38.1% increase for 2019-2050),
following the recovery from the COVID pandemic. The number of multimodal passengers is projected to
increase from 91 million in 2019 to 91.6 million in 2028, reaching 94.4 million in 2030 and 130.8 million in
2050 in the baseline scenario. The air-rail passengers represent over 60% of the total multimodal passengers,
air-coach passengers above 30%, while the share of rail-coach passengers is limited to around 1% of the total
number of multimodal passengers.
The growing digitalisation of transport services and the emergence of new business models for ticket
distribution is expected to lead to an increase in the number of MDMS platforms over time. The number of
MDMS platforms is projected to increase from 364 in 2025 to 369 in 2030, and 421 in 2050 in the baseline
scenario. The number of agreements between MDMS platforms and transport operators is also expected to
increase, from 48,624 in 2025 to 49,321 in 2030, and 56,295 in 2050. The total number of passenger tickets
sold via MDMS platforms is projected to increase from 433 million in 2019 to 520 million in 2030 and 854
million by 2050. However, their share in the total number of tickets sold is projected to remain limited in the
135 Delivering the European Green Deal - European Commission 136 COM(2025) 524 final 137 Regulation (EU) 2024/1610 138 https://eur-lex.europa.eu/eli/reg/2024/1257/oj/eng 139 Regulation - EU - 2024/1679 - EN - EUR-Lex 140 Green Deal: Greening freight for more economic gain with less environmental impact (europa.eu). 141 Updated rules for safer roads, less air pollution and digital vehicle documents 142 OJ L, 2023/2661 143 OJ L, 2024/490 144 OJ L 35, 4.2.2009, pp. 47–55.145 COM(2022) 289 final 146 https://knowledge4policy.ec.europa.eu/foresight/tool/megatrends-hub_en#explore 147 DG ECFIN, 2024 Ageing Report. Economic and Budgetary Projections for the EU Member States (2022-2070) -
Economy and Finance
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baseline scenario (7.1% in 2030 and 10.1% in 2050). The share of rail tickets sold via independent MDMS
platforms was estimated at around 3% of the total rail tickets sold in 2019 at EU level. In the baseline scenario,
this is projected to go up to 4.1% in 2030 and 7.3% in 2050. This corresponds to around 65 million rail tickets
sold via MDMS platforms in 2019, increasing to 111 million in 2030 and 230 million in 2050 due the increase
in the MDMS market share and of the total number of rail tickets sold.
Building on evidence collected from stakeholders, different trends are identified for air tickets sold via B2B
platforms and for those sold via B2C platforms. A larger share of tickets will be sold through B2C MDMS,
and B2B new content aggregators and the market share of low-cost carriers, which rely less on CRSs, is
expected to continue increasing. This is expected to further erode the share of CRSs in ticket distribution,
despite the growing number of passengers travelling by air, decreasing from 30.1% in 2019 to 16.8% in 2030
and remaining stable at that level afterwards. This corresponds to 155 million air tickets sold via CRS
platforms in 2019, going down to roughly 91 million in 2030 and increasing to 108 million in 2050 due to the
growing number of passengers travelling by air.
The share of tickets sold through B2B new content aggregators is projected to increase from 5% in 2019 to
13.4% in 2030 and remaining stable at that level afterwards, partially offsetting the decrease in the share of
tickets sold through CRSs. This corresponds to 26 million air tickets sold via non-CRS content aggregators in
2019, going up to 73 million in 2030 and 86 million in 2050. Thus, the total share of ticket sold through B2B
platforms (CRSs and new content aggregators) is projected to decrease from 35.1% in 2019 to 31.1% in 2024
and 30.2% in 2030 and remaining stable afterwards. This corresponds to 181 million tickets sold via MDMS
platforms in 2019, 164 million in 2030 and 194 million in 2050.
On the other hand, the share of air tickets sold via B2C platforms is projected to slightly increase from 18% in
2019 to 18.9% in 2030 of the total air tickets sold and remain stable over time. The number of air tickets sold
via B2C platforms is projected to increase from around 93 million in 2019, to 103 million in 2030 and 122
million by 2050. The share of coach tickets sold via MDMS platforms was 2.5% in 2019 at EU level. The
share is projected to go up to 3.5% in 2030 and 6.6% in 2050 indicating a somewhat slower ramp up compared
to that of rail transport. The number of coach tickets sold via MDMS platforms in 2019 was estimated at
around 84 million, increasing to 126 million in 2030 and 273 million in 2050 due the increase in the MDMS
market share and of the total number of coach tickets sold. The share of waterborne tickets sold via MDMS
platforms was about 2.5% in 2019, with a projected increase to 3.4% by 2030 and 6.7% in 2050 at EU level.
This corresponds to around 11 million tickets sold via MDMS platforms in 2019, increasing to 16 million in
2030 and 35 million in 2050.
Road congestion costs in the baseline scenario would increase by about 18% by 2030 and 34% by 2050,
relative to 2015. On the inter-urban network this would be the result of growing transport activity along
specific corridors, in particular where these corridors cross urban areas with heavy local traffic. On the other
hand, driven by policy in place and the assumed implementation of the Roadworthiness package, the number
of fatalities is expected to decrease by 25% by 2030, relative to 2015 (36% decrease by 2050) and the number
of injuries by 23% by 2030 (32% reduction for 2015-2050). CO2 emissions from passenger transport are
projected to be 27% lower by 2030 compared to 2015, and 96% lower by 2050. The baseline scenario shows
that the emission reductions from the passenger transport sector would contribute towards the ambition of at
least 55% emission reductions by 2030 and climate neutrality by 2050, while relying to a significant extent on
technological solutions (i.e., the uptake of low- and zero-emission vehicles and of renewable and low carbon
fuels) and carbon pricing. NOx emissions are projected to go down by 56% between 2015 and 2030 (94% by
2050), mainly driven by the electrification of the road transport. The decline in particulate matter (PM2.5)
would be slightly lower by 2030 at 34% relative to 2015 (89% by 2050).
5.2. Description of the policy measures and policy options
A comprehensive list of policy measures was established after extensive consultations with stakeholders,
expert meetings, independent research and the Commission’s own analysis. This list was screened based on
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the likely effectiveness, efficiency and proportionality of the proposed measures in relation to the objectives,
as well as their legal and technical feasibility.
5.2.1. Discarded policy measures
Several policy measures that were considered during the IA process were discarded. More details on the
discarded policy measures and the reasons for discarding them are set out in Annex 7.
5.2.2. Retained policy measures
To understand the scope of the most stringent policy measures, the identification of indispensable MDMS
platforms and indispensable RUs is described below.
Indispensable RUs are RUs that operate: 1) PSO services, 2) cross-border services, or 3) more than 50% of
total rail services in a Member State, measured in annual passenger-kilometres, including both domestic and
cross-border services. In Commission's practice on assessment of significant market power for the purposes
of ex ante regulation148, and by analogy with the case law concerning dominance149, it has been considered
that a very large market share held by an undertaking for some time – more than 50% – is in itself, save in
exceptional circumstances, evidence of the existence of a dominant position. The higher the market share and
the longer the period over which it is held, the more likely it is that it constitutes an important preliminary
indication of significant market presence (SMP)150.
Indispensable RU platforms are the main sales channel for most rail customers and account for a
large share of rail ticket distribution. A RU platform is considered indispensable if it is owned by
a RU which (i) operates more than 50% of total rail services in a Member State, as a structural
link exists between the RU’s strong positions in passenger rail transport and its ability to leverage
this position into the downstream market for online rail ticket distribution, making the platform
an essential gateway for consumers and other RUs and (ii) it already distributes tickets of at least
one other RU (as explained in 2.1.2 and illustrated in All incumbent RUs (except in PL, see
Error! Not a valid bookmark self-reference.) have Significant Market Presence (SMP) in the
national transport service market, i.e. a market share above 50% in terms of passenger kilometres.
All of them also have one or more digital ticket sales channels, 19 of which are MDMS platforms
as they also sell tickets of other RUs or operators in other modes, while only 6 sell their own
tickets and are greyed out in the chart. The platforms owned by incumbent RUs have a very large
customer base and are the standard reference for rail ticket customers. National competition
authorities and economic studies consistently show that the vast majority of consumer searches
and online ticket sales are concentrated on the RUs with SMP’s proprietary digital channels
(websites and mobile applications), while third-party ticketing platforms account for only a
limited share of transactions. For example, the 2021 report of the Monopolkommission shows
that among major online platforms for long-distance rail tickets in Germany, about 90% of
website visits go to Bahn.de, indicating DB’s dominant position in online distribution markets.
This renders the incumbent platforms an indispensable distribution channel for any rail operator
offering transport services in the respective national market. This is particularly the case of
platforms that sell tickets of multiple RUs, as customers may not realise that their offer is
incomplete and are thus less likely to make alternative searches. On the other hand, when it is
clear for customers that they must look elsewhere to access tickets of competing RUs, they are
more likely to use competitors’ or independent platforms. Accordingly, in the rest of this
148 Guidelines on market analysis and the assessment of significant market power under the EU regulatory framework
for electronic communications networks and services, C(2018) 2374 final. 149 Judgment of 13 February 1979, Hoffmann-La Roche v Commission, Case 85/76, EU:C:1979:36, paragraph 41;
Judgment of 3 July 1991, Akzo v Commission, C-62/86, EU:C:1991:286, paragraph 60. 150 C/2018/2374
30
document, the ticketing platforms owned by incumbent RUs (the 19 in blue in Figure 4) are
referred to as ‘indispensable RU platforms’, but not when they do not sell third party tickets (the
6 in grey in Figure 4).
Figure 4). Indispensable RU platforms are thus a sub-category of indispensable MDMS platforms. Given their
vertical integration with a RU with SMP, their identification can be simplified, reducing administrative burden
on RUs. As they are also subject to specific obligations, they are presented as a separate category.
Figure 7: Overview of indispensable MDMS platforms
Indispensable MDMS platforms include (i) B2C MDMS with Significant Market Presence (SMP) and (ii)
B2B MDMS, including CRSs and NCAs, which are all essential gateways to (travel agents and ultimately to)
consumers. In the B2C distribution market, an MDMS platform is considered as having SMP if it controls at
least 10% of the EU market or 30% of a national market, based on either the total value or volume of tickets
sold in any one transport mode. For MSE, they are considered as having SMP if they have a share of 10% or
more of EU traffic. In selecting the thresholds, an assessment identified which platforms might be affected by
different policy options. The EU-level threshold measures a platform's influence across various Member
States, reflecting national market diversity. This is complemented by national thresholds which reflects
significant influence within a single Member State, indicating a capacity to impact consumer choice in that
country. Finally, the application of thresholds based on the total value and number of tickets sold enables the
identification of platforms with varying market dynamics, capturing both platforms selling large volumes of
tickets and generating substantial revenues. Overall, this method ensures a balanced assessment of platforms'
influence, aligning with regulatory standards and facilitating targeted policy measures across diverse transport
modes. It also allows for an objective and easy measurement of indispensability.
A more detailed description of the policy measures in Table 1 is provided in Annex 8.SMEs are not subject
to any of the policy measures listed below.
Table 1: Retained policy measures
PM* PD** POLICY MEASURE
PM1 PD2 Obligation for all MDMS platforms to apply neutral display obligations and for transport
operators (in all modes) to ensure that the data they submit are accurate
PM2 PD2 Obligation for all MDMS platforms to load and process data of operators with equal care
and timeliness
PM3 PD3 Obligation for all MDMS platforms to share marketing and booking data in a fair way, when
requested by transport operators and authorities
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PM* PD** POLICY MEASURE
PM4 PD1
Obligation for all B2B MDMS platforms to treat subscribers fairly and clearly identify in
their display banned airlines. Obligation for third countries B2B MDMS to ensure equal
treatment of EU air carriers
PM5 PD1 Remove provisions on data protection from CRS Code of Conduct
PM6 PD3
PD4
Obligation for Member States to appoint a national authority to settle disputes between
parties, and establish an EU enforcement network for coordination of enforcement and
implementation work, ensuring consistency throughout the EU.
PM7 PD2 Obligation for all B2C MDMS platforms to share data for mobility management
PM8 PD2
Obligation for all B2B and B2C MDMS platforms to display information on GHG or CO2
emissions of trips (when these data are provided by the operators in line with and Count
Emissions EU and Flight Emission Label)
PM9 PD3
PD4
Thresholds to identify B2C MDMS platforms and RUs with SMP:
- for RUs with SMP: within one calendar year, 50% or more of the total passenger rail
services operated in a Member State (including domestic and EU cross-border services to/from
that Member State), expressed in yearly passenger kilometres
- for B2C MDMS with SMP: for OTAs and TMCs evaluated at EU and national level, via
two proxies: total number of ticket sold and/or the total value of tickets; for MSE evaluated at
EU level based on traffic
PM10 PD3
PD4
B2C MDMS platforms with SMP: must notify national authorities or the EC about their
market presence. National authorities designate B2C MDMS platform, RUs with SMP and
indispensable RU platforms at national level, while the EC designates B2C MDMS platforms
with SMP at EU level. The EC publishes a list of MDMS platforms (including indispensable
RU platforms) and RUs with SMP at both national and EU level.
PM11 PD3
B2C MDMS platforms with SMP, indispensable RU platforms and B2B MDMS: must
respect principles on distribution fees and cannot impose highly restrictive clauses (exclusivity
clauses, unfair and unjustified conditions, marketing clauses and other technical restrictions)
when entering into commercial agreements with transport operators
PM12 PD4
Indispensable RUs (with SMP and operating PSO and cross- border services): must
respect principles on distribution fees without imposing restrictive clauses (exclusivity
clauses, marketing clauses and other technical restrictions) when entering into commercial
agreements with MDMS platforms
PM13 PD4
Indispensable RUs (with SMP and operating PSO and cross- border services):must enter
into commercial agreements with requesting MDMS platforms to enable the re-linking, resale
and/or distribution of their tickets via those platforms for the specified services (‘sharing
obligation’)
PM14 PD4
Indispensable RU platforms: must enter into commercial agreements with requesting RUs
(operating within the same geographical area in which the RU owning the indispensable RU
platform has SMP) to enable the distribution of their tickets (‘hosting obligation’)
PM15 PD4 Indispensable RU platforms: must unbundle its distribution system from the systems of its
parent operator
Note: * PM stands for the number of the policy measure; ** PD stands for the problem driver that the policy measure addresses.
5.2.3. Description of the policy options
The 15 policy measures were grouped into four policy options. PM1 to PM12 are common to all options
and focus on requirements ensuring fair treatment of information and data on MDMS platforms, alongside
rules for commercial agreements between indispensable MDMS and transport operators. The more stringent
rules, notably the obligation to share, host or unbundle drive the ambition level of the policy options and set
them apart (see Table 2).
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Table 2: Overview of the policy options and their links with the specific objectives
SO PO1 PO2 PO3 PO4
Update and extension of the CRS Code of Conduct's rules (PM1 to PM5)
Promotion of sustainable modes of transport (PM7-PM8) SO1
Enforcement (PM6)
Identification and designation of indispensable MDMS & RU (PM9-PM10)
Commercial agreement rules (PM11-PM12)
SO1/SO2
Obligation to share (PM13) SO2
Obligation to host (PM14) SO2
Obligation to unbundle (PM15) SO1/SO2
Policy option 1 – Facilitating integration
PO1 is a minimalistic approach that targets both specific objectives. A first set of policy measures that are
common to all four policy options (PM1 to PM8), includes measures that establish minimal requirements
ensuring fair treatment of information and data on MDMS platforms. It also sets out key principles framing
all commercial agreements between indispensable MDMS platforms and transport operators, as well as
between indispensable RUs and MDMS platforms.
This option fully addresses SO1, by establishing a level playing field for MDMS and transport operators
through the extension of the CRS Code of Conduct’s rules to all MDMS providers (PM1, PM2, PM3, PM4
and PM5). With all MDMS platforms (from both B2B and B2C sectors) subject to these rules, the initiative
ensures that transport operators can compete fairly on all platforms and protects their data from being misused.
PM9 sets thresholds to identify MDMS platforms and RUs with SMP, which would be designated by national
enforcement bodies or the European Commission (EC) depending on the market in which they have SMP
(PM10). These are needed for PM11, which sets rules that protects transport operators in their commercial
agreements with indispensable MDMS platforms, including provisions that (1) safeguard commercially
sensitive data of operators, (2) prohibit the inclusion of unjustified or unnecessary contract conditions that
could prevent the conclusion of the agreement, and (3) ensure remuneration of platforms is based on objective
and transparent criteria (such as quality and level of services, annual volume of transport products distributed,
look-to-book ratios, etc). These criteria should be transparently shared with the operator or the National
Enforcement Body (NEB) upon request. Member States would be required to appoint a national authority to
settle disputes that could arise between parties (PM6) and an EU enforcement network of such authorities
would convene each year to ensure consistent enforcement across the EU. Specifically, this EU enforcement
network will allow NEBs to exchange information on their (i) monitoring, enforcement and implementation
work, (ii) decision-making principles, and (iii) administrative practices. The Commission will participate in
discussions, coordinate and support cooperation on matters of common interest and exchange of best practice.
PM8 would oblige MDMS platforms to display information on greenhouse gas emissions, when that
information is shared by the transport operator, and PM7 obliges B2C MDMS platforms to share data for
mobility management with public authorities.
To address SO2, PM12 protects MDMS providers in their commercial agreements with indispensable RU by
setting rules on distribution fees and prohibiting restrictive clauses in contracts (exclusivity clauses, unfair and
unjustified conditions, marketing clauses and other technical restrictions) allowing to address the imbalances
in bargaining power when negotiating commercial agreements.
Feedback was received on stakeholder’s positions on all policy measures and views on PMs common to all
policy options (PM1 to PM12) are only presented under PO1. In the targeted survey, stakeholders had mixed
views, expecting measures linked to neutral display and fair processing of data as mostly positive / neutral.
MDMS platforms surveyed appeared to be the most sceptical group, while most national authorities and the
‘other’ category participating in the survey find those measures effective. Transport operators surveyed did
not provide homogenous answers for those PMs.Stakeholders participating in the targeted survey commented
33
mostly on the requirements regarding neutral display (PM1)151 and on the requirements on GHG emissions
(PM8)152. These measures were strongly supported by national authorities and the ‘other’ category surveyed,
perceived as effective in promoting fair competition, enhancing consumer choice, and improving transparency
within the transport sector while sometimes advocating for more stringent rules (the NGO T&E called for
mandatory display of GHG emissions on platforms, even when data is not shared by operators). RUs and
MDMS platforms active in rail, taking part in the survey and interviews, also supported the introduction of
GHG requirements153, provided that the data are easily comparable154. Three MDMS platforms added that,
to be effective, the data must be shared by operators consistently, which remains a challenge. Three national
authorities also believed consumers might show limited interest in GHG emissions when making booking
decision.
In addition, participants of the OPC for MDMS were asked how important different measures are in their
opinion to ensure fair access for all operators to relevant multimodal digital mobility services platforms. The
outcome is far more favourable than the stakeholder survey results, especially regarding neutral display with
149 out of 169 respondents indicating that this policy measure is important to ensure fair access for operators.
Only 13 respondents found it not important. Moreover, 70 out of 80 respondents from industry indicated it to
be important versus only 7 who found it not important. During interviews, the update of the Code of Conduct
neutral display rules has been positively perceived by a majority of airlines interviewed, Westbahn and EPF,
who viewed it as an effective way to ensure a level playing field and avoid the distortion of information on
platforms155. By contrast, one airline and one OTA raised in interviews concerns about the relevance and
enforceability for B2C platforms, and that imposing neutral display requirements could paradoxically reduce
competition by homogenising offerings and eroding the ability of such platforms to differentiate. The prospect
of establishing a neutral body to oversee aspects of the MDMS ecosystem (the national body to be appointed
under PM6) was supported by stakeholders surveyed, with 36 of 71 finding PM6 effective156 in the targeted
survey. Transport operators appeared to be the most supportive group, with 19 of 29 finding it effective and
none finding it ineffective. During interviews, some stakeholders from all stakeholder groups supported the
creation of such an entity emphasizing its potential to ensure market fairness, resolve disputes efficiently,
and foster cross-border consistency in enforcement and governance157. More critically, some indispensable
151 8 of 20 MDMS platforms saw downsides to PM1, questioning the relevance and enforceability of neutral display
requirements and emphasizing that not leaving the choice of selection criteria with the user could result in negative effects
on platforms’ business models (mentioned in interviews by Skyscanner and the industry association ADN Mobilités). 11
of 30 transport operators expected it to be very or somewhat effective while 2 of 30 stakeholders expected it to be very
or somewhat ineffective. Moreover, 17 of 30 stakeholders were neutral (14) or did not know (3). 1 out of 3 of new entrant
rail operators considered it somewhat effective while 2 out of 3 replied don’t know or did not answer. 152 Nine of 20 found PM8 very ineffective, and four respondents, including EU Travel Tech and Skyscanner, supported
PM8 while emphasizing the need for standardised methods of GHG data reporting and calculation to ensure consistency
with the existing EU framework, thereby simplifying compliance and reducing confusion for consumers. 11 of 29
transport operators expected it to be very or somewhat effective (7 very effective, 4 somewhat effective). Furthermore,
10 of 29 transport operators expected it to be very ineffective. 153 Explicitly supported in interviews by CER, SNCF, rail entrant Snalltaget, the MDMS industry association ADN
Mobilités and one other MDMS platform. 154 Mentioned in interviews by two MDMS providers, two RUs - one incumbent - and an airline. 155 During interviews, one airline considered it as “the best approach to avoid situations of distorted information” while
another airline noted that the extension of CRS CoC neutral display obligation and fair treatment of transport operators
to dominant B2C MDMS is “mandatory” for the fair treatment of offers. Another airline criticised business models as
applied by Edreams, and their display policies. 156 These are views on PM6 in tackling limited and distorted information on platforms. In relation to tackling uneven
access of operators’ platforms, 36 of 71 found it effective, 14 ineffective and 21 were neutral/did not know. As in
relation to the former problem, transport operators appeared the most supportive of this measure. 157 Statement supported in interview by two new content aggregators, two airlines, two rail new entrant – WestBahn and
Snälltåget, a national authority, together with two from the ‘others’ category, including BEUC.
34
RUs and MDMS platforms questioned the effectiveness or practical utility of such an institution158.
Finally, 31 out of 69 stakeholders surveyed expected PM11 to be effective and 36 expected PM12 have a
neutral effect. Overall, MDMS platforms surveyed appeared more sceptical towards PM11159 whereas
transport operators expressing a view questioned rather PM12160. Indeed, MDMS platforms participating in
the survey tend to question the effectiveness of imposing principles on distribution fees and rules forbidding
highly restrictive clauses on them, as they argue they would have no incentive to block access to their platform.
However, they stressed their main concerns is big operators’ unwillingness to share information with them on
fair terms161. On PM11, 15 of 27 of transport operators surveyed expected the measure to be effective in
addressing Problem 1, while 2 of 29 expected PM12 to be ineffective.A majority (21 of 29) were neutral/did
not know the effect of PM12. In the surveyseveral RUs with SMP162 including CER members expressed
concerns over the introduction of enhanced FRAND principles, especially regarding the regulation of
distribution fees. They emphasize that imposing levels of fees defined by regulation could distort the true value
of services rendered and overlook the internal costs borne by providers. While these views are acknowledged,
it is important to note that PM11 and PM12 do not impose directly levels of fees but rather ensure that the
level of fees agreed upon in a commercial agreement are justified and transparent. Eight MDMS platforms/
MDMS industry association and 14 transport operators participated in 2022 to the Multimodal Passenger
Mobility Forum (MPMF) to support the Commission in its preparatory work for this initiative. In the MPMF
final report, the need to “feature FRAND as a core standard 163” for the contractual provisions between
MDMS platforms and transport operators is outlined. In particular, the use of FRAND is mentioned as a
principle that could “guide points to calculate compensation (…), access to data, (…) look-to-book ratio and
marketing restrictions; transparency on terms and conditions164.”
Policy option 2 (PO2) – empowering requesting MDMS platforms to offer single tickets in rail
PO2 addresses SO1 in the same manner as PO1 but further addresses SO2 by mandating that indispensable
RUs enter into commercial agreements with requesting ticketing platforms to enable the sale of all their tickets,
provided that those platforms fulfil minimum requirements (PM13). The scope of this ‘sharing obligation’ is
all rail tickets and fares for: i) rail services provided by operators with SMP in the Member State in which they
hold significant market presence, ii) rail services provided under public service contract (PSO services); and
iii) cross-border rail services. The commercial agreements between indispensable RUs and MDMS platforms
would have to follow fair and reasonable conditions, as laid down in PM12. In particular, indispensable RUs
cannot prevent their tickets from being combined with tickets from other operators, allowing platforms to sell
them as single tickets. Under PO2, MDMS platforms (in particular independent ones) would be capable of
expanding their offers and ultimately provide a complete offer.
In the targeted survey, the sharing obligation (PM13) introduced in PO2 gathered support from national
authorities and the stakeholders surveyed in ‘other’ category165, moderate support from MDMS platforms166,
158 An MDMS provider recognised the theoretical benefit of a neutral body but noted that disputes rarely escalate to a
level that would need its involvement, implying that practical utility may be limited. More critically, CER and the Czech
authority questioned both the need and effectiveness of such an institution. CER and the Czech authority, for example,
argued that existing judicial and administrative bodies are sufficient for handling market disputes. The Czech authority
argued that a neutral body would add little value, given the competitiveness of the national ticketing market and the
availability of redress through existing legal mechanisms. 159 13 out of 20 MDMS platforms found PM11 ineffective. 160 Only 2 of 29 transport operators found PM13 effective, 6 ineffective and 21 were neutral/did not know. 161 During interviews, six MDMS B2C platforms and a trade association argued that the main issue is the unwillingness
from large operators to share their offer on fair terms. 162 Expressed by the industry association CER, DB, SNCF and UITP. 163 MPMF final report (2022), p.32 164 Ibid p.26 165 7 of 11 national authorities and 6 of 10 stakeholders under the category ‘other’ found it effective. 166 7 of 20 found it effective, 7 were neutral, 4 found it ineffective and 2 did not know.
35
and very limited support from transport operators surveyed167. Especially, incumbent RUs participating in the
targeted survey argued that mutual commercial interest should guide collaboration in distribution rather than
mandated access168. DB and SJ AB went further, arguing that this measure might create administrative burden
and potentially increase ticket prices. On the other hand, ALL Rail argued that a fair market requires both sides
to be regulated: RUs must share their data, and ticket vendors must sell all RUs’ tickets. Air France-KLM and
Finnair stressed that this measure should not be applied to the air sector, as the air market is already competitive
and well-functioning. Finally, 2 MDMS platforms (Skyscanner and EUTT) outlined the need to extend the
sharing obligation to air carriers as well.
Policy option 3 (PO3) – empowering requesting RU to be offered on indispensable RU platforms
PO3 addresses SO1 in the same manner as PO1 and PO2, but it further addresses SO2 by mandating that
indispensable RU platforms shall enter into agreements with requesting RUs in order to distribute tickets,
offered within the same geographical area in which the indispensable RU platform is active, including cross-
border services to and from the Member State (PM14). They must apply non-discriminatory and reasonable
contract conditions as described in PM11. PO3 would thus foster the completeness of the offer on both
independent MDMS and indispensable RU platforms, providing the traveller ample choice on all platforms,
including the ones he uses most. This is expected to address SO2 quicker than other policy options. This
obligation would not apply to incumbents’ sales channels that only sell tickets of services that they operate
directly, as these sales channels do not raise the same user expectations (see section 2.1.2). Requiring such
operators to make the necessary IT investments and enter the MDMS market would be unnecessary and
disproportionate.
The additional obligation for indispensable RU platforms to host requesting competitors (PM14), as added in
PO3, is not consensual amongst stakeholders. In interviews, 12 of 15 stakeholders who provided their views
on PM14 viewed that a more cooperative, commercially driven approach is preferable to outright regulatory
imposition169. Two incumbents and their industry association, alongside an MDMS express fear that PM14
would increase market concentration170, and the MDMS industry association ADN Mobilités stated in an
interview that full integration of competitors on those platforms would “take years”. On the contrary, the new
entrant industry association All Rail views PM14 as a “game changer” to improve effectiveness and enhance
the visibility of new entrant RUs in the EU and potentially “doubling the modal shift of rail for long-distance
travels”. Air France-KLM and Finnair stressed that this measure should not be applied to the air sector, as the
air market is already competitive and well-functioning. In the targeted survey, stakeholders also expressed
diverging views. In total, 22 out of 68 stakeholders surveyed expected it to be very (10) or somewhat effective
(12). Furthermore, 20 stakeholders surveyed expected it to be very ineffective (19) or somewhat ineffective
(1). Finally, 26 stakeholders surveyed expressed a neutral view (17) or did not know (9). 15 out of 27 transport
operators surveyed believed this obligation would be very ineffective while the MDMS platforms surveyed
thought the effect of PM14 would be either neutral (7 out of 20) or ‘very’ ineffective (5 out of 20, of which 2
vertically integrated MDMS). By contrast, 6 out of 11 national authorities surveyed and 6 out of 10 ‘other’
stakeholders surveyed found PM14 to be effective, therefore counterbalancing the position of vertically
integrated platforms and operators. OPC participants were asked whether they support an obligation for the
integration, on the basis of reasonable terms, of operators willing to be part of an MDMS platform. This
corresponds to PM14, but the OPC question was not restricted to indispensable rail platforms and referred to
all types of MDMS platforms. In the OPC, 152 out of 168 respondents who expressed an opinion found it
important while 6 did not. 77 out of 80 stakeholders from industry expressing a view found it important versus
167 8 of 30 found it ineffective, two found it effective, 2 were neutral and 17 did not know. 168 Mentioned in interviews by the industry association for RUs CER, SJ AB, DB, and UITP. 169 This included 3 MDMS providers/associations (including 1 new content aggregator, 1CRS and ADN Mobilités), 3
RUs (1 incumbents and their industry association CER, and 1 new entrant), 2 national authorities, 2 airlines/airline
association, ECTAA and UITP. 170 Stated by CER, 2 incumbents and ECTAA during interviews.
36
2 who did not.
Policy option 4 (PO4) – unbundling indispensable RU operators and platforms
PO4 addresses SO1 in the same way as PO2 but further addresses SO2 by mandating indispensable RU
platforms to unbundle their distribution services from the parent company’s transport activities (i.e. divesting)
(PM15). Removing the vertical integration of the service and ticketing branches would also remove their
mutual incentive to protect the strong position of incumbent RUs in the upstream passenger rail market.
Stakeholders participating in the targeted survey appeared to be divided regarding the benefits of unbundling,
as 22 out of 69 expected it to be effective171, 20 ineffective172 and 26 were neutral/did not know173. Half of
transport operators surveyed (15 out of 28) found the measure to be very ineffective, with the notable exception
of new entrant RUs. RUs with SMP responding (DB and CER) claimed that unbundling is disruptive and
would not bring added value to consumers and would harm functioning of rail services as ticket revenues
directly fund them. On the contrary, new entrant RUs surveyed expressed support for this PM, seen as an
effective way to ensure that passengers can see all rail options for their journeys, citing positive examples of
countries were unbundling in rail is already mandatory. A new entrant also outlined that while unbundling is
in theory a very effective measure, it might be complex to implement. Independent MDMS platforms
expressed a more nuanced view, 6 out of 20 finding the measure effective, 10 to have a neutral effect/ or did
not know174 and 4 ineffective175.
6. WHAT ARE THE IMPACTS OF THE POLICY OPTIONS?
This section summarises the main expected economic, social and environmental impacts of each policy option.
The assessment of impacts draws on multiple data sources, including the targeted stakeholders’ consultation
and open public consultation, findings from desk research, a 2024 Eurobarometer survey on ticketing176,
and the impact assessment support study (including an in-depth analysis of 100 origin-destination (OD)
routes)177. It builds on the ASTRA model and a Cost Benefit Analysis (CBA) module that is used to calculate
the costs and/or benefits of policy measures, aggregate them into options, and compare the costs and benefits
of the policy options. The ASTRA model is a well-established model that has been used for numerous impact
assessments in the energy, transport and climate action fields for the past 15 years178. The ASTRA model is
used to estimate the impacts of the policy options on transport activity, CO2 emissions, air pollutant emissions
and other external costs of transport, as well as the impacts on user costs179.
The policy measures included in all policy options are expected to improve both the completeness and ability
to book alternative transport offerings displayed on MDMS platforms. In all policy options, platforms will be
required to present available transport options in a fair, transparent, and unbiased manner and incorporate
information on GHG emissions for trips where such data are available. Moreover, the range of transport
services displayed on MDMS platforms is expected to expand as transport operators will benefit from fairer
contractual conditions when negotiating with indispensable MDMS platforms. The availability of rail offers
is expected to expand more significantly in PO2, PO3 and PO4, as indispensable RUs that previously shared
171 10 ’very’ and 12 ’somewhat effective’. 172 19 ’very’ and 1 ’somewhat’ ineffective’. 173 17 neutral and 9 did not know. 174 7 neutral and 3 did not know. 175 2 ’very’ and 2 ’somewhat ineffective’. 176 Flash Eurobarometer 551 - Multimodal Digital Mobility Service – August – September 2024 177 Ricardo et al. (2026), Study supporting the RMB and RTR Impact assessment 178 For example, Register of Commission Documents - SWD(2023)351; Register of Commission Documents -
SWD(2023)443; Register of Commission Documents - SWD(2021)472; Register of Commission Documents -
SWD(2021)474 179 To monetise the external costs savings, the unit values from the 2019 Handbook on the external costs of transport have been used
(Handbook on the external costs of transport - Publications Office of the EU).
37
their services almost exclusively through their platforms will now be visible on third‑party platforms. The
visibility and comparability of rail services are expected to improve further with PO3, as additional RUs will
acquire a better access to indispensable RUs platforms, considered as key intermediaries for RUs in expanding
their consumer reach. Similar to PO3, PO4 will enhance citizens ability to find and book rail offers, as
indispensable RUs platforms’ newly acquired independence will allow new entrant RUs to get better access
to key rail platforms. As a result, the policy options are expected to enhance the completeness and the ability
to book alternative transport offerings displayed on MDMS platforms to varying degrees.
The completeness and the ability to book service offerings is expected in turn to have an impact on modal shift
and journey time. In the first step, the maximum potential modal shift and maximum reduction in the journey
time that can be achieved due to the completeness and the ability to book service offerings has been determined
based on the 2024 Eurobarometer survey on ticketing and the in-depth analysis of 100 origin-destination (OD)
routes and have been discussed in an expert workshop and an additional stakeholders’ workshop organised in
the context of the impact assessment support study. In particular, the maximum potential modal shift was
derived from answers to Q11 of the Eurobarometer survey, capturing stated preferences on change in
behaviour among a very large and representative sample of citizens who currently never or rarely combine
different operators/ modes of transport due to their inability to purchase all tickets in one place. Since the
Eurobarometer was conducted on a statistically representative sample, its results are valid for the whole EU
population and therefore is a relatively robust basis. Assumptions based on stated preferences represent a
scientifically sound method to capture expected modal shift, especially when no real-life evidence is available
based on historical data. The maximum potential modal shift is considered to be a conservative estimate, as it
does not capture stated preferences on change in behaviour among individuals who already book such
journeys but might do so more frequently in the future, due to the improvement of the ticketing system. In
addition, the modal shift linked to the introduction of full passenger rights for rail single tickets is not accounted
for in this IA. As a result, the actual impact on modal shift of the proposed measure may outperform what is
currently estimated.
In the second step, a suite of ad-hoc tools have been developed in the context of the impact assessment support
study, as explained in Annex 4 (section 1.3), to translate the degree to which the policy options are expected
to contribute towards the maximum potential modal shift and maximum potential reduction in travel time due
to the enhanced completeness and the ability to book alternative transport offerings displayed on MDMS
platforms. Both these inputs are further feed into the ASTRA model to derive the overall impacts of the policy
options on transport activity, CO2 emissions, air pollutant emissions and other external costs of transport, as
well as the impacts on user costs. The stakeholders’ workshop was used to validate the inputs used for the
policy options in the ASTRA model. Detailed explanations on all the steps of the approach used are provided
in Annex 4 (section 1.3).
It should however be acknowledged that during the expert workshop and the stakeholders’ workshop,
participants indicated the difficulty to derive a modal shift potential linked to the ability to see all offerings on
an MDMS platform and the ability to book all visible travel options on an MDMS platform, since there have
been little relevant applications of similar initiatives that could allow to deduct lessons. Acknowledging the
uncertainty, sensitivity analysis has been performed with regard to the maximum modal shift potential due to
the completeness and the ability to book service offerings, which is presented in section 7.6.
The changes in transport activity estimated in the policy options are driven by the completeness and the ability
to book service offerings displayed on MDMS platforms. The passenger rights dimension falls outside the
scope of the analysis, but it is acknowledged that strengthened passenger confidence could support the modal
shift towards rail. The targeted revision of rail passenger rights is supported by an analytical Staff Working
Document which updates the assessment of impacts of the related policy measure.
The proposed options are assumed to be implemented from 2028 onwards, so the assessment has been
undertaken for the 2028-2050 period and covers the EU Member States. Costs and benefits are expressed as
38
present value over the 2028- 2050 period, using a 3% discount rate. All costs and benefits are expressed in
2024 prices. Further details on the methodological approach, together with costs and costs savings results by
stakeholder group for specific years and by Member State (where relevant), are provided in Annex 4.
6.1. Economic impacts
This section provides the economic impacts of the policy options on MDMS platforms, transport operators,
national authorities and the European Commission. It also provides an assessment of impacts on small and
medium enterprises (SMEs), user costs and congestion, competitiveness, functioning of the internal market
and competition, innovation, digital by default, tourism and territorial impacts. Details on the calculation of
costs by policy measure and policy option, by stakeholder group and Member State180 are provided in Annex
4 (section 3).
6.1.1. Impacts on MDMS platforms
One-off and recurrent adjustment costs for MDMS platforms. All four policy options are expected to lead
to one-off and recurrent adjustment costs for MDMS platforms relative to the baseline (see Table 3 and Table
4 below). PM1 (neutral display), PM2 (equal care for data), PM3 (marketing and booking data sharing), PM7
(data for mobility management) and PM8 (GHG emission data) are common to all POs. Their costs are driven
by the number of projected MDMS platforms in each PO (see Table 5), the one-off cost per platform for IT
development (in PM1 to PM3 and PM8) and for setting up an Application Programming Interface (API) (in
PM7), and the recurrent cost per platform for maintaining the IT system, including display criteria and the
API.
Among the common measures the biggest costs stem from the obligation for B2C MDMS to share non-
personal data for mobility management with public authorities (PM7) and come from the set-up and
maintenance of an API181. The total one-off and recurrent costs for PM7 are estimated to be highest in PO2
(EUR 72.6 million, expressed as present value over 2028-2050 relative to the baseline, of which EUR 30
million one-off costs) due to the highest number of platforms projected in this PO, followed by PO4 (EUR
70.8 million, of which EUR 29.1 million one-off costs), PO3 (EUR 69.4 million, of which EUR 28.3 million
one-off costs) and PO1 (EUR 52.9 million, of which EUR 20.8 million one-off costs). Other important
adjustment costs common to all POs are linked to the neutral display obligations (PM1) and the obligation to
display GHG/CO2 emissions when provided by transport operators (PM8). Each of the two measures will
result in one-off and recurrent adjustment costs for MDMS platforms, related to the IT development to adjust
display criteria and their maintenance, of around EUR 16 to 17 million in PO2, PO3 and PO4 (of which
EUR 6.4 to 6.9 million one-off costs), and EUR 12 million in PO1 (of which close to EUR 5 million one-off
costs). The costs associated with PM1 are lower for CRS than other MDMS as they must already comply with
similar neutral display requirements from the Code of Conduct in the baseline182.
PO3 additionally includes one-off adjustment costs for indispensable RU platforms to enter into commercial
agreements with willing RUs (PM14), to enable the distribution of tickets, estimated at EUR 0.4 million
expressed as present value over 2028-2050 relative to the baseline. These cover the costs of negotiating new
180 Most B2B MDMS platforms operate EU-wide, and it is not possible to split the costs arising from obligations on these
platforms by Member State. On the other hand, many B2C platforms are more localised and based on desk research in
the context of the impact assessment support study it was possible to ascertain in which Member States they offer services.
Thus, for policy measures that affect B2C platforms the associated costs are also provided by Member State, while for
B2B platforms costs are provided at EU-level only in Annex 4. 181 Drawing on stakeholder feedback, the one-off adjustment cost per B2C platform for setting up an API is estimated at
EUR 117,719 in 2024 prices. The maintenance of the API is estimated at 10% of the initial setup cost (i.e. EUR 11,772). 182 In PM1 the one-off cost per MDMS platform (excluding CRS) is estimated at EUR 23,125 and the one-off cost per
CRS at EUR 7,708. Part of PM1 requirements is already met in the baseline by CRSs. In PM8 the one-off cost is the
same for CRSs and other MDMS platforms (EUR 23,125). The maintenance cost per platform is estimated at 10% of the
one-off cost.
39
agreements183. PO4 leads to significantly higher one-off adjustment costs due to the unbundling obligation
(PM15), requiring 19 indispensable RU platforms to undertake an important legal and administrative
reorganisation estimated at EUR 157.7 million.
The total one-off and recurrent adjustment costs, expressed as present value over 2028-2050 relative to the
baseline, are thus estimated to be highest in PO4 (EUR 282.3 million), followed by PO2 (EUR 127.7 million),
PO3 (EUR 122.3 million) and PO1 (EUR 92.9 million). The one-off adjustment costs due to the unbundling
obligation (PM15) represent 56% of the total adjustment costs in PO4, while the one-off and recurrent
adjustment costs for the set-up and maintenance of the API to share non-personal data for mobility
management with public authorities (PM7) represent 57% of the total adjustment costs in PO1, PO2 and PO3
and 25% of the total adjustment costs in PO4.
One-off administrative costs for MDMS platforms. In all POs, MDMS platforms need to notify national
authorities and/or the Commission upon reaching the SMP thresholds (PM10). This results in one-off
administrative costs borne by MDMS platforms reaching the SMP thresholds. Building on the Impact
Assessment of the DMA184, the assumption retained for calculating the cost incurred on MDMS platforms is
that only two full time equivalents (FTEs) would be needed to comply with the requirement. This is because
only one quantitative indicator is requested, and no further qualitative information is asked to support the
decision. The administrative burden is kept to the minimum since the designation process leverages on
information already submitted through the Rail Market Monitoring Scheme. In this context, RUs must provide
information that can support the designation process as MDMS platforms with SMP. Four MDMS platforms
are expected to reach the SMP thresholds in 2028 (the assumed year of implementation) and the one-off cost
per platform is estimated at EUR 113,053. Thus, for the purpose of ‘one in, one out’ approach and the
Calculator of Administrative Costs (AC) & Administrative Burdens (AB), the total one-off administrative costs
for MDMS platforms are estimated at EUR 0.5 million relative to the baseline.
Adjustment costs savings for MDMS platforms. In all POs, the introduction of commercial agreement rules
for indispensable MDMS platforms (PM11) and indispensable RUs (PM12) with third parties is expected to
result in recurrent adjustment cost savings for MDMS platforms as these measures are expected to streamline
the negotiation processes185. Although PM11 and PM12 are included in all policy options, the cost savings
vary significantly between options since they are calculated based on the changes in the number of new and
renegotiated commercial agreements compared to the baseline. The number of new and renegotiated
commercial agreements in each PO depends in turn on other policy measures included in each option. For
PO1 cost savings are estimated at EUR 13 million (EUR 12 million due to PM11 and EUR 1 million due to
PM12), expressed as present value over 2028-2050 relative to the baseline, as this PO does not introduce
strong incentives for the conclusion of new agreements or for the renegotiation of agreements relative to the
baseline. Conversely, PO2 introduces a sharing obligation (PM13), significantly increasing the number of
commercial agreements between indispensable RUs and MDMS platforms, resulting in the highest costs
savings for MDMS platforms, projected at EUR 149 million (EUR 136.1 million due to PM11 and EUR
12.9 million due to PM12) relative to the baseline. PO3, which additionally includes a hosting obligation
(PM14) result in adjustment cost savings of EUR 134 million (EUR 122.3 million due to PM11 and EUR
11.7 million due to PM12) relative to the baseline. The lower costs savings in PO3 are due to the lower number
of new and renegotiated agreements relative to PO2. Finally, while the unbundling requirement (PM15) in
PO4 does not mandate commercial agreements, the neutrality it fosters on indispensable rail platforms
facilitates additional agreements relative to PO3, with cost savings projected to reach EUR 142.7 million
183 The one-off cost per new agreement negotiated by indispensable RU platforms is estimated at EUR 29,772. 184 SWD(2020) 363 final. The Digital Market Act assumed 20 FTEs per ‘Gatekeeper’ for submission of relevant data to
authorities. In this case, the entities are much smaller than those regulated under the DMA (Apple, Google, etc.) and the
process is expected to be much lighter (platforms only need to notify that they have reached a threshold). 185 The cost saving per new agreement is assumed at EUR 2,000 and per renegotiated agreement at EUR 1,183, based on
input from stakeholders.
40
(EUR 130.4 million due to PM11 and EUR 12.3 million due to PM12) relative to the baseline.
Net costs/benefits for MDMS platforms. Overall, PO1 and PO4 are expected to lead to net costs, although at
varying degrees, while PO2 and PO3 are expected to deliver net benefits. PO4 shows the highest net costs,
amounting to EUR 140 million, expressed as present value over 2028-2050 relative to the baseline, primarily
due to the significant adjustment costs linked to the unbundling requirement, as outlined previously. In PO1,
the adjustment cost savings are not sufficient to offset the adjustment and administrative costs, leading to net
costs of EUR 80.4 million relative to the baseline. In PO2, the introduction of a sharing obligation (PM13)
leads to the highest adjustment cost savings related to streamlined negotiation processes (PM11 and PM12),
resulting in net benefits of EUR 20.9 million relative to the baseline. PO3 also results in net benefits, estimated
at EUR 11.3 million relative to the baseline.
Table 3: One-off and recurrent costs, and costs savings for MDMS platforms in the POs relative to the baseline
(EU27), expressed as present value over 2028-2050, in million EUR (2024 prices) Difference to baseline
PO1 PO2 PO3 PO4
Adjustment costs 92.9 127.7 122.3 282.3
PM1 (Neutral display) 12.0 16.5 15.8 16.1
PM2 (Equal care for data) 9.0 12.4 11.8 12.1
PM3 (Marketing and booking data sharing) 6.9 9.5 9.1 9.3
PM7 (Data for mobility management) 52.9 72.6 69.4 70.8
PM8 (GHG emission data) 12.1 16.7 15.9 16.3
PM14 (Obligation to host) 0.0 0.0 0.4 0.0
PM15 (Obligation to unbundle) 0.0 0.0 0.0 157.7
Administrative costs 0.5 0.5 0.5 0.5
PM10 (Designation of indispensable MDMS and RUs) 0.5 0.5 0.5 0.5
Adjustment cost savings 13.0 149.0 134.0 142.7
PM11 (Commercial agreement rules indispensable MDMS) 12.0 136.1 122.3 130.4
PM12 (Commercial agreement rules indispensable RUs) 1.0 12.9 11.7 12.3
Net costs (-) or net benefits (+) -80.4 20.9 11.3 -140.0
Source: Ricardo et al. (2026), Impact assessment support study
Table 4: One-off costs for MDMS platforms in the POs relative to the baseline (EU27), expressed as present
value over 2028-2050, in million EUR (2024 prices) Difference to baseline
PO1 PO2 PO3 PO4
Adjustment costs 36.5 52.8 50.1 208.9
PM1 (Neutral display) 4.7 6.9 6.4 6.6
PM2 (Equal care for data) 3.5 5.1 4.8 5.0
PM3 (Marketing and booking data sharing) 2.7 3.9 3.7 3.8
PM7 (Data for mobility management) 20.8 30.0 28.3 29.1
PM8 (GHG emission data) 4.8 6.9 6.5 6.7
PM14 (Obligation to host) 0.0 0.0 0.4 0.0
PM15 (Obligation to unbundle) 0.0 0.0 0.0 157.7
Administrative costs 0.5 0.5 0.5 0.5
PM10 (Designation of indispensable MDMS and RUs) 0.5 0.5 0.5 0.5
Total one-off costs 37.0 53.3 50.6 209.3
Source: Ricardo et al. (2026), Impact assessment support study
A change in the number of MDMS platforms is not a policy objective. However, the projected number of
platforms in each policy option, as well as the number of agreements between the MDMS platforms and the
41
transport operators, are provided below to facilitate the understanding of the costs. The number of platforms
is projected to increase in all policy options relative to the baseline due to the enhanced ability of MDMS
platforms to display more travel options, promoting competition in the online ticketing market. This is
assumed to imply an increase in the number of MDMS platforms although it should be acknowledged that
existing platforms could also improve their offerings, which could lead to a consolidation towards a lower
number of platforms. Such consolidation is assumed to take place towards 2050 in the projections. However,
it should be acknowledged that the consolidation could also take place earlier. Thus, the costs for the MDMS
platforms should be regarded as the upper bound.
PO1 is projected to result in the lowest number of additional MDMS platforms relative to the baseline (10 in
2030, 45 in 2040 and 19 in 2050) for all time horizon under assessment. In 2030, the sharing obligation (PM13)
provides more opportunities for new platforms than in PO1. The effect is the highest in PO2 relative to the
baseline (29 additional platforms in 2030), since in PO3 some platforms would anticipate a broader offer by
the incumbents due to the hosting obligation (PM14) and see less margin for an alternative offer and thus new
platforms (26 additional platforms relative to the baseline in 2030). The effect in PO4 is between that of PO2
and PO3 (27 additional platforms relative to the baseline in 2030) because the new platforms are expected to
perceive the unbundled platform as a less strong competitor, once it is no longer tied to the incumbent rail
operators. In 2040, in PO2 the incumbent platforms are expected to continue to show a limited offer, and new
platforms would exploit the opportunities that this creates. PO2 thus results in 282 additional platforms relative
to the baseline in 2040. In PO3, incumbent platforms provide a full offer, and customers have no reason to
switch. The number of new additional platforms is thus expected to be lower than in PO2 (235 additional
platforms relative to the baseline in 2040). PO4 sits between PO2 and PO3, since the unbundled platforms are
not as strong as the vertically integrated ones and leave more space for the new platform (258 additional
platforms relative to the baseline in 2040). By 2050, the market is expected to converge towards the same
number of platforms in PO2, PO3 and PO4 (209 additional platforms relative to the baseline). In PO2, the
strong competition between platforms is expected to erode the legacy advantage of the incumbents. This
creates an intense competition leading to a consolidation of the sector. In PO3 no change is expected relative
to 2040, while in PO4 some consolidation also takes place but to a lesser extent than in PO2.
Table 5: Projected number of MDMS platforms across EU27 in the baseline and policy options in 2028, 2030,
2040 and 2050 2028 2030 2040 2050
Baseline
B2B platforms 98 99 106 113
B2C platforms 266 270 289 308
Total 364 369 395 421
PO1
B2B platforms 98 102 118 118
B2C platforms 266 277 322 322
Total 364 379 440 440
PO2
B2B platforms 98 107 182 169
B2C platforms 266 291 495 461
Total 364 398 677 630
PO3
B2B platforms 98 106 169 169
B2C platforms 266 289 461 461
Total 364 395 630 630
PO4
B2B platforms 98 106 175 169
B2C platforms 266 290 478 461
Total 364 396 653 630
Source: Ricardo et al. (2026), Impact assessment support study
42
Similarly, the number of agreements between MDMS platforms and transport operators is projected to
increase in all policy options relative to the baseline. As shown in the table below, this increase is expected to
be significantly higher in PO2, PO3 and PO4 compared to PO1 (around 5% increase relative to the baseline
in 2050 in PO1 against 97% in PO2, PO3 and PO4 – all compared to the baseline). PO2 shows the highest
impact in 2030 and 2040 with respectively 20,511 and 66,241 additional agreements relative to the baseline
due to the highest number of additional platforms in this policy option relative to the baseline.
Table 6: Projected number of agreements between MDMS platforms and transport operators across EU in
the baseline and policy options in 2028, 2030, 2040 and 2050 2028 2030 2040 2050
Baseline 48,624 49,321 52,808 56,295
PO1 48,624 50,671 58,862 58,862
difference to baseline 0 1,350 6,054 2,567
% difference to baseline 0% 3% 11% 5%
PO2 63,870 69,832 119,049 110,673
difference to baseline 15,246 20,511 66,241 54,378
% difference to baseline 31% 42% 125% 97%
PO3 63,883 69,248 110,686 110,686
difference to baseline 15,259 19,927 57,878 54,391
% difference to baseline 31% 40% 110% 97%
PO4 64,402 69,519 114,842 110,673
difference to baseline 15,778 20,198 62,034 54,378
% difference to baseline 32% 41% 117% 97%
Source: Ricardo et al. (2026), Impact assessment support study
6.1.2. Impacts on transport operators
The number of transport operators in the scope of this initiative is provided in Annex 4 (section 2.2.3) and is
assumed to remain constant over time in the baseline scenario and across policy options.
One-off adjustment costs for transport operators. PO2, PO3 and PO4 are expected to lead to one-off
adjustment costs for transport operators relative to the baseline (see Table 7). These costs are driven by the
requirement for RUs to allow the distribution of their tickets (PM13) and calculated based on the projected
number of new commercial agreements between MDMS platforms and RUs186. PO2 is expected to show the
highest number of new agreements and thus also the highest one-off costs expressed as present value over
2028-2050 relative to the baseline (EUR 48.2 million), followed by PO4 (EUR 45.2 million) and PO3 (EUR
42.2 million).
One-off administrative costs for transport operators. In all policy options, for the purpose of ‘one in, one out’
approach and the Calculator of Administrative Costs (AC) & Administrative Burdens (AB), low one-off
administrative costs of EUR 1,356 at EU level are expected for RUs with SMP (see Table 8)187. These costs
relate to informing national authorities about their parent platforms (opened to other RUs) in view of
considering them as indispensable RU platforms (PM10).
Adjustment costs savings for transport operators. In all policy options, the introduction of commercial
agreement rules for indispensable MDMS platforms (PM11) and indispensable RUs (PM12) with third parties
186 The one-off adjustment costs for indispensable RUs due to PM13 cover two elements: (i) the cost of negotiating the
agreement; and (ii) the cost of facilitating data exchange for distribution. These two elements translate into a one-off cost
of onboarding a new third-party platform estimated at EUR 29,772 per agreement. 187 It is assumed that 2 hours are needed per RU with SMP for this task. The cost per RU is estimated at EUR 71.4,
considering the hourly rates for the ISCO3 category (technicians and associate professionals) from the ‘Eurostat Structure
of earnings survey. The total one-off administrative costs at EU level are estimated at EUR 1,356 in 2028 taking into
account the 19 RUs in scope of PM10.
43
is expected to result in cost savings for transport operators (see Table 7) as these measures are expected to
streamline negotiation processes188. Although PM11 and PM12 are included in all policy options, the cost
savings vary significantly between options since they are calculated based on the projected number of new
and renegotiated commercial agreements compared to the baseline. As explained in section 6.1.1, the number
of new and renegotiated commercial agreements in each PO depends in turn on other policy measures included
in each option. For PO1 cost savings are estimated at EUR 13 million (EUR 12 million due to PM11 and EUR
1 million due to PM12), expressed as present value over 2028-2050 relative to the baseline, as this PO does
not introduce strong incentives for the conclusion of new agreements or for the renegotiation of agreements.
Conversely, PO2 introduces a sharing obligation (PM13), significantly increasing the number of commercial
agreements between indispensable RUs and MDMS platforms, resulting in the highest cost savings for
transport operators, projected at EUR 149 million (EUR 136.1 million due to PM11 and EUR 12.9 million
due to PM12) expressed as present value over 2028-2050 relative to the baseline. PO3 additionally
incorporates a hosting obligation (PM14) leading however to lower adjustment cost savings of EUR 134
million (EUR 122.3 million due to PM11 and EUR 11.7 million due to PM12) relative to the baseline. This is
because of the lower number of new and renegotiated agreements projected in PO3 relative to PO2. Finally,
while the unbundling requirement (PM15) in PO4 does not mandate commercial agreements, the neutrality it
fosters on indispensable RU platforms facilitates a higher number of agreements relative PO3, with cost
savings projected to reach EUR 142.7 million (EUR 130.4 million due to PM11 and EUR 12.3 million due to
PM12) relative to the baseline.
Net benefits for transport operators. All policy options are expected to result in net benefits for transport
operators, although to varying degrees (see Table 8). PO2 shows the highest net benefits (EUR 100.9 million),
expressed as present value over 2028-2050 relative to the baseline, followed by PO4 (EUR 97.6 million) and
PO3 (EUR 91.8 million). The highest net benefits in PO2 are because the introduction of a sharing obligation
(PM13) considerably increases the adjustment cost savings related to the commercial agreement rules (PM11
and PM12). PO1 results in considerably lower net benefits for transport operators, estimated at EUR 13 million
relative to the baseline.
Table 7: One-off costs and costs savings for transport operators in the POs relative to the baseline (EU27),
expressed as present value over 2028-2050, in million EUR (2024 prices) Difference to baseline
PO1 PO2 PO3 PO4
Adjustment costs 0.0 48.2 42.2 45.2
PM13 (Obligation to share) 0.0 48.2 42.2 45.2
Administrative costs 0.001 0.001 0.001 0.001
PM10 (Designation of indispensable MDMS and RUs) 0.001 0.001 0.001 0.001
Adjustment cost savings 13.0 149.0 134.0 142.7
PM11 (Commercial agreement rules indispensable MDMS) 12.0 136.1 122.3 130.4
PM12 (Commercial agreement rules indispensable RUs) 1.0 12.9 11.7 12.3
Net costs (-) or net benefit (+) 13.0 100.9 91.8 97.6
Source: Ricardo et al. (2026), Impact assessment support study
Table 8: One-off costs for transport operators in the POs relative to the baseline (EU27), expressed as present
value over 2028-2050, in million EUR (2024 prices) Difference to baseline
PO1 PO2 PO3 PO4
Adjustment costs 0.0 48.2 42.2 45.2
PM13 (Obligation to share) 0.0 48.2 42.2 45.2
Administrative costs 0.001 0.001 0.001 0.001
PM10 (Designation of indispensable MDMS and RUs) 0.001 0.001 0.001 0.001
188 The cost saving per new agreement is assumed at EUR 2,000 and per renegotiated agreement at EUR 1,183, based on
input from stakeholders.
44
Total one-off costs 0.0 48.2 42.2 45.2
Source: Ricardo et al. (2026), Impact assessment support study
6.1.3. Impacts on national authorities
Recurrent enforcement costs for national authorities. All policy options are expected to lead to recurrent
enforcement costs for national authorities, estimated at EUR 106.5 million, expressed as present value over
2028-2050 relative to the baseline. These costs are driven by PM6 which requires national authorities to
monitor the online ticketing market for potential entities with SMP as well as the correct implementation of
the legislation (see Table 9)189.
One-off and recurrent administrative costs for national authorities. All policy options are expected to lead
to recurrent administrative costs for national authorities for settling disputes (PM6). Based on feedback from
stakeholders, one FTE is assumed to be needed per national authority. For the purpose of the Calculator of
Administrative Costs (AC) & Administrative Burdens (AB), recurrent administrative costs are estimated at
EUR 1.53 million per year from 2028 onwards190 (or EUR 25.8 million expressed as present value over 2028-
2050 relative to the baseline). In addition, one-off administrative costs for national authorities are expected in
relation to the obligation to process notifications from platforms with SMP and submit this information to the
Commission in 2028 (PM10) (see Table 10). The one-off effort required is estimated at 2 FTEs per Member
State in 2028. The one off-costs for the purpose of the Calculator of Administrative Costs (AC) &
Administrative Burdens (AB) are estimated at EUR 3.1 million191.Efforts have been made to keep these costs
as low as possible, but they remain unavoidable, as they are essential to ensure settling disputes, the processing
of notifications from platforms with SMP and the submission of this information to the Commission.
Net costs for national authorities. All policy options include a similar designation and enforcement process
and result in net costs of EUR 135.4 million for national authorities, expressed as present value over 2028-
2050 relative to the baseline (see Table 9). Enforcement costs represent 79% of the total costs in all policy
options.
Table 9: One-off and recurrent costs for national authorities in the POs relative to the baseline (EU27),
expressed as present value over 2028-2050, in million EUR (2024 prices) Difference to baseline
PO1 PO2 PO3 PO4
Enforcement cost 106.5 106.5 106.5 106.5
PM6 (Enforcement authority) 106.5 106.5 106.5 106.5
Administrative costs 28.9 28.9 28.9 28.9
PM6 (Enforcement authority) 25.8 25.8 25.8 25.8
PM10 (Designation of indispensable MDMS and RUs) 3.1 3.1 3.1 3.1
Net costs 135.4 135.4 135.4 135.4
Source: Ricardo et al. (2026), Impact assessment support study
Table 10: One-off costs for national authorities in the POs relative to the baseline (EU27), expressed as
present value over 2028-2050, in million EUR (2024 prices) Difference to baseline
PO1 PO2 PO3 PO4
Administrative costs 3.1 3.1 3.1 3.1
189 Based on stakeholder feedback this is expected to require maximum 4 full time equivalents (FTEs) per Member State.
For monetising the labour costs, the hourly rates for the ISCO3 category (technicians and associate professionals) from
the ‘Eurostat Structure of earnings survey, Labour Force Survey data’ have been used. In addition, the number of working
hours per day is assumed at 7.2 hours, and the number of working days per year at 220. 190 One full time equivalent (FTE) is assumed to be needed per national authority, with recurrent administrative costs
estimated at EUR 56,527 per national authority. 27 national authorities are considered for calculating the total recurrent
costs. 191 The one-off administrative costs per Member State are estimated at EUR 113,053.
45
Difference to baseline
PO1 PO2 PO3 PO4
PM10 (Designation of indispensable MDMS and RUs) 3.1 3.1 3.1 3.1
Total one-off costs 3.1 3.1 3.1 3.1
Source: Ricardo et al. (2026), Impact assessment support study
6.1.4. Impacts on the European Commission
Recurrent adjustment costs for the European Commission. All policy options lead to recurrent adjustment
costs for the European Commission, estimated in total at EUR 5.3 million, expressed as present value over
2028-2050 relative to the baseline (see Table 11). These are due to the obligation for the European
Commission to designate B2C MDMS platforms with SMP at European level and deal with potential
complaints (PM10)192, estimated at EUR 4 million, and due to the support for the coordination of enforcement
with an EU-wide enforcement network and monitoring of the market (PM6)193, estimated at EUR 1.3 million.
Table 11: Recurrent adjustment costs for the European Commission in the POs relative to the baseline (EU27),
expressed as present value over 2028-2050, in million EUR (2024 prices) Difference to baseline
PO1 PO2 PO3 PO4
Adjustment costs 5.3 5.3 5.3 5.3
PM6 (Enforcement authority) 1.3 1.3 1.3 1.3
PM10 (Designation of indispensable MDMS and RUs) 4.0 4.0 4.0 4.0
Net costs 5.3 5.3 5.3 5.3
Source: Ricardo et al. (2026), Impact assessment support study
6.1.5. Impacts on SMEs
The SME check has been performed and is presented in Annex 6. SMEs are not directly affected by any of
the policy options and do not incur any cost. However, SME MDMS platforms and SME transport operators
are expected to benefit from the introduction of commercial agreement rules for indispensable MDMS
platforms (PM11) and indispensable RUs (PM12) in all policy options. These rules will streamline negotiation
processes through a more harmonized approach that reduces commercial negotiation efforts and guarantees a
fairer access to key offers and platforms. Thus, adjustment costs savings are expected for both SME MDMS
platforms and SME transport operators in all policy options.
Adjustment costs savings for SME MDMS platforms. SME MDMS platforms will benefit from adjustment
cost savings linked to the introduction of commercial agreement rules (PM11 and PM12)194. As explained in
section 6.1.1, although PM11 and PM12 are included in all policy options, the cost savings vary between
them, since they are calculated based on the projected number of new and renegotiated commercial
agreements relative to the baseline. The highest adjustment costs savings, expressed as present value over
2028-2050 relative to the baseline, would be achieved in PO2 (EUR 101 million) due to the synergies with
PM13 (obligation to share) that leads to a significantly higher number of new and renegotiated commercial
agreements relative to the baseline. PO4 and PO3 also result in significant adjustment costs savings for SME
MDMS platforms (EUR 95.7 million in PO4 and EUR 90.5 million in PO3), while PO1 is expected to result
192 This is assumed to require 2 full time equivalents (FTE) per year from 2028 onwards. The cost per FTE was assumed
at EUR 118,326 at AD5 level, including overheads. 193 The European Commission is assumed to organise one meeting of the EU‑wide enforcement network per year from
2028 onwards, to exchange best practices. The average cost for a two-day in-person meeting hosted by EC, where
participants are reimbursed by the EC, is around EUR 30,000. In addition, each two years from 2030 onwards, a
Eurobarometer survey is assumed to be conducted. The costs for the Eurobarometer survey, are assumed at EUR 100,000
per year based on the costs of the Eurobarometer survey conducted in 2024. 194 The cost saving per new agreement is assumed at EUR 2,000 and per renegotiated agreement at EUR 1,183, based on
input from stakeholders.
46
in lower costs savings (EUR 9.2 million).
Table 12: Recurrent adjustment costs savings for SME MDMS platforms in the POs relative to the baseline
(EU27), expressed as present value over 2028-2050, in million EUR (2024 prices) Difference to baseline
PO1 PO2 PO3 PO4
Adjustment cost savings 9.2 101.0 90.5 95.7
PM11 (Commercial agreement rules indispensable MDMS) 8.6 93.7 83.9 88.8
PM12 (Commercial agreement rules indispensable RUs) 0.5 7.3 6.6 6.9
Net benefit 9.2 101.0 90.5 95.7
Source: Ricardo et al. (2026), Impact assessment support study
Adjustment costs savings for SME transport operators. As for SME MDMS platforms, in all policy options,
SME transport operators will also benefit from the introduction of commercial agreement rules for
indispensable MDMS platforms (PM11) and indispensable RUs (PM12). As for SME MDMS platforms,
adjustment costs savings for SME transport operators, expressed as present value over 2028-2050 relative to
the baseline, are estimates to be the highest in PO2 (EUR 107 million), followed by PO4 (EUR 102.5 million),
PO3 (EUR 96.1 million) and PO1 (EUR 9.4 million).
Table 13: Recurrent adjustment costs savings for SME transport operators in the POs relative to the baseline
(EU27), expressed as present value over 2028-2050, in million EUR (2024 prices) Difference to baseline
PO1 PO2 PO3 PO4
Adjustment cost savings 9.4 107.0 96.1 102.5
PM11 (Commercial agreement rules indispensable MDMS) 9.4 106.2 95.4 101.8
PM12 (Commercial agreement rules indispensable RUs) 0.1 0.8 0.7 0.7
Net benefits 9.4 107.0 96.1 102.5
Source: Ricardo et al. (2026), Impact assessment support study
Net benefits for SMEs. Total net benefits for SMEs (MDMS platforms and transport operators) are estimated
at EUR 208 million in PO2, EUR 198.2 million in PO4, EUR 186.6 million in PO3, and EUR 18.6 million in
PO1 expressed as present value over 2028-2050 relative to the baseline. As explain above, the obligations
included in the policy options do not apply to SMEs and SMEs are only expected to indirectly benefit from
them.
SMEs views were considered via stakeholder consultation activities, including the targeted survey and
interviews conducted in the context of the impact assessment support study, and the OPC. Overall, SMEs
expressed favourable views on the policy options, with strong support for the introduction of binding rules
and the introduction of commercial agreement rules. An overview of SMEs’ views is provided in the SME
check, in Annex 6.
6.1.6. Impacts on user costs and congestion
The proposed policy options are expected to benefit transport users through three channels: (i) a reduction of
search costs for travellers; (ii) an increase in competition in the platform market; (iii) an increase in competition
in the transport market.
The reduction of search costs for travellers. The most direct effect would be the reduction in search cost, as
travellers would be able to find, compare and purchase tickets in a single place without having to perform
longer searches and visit multiple platforms. In the baseline scenario, travellers must dedicate time and effort
to search for the most convenient offer in terms of fares, comfort and travel time, with no guarantee that they
will manage to find the offer that best matches their preferences. Under the various policy options, and to the
extent that the measures included in each option will provide customers with a complete ticketing offer in a
single place, travellers will most certainly save time on searches, but possibly also gain in terms of travel time
47
and more convenient fares. The assessment below considers them jointly as ‘reduction of search costs’.
This effect would be present in PO1, thanks to neutral display requirements that would make convenient offers
more visible to potential customers. However, the impact would be limited, since there are no provisions in
this option that have the effect of widening the offer of platforms and guaranteeing that a complete ticketing
offer becomes available on single platforms. In PO2, the addition of the ‘sharing obligation’ (PM13) would
enable a complete ticketing offer on willing platforms. The effect would thus be stronger than PO1 but still be
limited to the customer base of independent platforms, since indispensable RU platforms have shown no
willingness to host the full offer of competitors. In PO3, the further addition of the ‘hosting obligation’ (PM14)
would make a substantial difference, since now the possibility to access a complete ticketing offer would be
extended to the customers of indispensable RU platforms that have by far the largest reach. The reduction in
search cost would be highest in this case. In PO4, the unbundling of vertically integrated platforms would
remove the perverse incentives to limit their ticketing offer. Accordingly, the magnitude of the reduction in
search cost for consumers would be similar to PO3 but it is likely to be achieved with a certain delay due to
the need for restructuring processes.
Implications for consumers of increased competition in the platform market. Increased competition in the
platform market would lead to greater innovation efforts, widening of services available on platforms,
improvements in the overall ticketing experience, and possibly reduction of transaction costs for users. PO1
would not substantially affect competition in the platform market, since, broadly speaking, it will neither affect
the content, nor the incentives of platforms, but only the presentation of existing offers. PO2 would have an
impact on the content of independent platforms, making them a more attractive distribution channel for
consumers. This will improve their position vis à vis the indispensable platforms and increase overall
competition in the platform market. The inertia in consumer behaviour might however dampen the effect as
many consumers would remain loyal to indispensable platforms. PO3 would oblige indispensable RU
platforms to host a complete ticketing offer (PM14). This is likely to reinforce their appeal in the market, but
at the same time would deprive them of any possibility of abusing behaviour (by virtue of the common
measures included in all options, PM1 to PM12) or denying access to competitors (PM14). This would change
the incentives for indispensable platforms, inducing a behaviour that is closer to that of ‘normal’ platforms
that seek to maximise market intermediation. This, in turn, might elicit even stronger innovation efforts from
competing independent platforms. Indeed, in the baseline, PO1 and, partly, PO2, platforms have near ‘captive’
customers (incumbent operators for the incumbent platforms and new entrants for the independent
platforms195) and competition is affected by access limitations to both content and distribution channels. Under
PO3, the sharing and hosting obligation provide all operators with full access to tickets and platforms. This is
likely to push platforms to compete more strongly on innovation, user experience, customer care and
additional services, since they can no longer rely on exclusive content. Similar considerations can be made for
PO4, although the impact might take longer to manifest. Altogether, it is expected that PO3 would produce
greater benefits for consumers from competition in the platform market, followed by PO4.
Implications for consumers of increased competition in the transport market. Greater competition in the
transport market would tend to lower prices and increase the quality and frequency of transport services. The
amount of pressure exercised by competition would be proportional to the number of customers being able to
easily find, compare and purchase the most convenient travel offers. PO1 would improve visibility and fair
representation of existing offers on online platforms, but it would not broaden their ticketing offer. This would
promote competition in the transport market, but not as substantially as the other policy options. PO2 would
affect the content of independent platforms, giving them access to indispensable tickets. Customers of
independent platforms would therefore be able to compare the offers of different transport operators and opt
for the most convenient. Initially, the competitive pressure on the transport market would only be exercised
through the customers of independent platforms. However, the effect would become stronger if consumers
195 Independent platforms might be the only available sale channel for new entrant rail operators, since, as already
indicated, many indispensable RU platforms are not willing to sell tickets of new entrants.
48
begin switching to independent platforms attracted by their broader offer. PO3 would oblige indispensable
platforms to host a complete ticketing offer (PM14). In this case, nearly all consumers would be able to
compare directly the offers of transport operators and buy the most convenient one. As argued in Section 6.1.8
on the functioning of the internal market and on competition, this is likely to lead to stronger price competition
between RUs. Accordingly, PO3 would have the largest effect on consumers through competition in the
transport market. PO4 is likely to lead to a situation similar to that of PO3, meaning a situation in which
indispensable platforms host a complete ticketing offer. However, this outcome is likely to materialise with a
certain delay with respect to PO3, due to the necessary restructuring processes.
Overall assessment of impacts on user costs. The policy options are expected to generate significant benefits
for consumers by reducing search costs and fostering greater competition in both the platform and transport
markets. While the resulting enhanced “trust” in rail as an easy, accessible, modern and reliable user-
friendly mode of transport is difficult to the quantify, the most immediate and tangible effect across all
options is the reduction of search costs. By enabling travellers to find, compare, and purchase tickets in a single
location, the policy options would eliminate the need to conduct lengthy searches across multiple platforms.
This simplification of the purchasing process enhances convenience, transparency, and efficiency for
consumers.
The overall impact on consumers’ costs would be the strongest, as well as the quickest to materialise, in the
case of PO3. PO4 would come second in terms of overall impact and but its effects would unfold more
gradually, due to the need to restructure the business of indispensable platforms following unbundling. PO2
would have a more moderate impact, since the cost reduction would be generated by the action of independent
platforms that have a smaller customer base, although this would grow in time. Finally, only a negligeable
impact on transport cost can be expected to result from PO1, which would change the presentation, but not
the scope of the ticketing offer on the platforms.
The table below presents the impacts on average expenditure per person for interurban mobility in the policy
options relative to the baseline. It shows that the impacts are highest in PO3 (0.27% reduction in 2040 and
0.34% reduction in 2050 relative to the baseline), followed by PO4 and PO2, while the impacts of PO1 are
negligible. These impacts do not consider the reduced search costs for the most convenient offer in terms of
fares, comfort and travel time, which are difficult to quantify and thus only assessed qualitatively.
Table 14: Impacts on average expenditure per person for interurban mobility, at EU27 level (% change
relative to the baseline) Average expenditure per person for interurban mobility (% change to
the baseline)
2030 2040 2050
PO1 -0.01% -0.03% -0.05%
PO2 -0.03% -0.16% -0.24%
PO3 -0.06% -0.27% -0.34%
PO4 -0.04% -0.19% -0.28%
Source: Ricardo et al. (2026), Impact assessment support study; ASTRA model
The reduction of congestion associated with modal shift. By improving the completeness and accuracy of
service information, the ability to book service offerings and travel time, as well as reducing user costs of
railway transport, the policy options would also generate, to varying degree, modal shift away from road and
aviation. In turn, this would reduce congestion costs associated with road traffic relative to the baseline. The
impact on congestion costs of the various policy options mirrors the impact on modal shift, with PO3 having
the strongest effect (EUR 6.4 billion congestion costs savings, expressed as present value over 2028-2050
relative to the baseline), followed by PO4 (EUR 4.8 billion congestion costs savings), PO2 (EUR 4.4 billion
49
congestion costs savings) and PO1 (EUR 1.8 billion congestion costs savings)196.
Table 15: Impacts on external costs of road congestion in the POs relative to the baseline (EU27), expressed
as present value over 2028-2050, in million EUR (2024 prices)
Difference to baseline
PO1 PO2 PO3 PO4
Savings in external costs of road congestion 1,758 4,352 6,438 4,833
Source: Ricardo et al. (2026), Impact assessment support study; ASTRA model
6.1.7. Impacts on competitiveness
This proposal is a key enabler of Europe’s green competitiveness agenda, directly reinforcing the European
Green Deal and the Commission’s 2024-2029 priorities by accelerating a shift towards sustainable transport
modes, rail in particular, while strengthening the EU’s economic resilience in an increasingly digital mobility
landscape. All policy options deliver improved operational efficiency and increase in the transport activity by
rail and coach due to better visibility and access to these services. In particular, PO2, PO3 and PO4, introduce
the obligation to share tickets for indispensable RUs (PM13), unlocking new competitive services and
sustainable travel alternatives for passengers, directly addressing the market barriers highlighted in the Draghi
Report197. When coupled with the obligation to neutrally display offers (PM1), these measures will support
fairer competition of operators on all MDMS platforms, and especially indispensable RU platforms – a
necessity underlined by the Letta Report198’s call for an EU-wide, integrated framework to prevent
discriminatory practices in ticket distribution.
Cost competitiveness. The policy options have different impacts on the cost competitiveness of affected
businesses. Across all policy options, the common measures increase regulatory clarity and transparency. By
extending the CRS Code of Conduct rules, requiring neutral display, ensuring fair data processing and
establishing enforcement mechanisms, the initiative reduces legal uncertainty and dispute risk. Streamlined
negotiation processes (PM11 and PM12) reduce contractual transaction costs for both MDMS platforms and
transport operators in all policy options. Under PO1, the introduction of fair principles improve predictability
in commercial negotiations. While agreements remain voluntary, a harmonised framework can reduce
inefficient negotiation cycles and lower compliance risks, particularly in cross-border contexts. Under PO2,
PO3 and PO4, stronger regulatory obligations increase compliance costs for regulated entities. However, these
obligations are expected to improve the completeness and efficiency of integration between operators and
platforms. The net effect depends on the balance between compliance costs and efficiency gains (i.e. costs
savings).
For MDMS platforms, as explained in section 6.1.1, all policy options are expected to lead to adjustment costs
and some limited administrative costs. Total costs, expressed as present value over 2028-2050 relative to the
baseline, are estimated to be highest in PO4 (EUR 282.7 million) primarily due to the significant adjustment
costs linked to the unbundling requirement, followed by PO2 (EUR 128.1 million), PO3 (EUR 122.7 million)
and PO1 (EUR 93.4 million). At the same time, the streamlined negotiation processes (PM11 and PM12)
deliver significant adjustment costs savings in PO3, PO4 and PO2 in synergy with other measures included in
these options that increase the number of new and renegotiated commercial agreements that benefit of the
streamlined processes. Overall, PO2 and PO3 lead to net benefits of EUR 20.9 million and EUR 11.3 million,
respectively, expressed as present value over 2028-2050 relative to the baseline. On the other hand, PO4 and
PO1 result in net costs (EUR 140 million in PO4 and EUR 80.4 million in PO1).
For transport operators, as explained in section 6.1.2, PO2, PO3 and PO4 are expected to lead to adjustment
196 The 2019 Handbook on external costs of transport (Handbook on the external costs of transport - Publications Office
of the EU (europa.eu)) has been used to monetise the external costs savings. 197 Draghi, Mario - The Future of European Competitiveness: In-Depth Analysis and Recommendations. 2024, p. 213 198 Letta, Enrico. Much More Than a Market. Council of the European Union, 2024, p. 85
50
costs related to the obligation to share and all options are expected to require very limited administrative costs
for the designation of indispensable RUs. Total costs, expressed as present value over 2028-2050 relative to
the baseline, are estimated to be highest in PO2 (EUR 48.2 million), followed by PO4 (EUR 45.2 million),
PO3 (EUR 42.2 million) and PO1 with negligible costs. The streamlined negotiation processes (PM11 and
PM12) deliver adjustment costs savings in all policy options that outweigh the costs. Net benefits for transport
operators, expressed as present value over 2028-2050 relative to the baseline, are estimated at EUR 100.9
million in PO2, EUR 97.6 million in PO4, EUR 91.8 million in PO3 and are more limited in PO1 (EUR 13
million).
By reducing search and booking frictions and improving the visibility of transport offers, the policy options
enhance the efficiency of the rail and multimodal transport sectors, strengthening the competitive position of
rail and coach services within the multimodal passenger transport market. Improved integration of rail services
in MDMS platforms can increase the attractiveness of rail-based itineraries relative to car-only or aviation
trips.
As regards SMEs competitiveness, they would also benefit from better market conditions: creating a level
playing field for all stakeholders could be particularly beneficial for small businesses or start-ups. New entrant
SMEs in the rail transport market would particularly benefit from the obligation for indispensable RU
platforms to enter into commercial agreement with willing RUs (PM14). New entrant RUs face the problem
of how to establish their brand and typically must resort to costly advertising campaigns, which can be
prohibitive for SMEs. PM14 would allow them to benefit from indispensable RU platforms’ brand visibility
and reach immediately the very high share of customers that use those platforms. In PO4, the obligation for
indispensable RUs to unbundle their distribution and operation services (PM15) will also provide better
visibility and consumer reach to new entrant RUs, albeit to a lesser extent than PM14. Indeed, the complete
unbundling process is expected to be complex and would likely require an extended adjustment period. These
newly independent platforms would also not be obliged to negotiate with new rail entrants, therefore
decreasing slightly the positive impact on SME competitiveness compared to PM14. Finally, the prohibition
of restrictive contractual clauses by indispensable RUs and indispensable MDMS platforms and the
introduction of fairer distribution fee principles (PM11 and PM12) in all POs would facilitate agreements
between platforms and operators, directly targeting gatekeeping behaviour, curbing anti-competitive
practices, and enhancing transparency and fairness. This would therefore greatly support smaller MDMSs and
operators in concluding contractual agreements with players benefiting from a strategic position in the market.
The analysis shows that all policy options lead to increases in rail and coach activity relative to the baseline
(see section 6.1.8), reflecting improved supply-demand matching and reduced transaction costs. The relative
magnitude of these increases in activity differs across options, being highest in PO3, followed by PO4 and
PO2.
The entire economy is likely to benefit from these developments since transport represents a significant share
of household expenditure and is a critical input for many economic sectors, notably tourism. A better
functioning of the transport sector would free resources for additional consumption and investment. This might
result in knock-on effects throughout the entire economy in the long term, leveraging the initial impact on the
transport sector.
International competitiveness. All policy options apply equally to EU and non-EU platforms when operating
within the EU market and do not differentiate by nationality. They therefore do not introduce trade distortions.
The impact on international competitiveness is expected to be neutral. The economic effects are confined to
improving efficiency and performance within the EU passenger transport market.
6.1.8. Impacts on the functioning of the internal market and on competition
All policy options enhance the functioning of the internal market compared to the baseline. They do so by
reducing regulatory fragmentation across the EU and promoting a level playing field for ticket distribution in
51
both B2C and B2B markets.
PO1 extends neutral display rules to all B2B actors and introduces rules governing commercial agreements
with indispensable B2B and B2C platforms and railway undertakings (RUs), but it does not require any
structural changes. Indispensable RUs and platforms would not be obliged to share ticket content or host other
RUs, meaning the current market structure would largely remain unchanged. As a result, while PO1 is
expected to have a positive impact in promoting a level playing field in B2B distribution, its overall effect
would be limited. By focusing on fairness without mandating access, it is unlikely to significantly enhance
competition or expand consumer choice. Overall, the measures included in PO1 are projected to lead to 1%
increase in rail activity in 2030 and 1.8% increase by 2050 relative to the baseline.
Building on PO1, PO2 introduces a ‘sharing obligation’, requiring indispensable RUs to share their tickets for
distribution on willing platforms. Most RUs already sell their tickets through third party platforms, although
they do not always provide a complete offer in terms of connections and fares, especially when they reserve
some offers for the clients of their vertically integrated platform. The ‘sharing obligation’ would fill this gap
by requiring that RUs share their complete offer. This would not alter the business model, whereby RUs
normally pay a distribution fee to platforms that sell their tickets, but PO2 would ensure that distribution
agreements are concluded on the basis of fair, reasonable and non-discriminatory (FRAND) conditions. It
should be noted that RUs would inevitably incur distribution costs whether the service is provided in-house or
by a third party. Thanks to greater competition in the platform market, streamlined negotiation processes, and
application of FRAND conditions, distribution costs may even decrease for RUs in PO2 relative to the
baseline. Accordingly, the sharing obligation would not imply any structural change in business models or
market structure, but, by ensuring broader access to the ticket offer, it improves the level playing field in the
distribution market. However, a key limitation in PO2 is that indispensable RUs (those covering most rail
operations in a Member State) retain significant influence on rail ticket distribution in the short to medium
term. They could still restrict other RUs’ access to their own popular distribution channels, undermining
competition. The expected impact is stronger than in PO1 as this option directly influences supply, demand,
pricing, and competitive dynamics. Overall, the measures included in PO2 are projected to lead to 1.7%
increase in rail activity in 2030 and 3.7% increase by 2050 relative to the baseline.
PO3 takes a bolder step by adding a ‘hosting obligation’, compelling indispensable RU platforms to sell tickets
of requesting RUs. The result is a guaranteed pathway for new RUs to reach customers through established,
high traffic platforms, removing a major barrier to entry. Increased competition, in turn, drives innovation and
better pricing. Also in this case, there would not be a change in business models of operators. Indispensable
RUs platforms would only be caught by the ‘hosting obligation’ when they have already hosted third party
offers, which shows that they have the means, technical expertise and contractual experience to provide such
service: the hosting obligation would just ensure that this service is provided on non-discriminatory basis to
all requesting RUs, but would not require engaging in a new activity.
There is a hypothetical risk that vertically integrated platforms would seek to avoid regulation by withdrawing
from the ‘platform’ market and halting the sale of any other companies’ tickets. This would present the wide
customer base of that platform with an even reduced offer. To avoid this, the criterion that will be used to
establish whether the platform of a railway undertaking with significant market presence falls under the
hosting obligation in PO3 is whether it has sold tickets of other companies in the past five years. There is also
a risk that railway undertakings would use cooperation agreements between RUs to evade regulation, claiming
that selling these tickets constitutes sale of only their own tickets. To avoid this risk, the sale of tickets for
services that are offered in cooperation between two or more RUs (e.g. cross-border services, which are often
operated under different RU licenses in different Member States) is considered as sale of tickets of another
operator.
While PO3 would not require vertically integrated platforms to provide services to third parties that they had
not already offered in the past, the changes in market dynamics would nevertheless be more substantial in PO3
52
than in PO2. The joint application of the sharing and hosting obligation will potentially provide all platforms
with a complete ticketing offer, and as platforms can no longer rely on preferential access to ticket offers, they
are expected to compete more vigorously on aspects like journey planning, ease of search and user experience,
customer care, and additional services. The railway service market will be impacted to a much greater extent
in PO3 than in PO2, since new railway entrants will have access to a much broader set of potential customers.
Indeed, the initial impact of the hosting and sharing obligation would be broadly proportional to the respective
size of the customer base of the incumbent and independent platforms. PO3 will thus me more effective in
strengthening competition in the railway services market and attract more passenger to this mode of transport,
providing a net benefit to the whole sector, although some operators may lose the rents that they still profit
from in non-competitive markets.
By fundamentally reshaping market dynamics, this approach ensures fair access to indispensable RU
platforms, fostering a more open and competitive railway ecosystem and leading to 2.5% increase in rail
activity in 2030 and 4.8% increase by 2050 in PO3 relative to the baseline.
PO4 obligates vertically integrated distribution RU platforms to unbundle from their operators, eliminating
inherent conflicts of interest. While it does not impose a hosting obligation, breaking these ties aligns
incentives with independent platforms, reducing market distortions caused by dominant players favouring
their own services. However, the complexity of implementation (including legal, operational, and transitional
challenges) could undermine its efficiency. The expected impact is comparable to that of PO3 (it achieves a
fairer, more neutral market) but may do so less efficiently due to the practical difficulties of restructuring
established systems. Overall, the measures included in PO4 are projected to lead to 1.9% increase in rail
activity in 2030 and 4% increase by 2050 relative to the baseline.
A more detailed assessment of the impacts of the policy options on competition is included in Annex 13.
Table 16: Impact on transport activity in passenger-kilometres at EU level (percentage change relative to the
baseline)
Percentage change to baseline
PO1 PO2 PO3 PO4
Car
2030 -0.2% -0.3% -0.4% -0.3%
2040 -0.3% -0.7% -1.0% -0.7%
2050 -0.3% -0.8% -1.1% -0.8%
Coach
2030 0.6% 0.9% 1.3% 1.0%
2040 1.4% 2.1% 2.7% 2.2%
2050 1.3% 2.1% 2.8% 2.3%
Rail
2030 1.0% 1.7% 2.5% 1.9%
2040 1.7% 3.4% 4.7% 3.7%
2050 1.8% 3.7% 4.8% 4.0%
Air
2030 -0.1% -0.2% -0.2% -0.2%
2040 -0.2% -0.5% -0.7% -0.6%
2050 -0.4% -0.9% -1.0% -1.0%
Waterborne
2030 0.0% 0.0% 0.01% 0.0%
2040 0.0% 0.01% 0.01% 0.01%
2050 0.0% 0.01% 0.01% 0.01%
Source: Ricardo et al. (2026), Impact assessment support study; ASTRA model
6.1.9. Impacts on innovation
By addressing key barriers in ticket distribution, all policy options create an environment where MDMS
platforms and transport operators can develop more integrated, user-friendly, and competitive solutions. PO3
53
is expected to have the biggest impact, as it best addresses the key barriers of access to platforms and access
to tickets. A major driver of innovation stems from greater transparency and equitable conditions on MDMS
platforms, combined with improved access for platforms to indispensable transport offers and to indispensable
platforms for RUs. Measures enhancing transparency and fairness on MDMS platforms, including
indispensable ones (PM1, PM2, PM3, PM4, PM11 and PM14) incentivise new entrants and smaller operators
to innovate, as they gain equal visibility alongside established players. The neutral display obligations (PM1)
retain flexibility, allowing MDMS platforms to offer alternative display criteria as long as the end user retains
choice. The principles for commercial agreements (PM11) protect smaller operators from unfair bargaining
power, enabling them to compete on service quality rather than market clout. Likewise, the possibility for
MDMS platforms to integrate indispensable RUs (PM13) and ensure that these do not impose unfair contract
terms (PM12) reduce entry barriers, encouraging start-ups and SMEs MDMS to develop new services.
PO1 shares PM1 till PM12 with PO3 and thus also benefits from their positive impact on innovation. This is
however limited by the fact that it does not rebalance the market dynamics in the same manner; the lack of
access to ticket offers means there is (a lot) less to innovate with. PO2 is better in this regard as it does address
this issue through PM13, though still not as effectively as PO3 (which adds PM14). PO3 is expected to
particularly boost innovation in the platform market for the reasons explained in Section 6.1.6: PO3 would
oblige indispensable RU platforms to host a complete ticketing offer, which is likely to reinforce their appeal
in the market, but at the same time would deprive them of any possibility of discrimination. This is likely to
induce a behaviour that is closer to that of ‘normal’ platforms that seek to maximise market intermediation.
This, in turn, might elicit even stronger innovation efforts from competing independent platforms. Indeed, in
the baseline, PO1 and, partly, PO2, there is a duality in the platform market, where both incumbent and
independent platforms have near ‘captive’ customers (incumbent operators for the incumbent platforms and
new entrants for the independent platforms) and competition is affected by access limitations to both content
and distribution channels. Under PO3, the sharing and hosting obligation provide all operators with full access
to tickets and platforms. This is likely to push platforms to compete more strongly on innovation, user
experience, customer care and additional services, since they can no longer rely on exclusive content. PO4 has
a similar potential to innovation as PO2; its more fundamental rebalancing potential offset by the time delay
associated with restructuring the market though unbundling.
6.1.10. Digital by default
All policy options are fundamentally aligned with the 'digital by default' principle, aiming to foster a robust
digital ecosystem within the transport sector. Key measures include the obligations to load and process data
with equal care and timeliness (PM2), and to uphold fair principles in commercial agreements (PM11 and
PM12). These provisions are included in all options and are designed to encourage fairer and more efficient
data exchanges between involved parties, thereby streamlining digital operations and enhancing user
experience. The initiative's digital focus is further reinforced by the obligations to share non-personal data with
public transport authorities (PM7), present in all four policy options. This will substantially increase the
availability and utilisation of mobility data by public authorities, leading to enriched data-driven decision-
making and improved service delivery within the transport system. Additionally, the requirement to respect
the rules on marketing and booking data (PM3) is instrumental in promoting fair and efficient data sharing
practices. By mandating non-discriminatory sharing of marketing, booking, and sales data, all policy options
ensure that MDMS platforms facilitate the anonymisation and responsible use of data, fostering a more
equitable digital marketplace for all transport operators. Overall, these measures aim to eliminate barriers in
acquiring, sharing, combining, and reusing data assets, while maintaining coherent data governance and
continuous data management. This approach is thoroughly aligned with the horizontal legal framework
established at EU level through the Data Act199. Enhanced data sharing plays a key role in enabling the
development of innovative multimodal services, ultimately contributing to the establishment of a common
European Mobility Data Space and a common European Tourism Data Space. By prioritising digital
199 OJ L 2023/2854, 22.12.2023
54
integration and data accessibility, all policy options pave the way for technological advancements that
streamline operations, elevate service standards, and drive sustainable growth across the European transport
network.
6.1.11. Impact on tourism
All policy options support the transformation of the tourism sector by unlocking seamless travel experiences
for tourists across Europe. Central to this are several measures designed to promote smooth and integrated
travel planning and execution. In all policy options, the sharing of non-personal data (PM7) with public
transport authorities will facilitate improved management of transport services, allowing tourists to easily
connect between various modes of transport. This harmonisation is essential for creating an interconnected
transport network that enhances fluid transfers between travel modes. In PO2, PO3 and PO4, the introduction
of a sharing obligation (PM13) will empower MDMS platforms to offer broader access to diverse transport
services, enabling tourists to book integrated and greener travel itineraries with ease. In PO3, the hosting
obligation (PM14) further strengthens service integration by ensuring that indispensable RU platforms foster
rail services, facilitating a seamless booking experience for travellers wishing to undertake rail journeys. PM14
enhances the ability of the most popular rail platforms to present tourists with unified travel solutions that cater
for their specific needs. Therefore, PO3 contributes most to the development of a user-centric travel ecosystem
that enhances accessibility, convenience, and efficiency for tourists.
6.1.12. Territorial impacts
All policy options are expected to strengthen territorial cohesion by creating a more inclusive and integrated
multimodal transport system across all EU regions. Central to this are measures designed to ensure fair access
and visibility for transport operators of all sizes. In all policy options, the obligation for MDMS platforms to
ensure neutral display of transport offers (PM1) guarantees that all operators, including those in peripheral or
less-connected areas, receive equal visibility alongside larger providers. In PO2 and PO3, additional measures
significantly enhance territorial cohesion. The obligation to share tickets for indispensable RUs (including
cross-border and PSO services) is expected to improve the connectivity (PM13). Most importantly, the access
to indispensable RU platforms (PM14) in PO3 guarantees that even smaller regional providers can be
integrated into major booking platforms. PO3 is therefore expected to have the highest impact on territorial
cohesion and create a transport system where all regions, from major cities to remote areas, have equal
opportunity to participate in the digital mobility market. This balanced approach supports economic
development across all territories while preventing the concentration of mobility services in already well-
connected areas.
6.2. Social impacts
6.2.1. Impacts on health
All policy options are projected to have a positive impact on health, relative to the baseline, due to the higher
use of more sustainable transport options. This is expected to result in reduced air pollutant emissions and
subsequent positive impacts on health. These impacts are higher in PO2, PO3 and PO4, since the measures
included in these policy options are specifically supporting access to rail offers. The savings in external costs
of air pollutants, expressed as present value over 2028-2050 relative to the baseline, are estimated at EUR 455
million in PO2, EUR 670 million in PO3 and EUR 502 million in PO4. On the other hand, PO1 shows more
limited savings in external costs of air pollutant emissions, estimated at EUR 218 million expressed as present
55
value over 2028-2050 relative to the baseline200.
Table 17: Impacts on external costs of air pollution emissions in the POs relative to the baseline (EU27),
expressed as present value over 2028-2050, in million EUR (2024 prices) Difference to baseline
PO1 PO2 PO3 PO4
Savings in external costs of air pollutant emissions 218 455 670 502
Source: Ricardo et al. (2026), Impact assessment support study; ASTRA model
6.2.2. Impacts on employment
All policy options are anticipated to positively affect employment, primarily by promoting the use of collective
transport means, such as trains and coaches. This is expected to indirectly foster job creation within the
transport sector. Notably, the impacts of PO2, PO3 and PO4 are expected to be higher than those of PO1, due
to the higher increase in the use of collective transport means in these options relative to the baseline. The
limited changes in the air transport activity relative to the baseline suggests that the overall employment in the
air transport sector is likely to remain unchanged relative to the baseline. Moreover, the development and
deployment of additional MDMS platforms will likely create further employment opportunities within the
EU, as these new platforms will require skilled professionals for their implementation, maintenance, and
management. Overall, all policy options have the potential to stimulate investment in innovation, as
competition between MDMS platforms increases. This is expected to have a knock-on effect of potentially
increasing employment levels as sectors adapt and evolve to incorporate new technological and service-based
innovations. Increased investment in innovation often translates into the need for skilled professionals and
personnel to understand, implement, and support these advancements.
6.2.3. Impacts on safety
In all policy options, the reduction in the passenger car transport activity induced by more offers and
information available to users to make more sustainable choices, is expected to result in a decrease in the
number of fatalities and injuries relative to the baseline. The decrease in the number of fatalities and injuries
relative to the baseline is a direct result of the reduction in the passenger car transport activity and not affected
by any other drivers in the assessment. Cumulatively over 2028-2050, PO1 is estimated to lead to 731 lives
saved and 49 thousand injuries avoided, while PO2, PO3 and PO4 would have significantly higher positive
impact (1,480 lives saved and close to 95 thousand injuries avoided in PO2, 2,113 lives saved and close to 137
thousand injuries avoided in PO3 and 1,616 lives saved and 107 thousand injuries avoided in PO4) with PO3
showing the highest positive impact. All policy options contribute towards Sustainable Development Goal
SDG#9 (“Make cities and human settlements inclusive, safe, resilient and sustainable”).
Table 18: Expected reduction in the number of fatalities and injuries in the POs relative to the baseline, in
2030, 2040 and 2050, and cumulative reduction over the period 2028-2050 2030 2040 2050 Cumulative over 2028-
2050
% change to baseline
Fatalities
PO1 18 38 39 731 0.2%
PO2 33 76 84 1,480 0.4%
PO3 49 109 117 2,113 0.5%
PO4 36 83 92 1,616 0.4%
Injuries
PO1 1,313 2,465 2,489 49,421 0.2%
200 The impacts on air pollution emissions have been quantified with the help of the ASTRA model. The unit costs from
the 2019 Handbook on external costs of transport (Handbook on the external costs of transport - Publications Office of
the EU) have been used to monetise the external costs.
56
2030 2040 2050 Cumulative over 2028-
2050
% change to baseline
PO2 2,211 4,748 5,232 94,945 0.5%
PO3 3,270 6,913 7,341 136,909 0.7%
PO4 2,484 5,367 5,929 107,317 0.5%
Source: Ricardo et al. (2026), Impact assessment support study; ASTRA model
The reduction in external costs of accidents, expressed as present value over 2028-2050 relative to the baseline,
is estimated to be the highest in PO3 (EUR 21.3 billion), followed by PO4 (EUR 16.5 billion), PO2 (EUR
14.8 billion) and PO1 (EUR 7.6 billion)201.
Table 19: Impacts on external costs of accidents in the POs relative to the baseline (EU27), expressed as
present value over 2028-2050, in million EUR (2024 prices) Difference to baseline
PO1 PO2 PO3 PO4
Savings in external costs of accidents 7,606 14,807 21,297 16,470
Source: Ricardo et al. (2026), Impact assessment support study; ASTRA model
6.2.4. Impacts on fundamental rights
The level of data protection for businesses and consumers is a key element when considering the impacts of
the policy options on fundamental rights. Data protection for B2C MDMS platform users is provided by the
GDPR, which allows for harmonised protection of individuals. Also, for B2B MDMS, the entry into
application of the GDPR is a key consideration prompting the revision and repeal of the CRS Code of
Conduct´s rules on data protection in all policy options (PM5). As a result of this regulatory simplification, the
duplication of rules will be removed and there would thus be no more room for potential inconsistencies. The
intervention would not have any negative material impact on fundamental rights, and data protection
specifically.
6.2.5. Impacts on youth
All policy options support the transformation of the transport systems in ways that resonate strongly with
young Europeans, who are increasingly demanding sustainable, connected, and affordable mobility solutions.
Central to this shift are key measures designed to align with youth needs, and in particular seamless travel
experiences as reflected by POLIS in the targeted survey conducted in 2025202. A Eurobarometer conducted
in 2024 shows youths give more importance to the environmental impact of their trips and adapt their journey
more frequently but also indicate they cannot always afford more sustainable options. Youths more often
search for information on multimodal or multi-operator trips and more often find suitable combinations, but
they also indicate more often that they did not book the journey because they could not book all tickets in one
place.203 By ensuring access to all RU offers (PM13), PO2, PO3 and PO4 eliminate fragmented booking
systems and can directly impact younger people204. Moreover, PO2, PO3 and PO4 expand access to
multimodal and low-carbon options, directly addressing youth demand, as the Eurobarometer shows that use
of trains and coaches is highest among respondents aged 15-24, used respectively by 68% and 48% of this age
group. PO2, PO3 and PO4 particularly foster a transport system that mirrors youth values: digital-first, climate-
201 The impacts on fatalities and injuries have been quantified with the help of the ASTRA model. The 2019 Handbook
on the external costs of transport (Handbook on the external costs of transport - Publications Office of the EU) has been
used to monetise the costs. 202 POLIS underlined that younger groups use digital services more frequently and would therefore benefit the most
from having better information and accessibility to tickets in a digital way. 203 Flash Eurobarometer 551 - Multimodal Digital Mobility Service – August – September 2024 204 In the targeted survey, ALL RAIL underlined that the impact would likely be more immediate for younger passengers,
who are more familiar with using MDMS platforms to search and book their trips. This group is particularly sensitive to
fragmented offers and tends to compare options across operators. Making all services visible and bookable on the same
platforms would improve their access to better prices and combinations, especially for regional and cross-border travel.
57
conscious, and user-centric.
6.3. Environmental impacts
The analysis of environmental impacts covers tank-to-wheel CO2 emissions, air pollutant emissions
(particulate matter (PM2.5) and nitrogen oxides (NOx)) and noise emissions. The ASTRA model has been
used to quantify the impact of the policy options on emissions, based on the modal shift each option is expected
to achieve.
Impacts on CO2 emissions. The use of more sustainable transport means, especially trains, is expected to
reduce CO2 emissions relative to the baseline. PO2, PO3 and PO4 are projected to achieve higher reductions
in CO2 emissions than PO1, with PO3 anticipated to deliver the highest decrease. PO1 results in relatively
limited modal shift when compared to the other POs. Thus, the reduction in CO2 emissions for PO1 is more
limited and estimated at 8.3 million tonnes cumulatively over 2028-2050 relative to the baseline. PO3 results
in the highest impact among the options, cumulatively over 2028-2050 relative to the baseline, estimated at
23.8 million tonnes, followed by PO4 (18.1 million tonnes) and PO2 (16.5 million tonnes). Cumulatively over
2028-2050, PO3 is expected to result in 0.5% reduction in CO2 emissions relative to the baseline, PO4 and
PO2 in 0.3% reduction and PO1 in 0.2% reduction. As shown in the table below, the reduction in CO2
emissions relative to the baseline is projected to reduce over time in all policy options. This is because of the
decarbonisation of the transport sector over time in the baseline. The savings in external costs of CO2
emissions, expressed as present value over 2028-2050 relative to the baseline, are estimated to be highest in
PO3 (EUR 6.8 billion), followed by PO4 (EUR 5.2 billion), PO2 (EUR 4.7 billion) and PO1 (EUR 2.4
billion)205.
Impacts on air pollutant emissions. Similarly to CO2 emissions, the reduction in air pollutant emissions is
mainly driven by the higher use of more sustainable transport means and optimised trips. Cumulatively over
2028-2050, the highest reduction in NOx emissions relative to the baseline is projected in PO3 (23.9 thousand
tonnes), followed by PO4 (17.9 thousand tonnes), PO2 (16.2 thousand tonnes) and PO1 (7.7 thousand tonnes).
This represents a decrease by 0.2% relative to the baseline in PO3 and around 0.1% in PO4, PO2 and PO1.
As for CO2 emissions and NOx emissions, the highest reduction in particulate matter (PM2.5) emissions,
cumulatively over 2028-2050, is estimated for PO3 (1.5 thousand tonnes), followed by PO4 (1.1 thousand
tonnes), PO2 (1 thousand tonnes) and PO1 (0.4 thousand tonnes). Thus, the savings in external costs of air
pollution emissions, expressed as present value over 2028-2050 relative to the baseline, are projected at EUR
218 million in PO1, EUR 455 million in PO2, EUR 670 million in PO3 and EUR 502 million in PO4206.
Table 20: Impact on CO2 emissions and air pollutant emissions (thousand tonnes of CO2 emissions avoided
and tonnes of NOx and PM2.5 avoided relative to the baseline in 2030, 2040 and 2050, and cumulative over
2028-2050; % change in cumulative CO2 emissions and air pollution emissions relative to the baseline) 2030 2040 2050 Cumulative over 2028-
2050
% change to baseline
CO2 emissions (thousand tonnes of CO2 avoided)
PO1 541 370 17 8,319 0.2%
PO2 992 761 37 16,468 0.3%
PO3 1,458 1,106 52 23,794 0.5%
PO4 1,091 838 41 18,148 0.3%
NOx emissions (tonnes of NOx avoided)
PO1 485 377 93 7,727 0.1%
PO2 986 749 194 16,221 0.1%
205 The unit costs from the 2019 Handbook on external costs of transport (Handbook on the external costs of transport -
Publications Office of the EU (europa.eu)) have been used to monetise the external costs. 206 The unit costs from the 2019 Handbook on external costs of transport (Handbook on the external costs of transport -
Publications Office of the EU (europa.eu)) have been used to monetise the external costs.
58
2030 2040 2050 Cumulative over 2028-
2050
% change to baseline
PO3 1,532 1,142 271 23,929 0.2%
PO4 1,097 833 212 17,911 0.1%
PM2.5 emissions (tonnes of PM avoided)
PO1 27 19 4 437 0.1%
PO2 57 43 12 980 0.2%
PO3 89 65 19 1,498 0.2%
PO4 63 47 13 1,080 0.2%
Source: Ricardo et al. (2026), Impact assessment support study; ASTRA model
Impacts on external costs of noise emissions. The savings in external costs ofnoise emissions, expressed as
present value over 2028-2050 relative to the baseline, are also estimated to be highest in PO3 (EUR 2.1 billion),
followed by PO4 (EUR 1.7 billion), PO2 (EUR 1.5 billion) and PO1 (EUR 0.7 billion) 207.
Table 21: Impacts on external costs of CO2 emissions, air pollution emissions and noise emissions in the POs
relative to the baseline (EU27), expressed as present value over 2028-2050, in million EUR (2024 prices) Difference to baseline
PO1 PO2 PO3 PO4
Savings in external costs of CO2 emissions 2,367 4,696 6,778 5,176
Savings in external costs of air pollution emissions 218 455 670 502
Savings in external costs of noise emissions 735 1,509 2,146 1,663
Source: Ricardo et al. (2026), Impact assessment support study; ASTRA model
All policy options are consistent with the environmental objectives of the European Green Deal and the
European Climate Law208. All policy options contribute towards Sustainable Development Goal
SDG#13 (“Climate Action”) and SDG#3 (“Ensure healthy lives and promote wellbeing for all at all ages”,
including target 3.9: By 2030, substantially reduce the number of deaths and illnesses from hazardous
chemicals and air, water and soil pollution and contamination.). No significant harm is expected on the
environment in any of the policy options.
6.4. Summary of the economic, social and environmental impacts
The table below provides a summary of the comparison of the options against the baseline scenario in terms
of economic, social and environmental impacts. The following ranking symbols have been used: from ‘0’ (no
impact relative to the baseline), to '+' (more positive than the baseline) and '+++' (much more positive than the
baseline).
Table 22: Comparison of options in terms of economic, social and environmental impacts relative to the
baseline PO1 PO2 PO3 PO4
Economic impacts + ++ ++/+++ ++
MDMS platforms (in EUR million, expressed as present
value over 2028-2050 relative to the baseline)
- + + --
Adjustment costs 92.9 127.7 122.3 282.3
Administrative costs 0.5 0.5 0.5 0.5
Adjustment cost savings 13.0 149.0 134.0 142.7
Net costs (-) or net benefits (+) for MDMS platforms -80.4 20.9 11.3 -140.0
Transport operators (in EUR million, expressed as
present value over 2028-2050 relative to the baseline)
+ ++ ++ ++
207 The unit costs from the 2019 Handbook on external costs of transport (Handbook on the external costs of transport -
Publications Office of the EU (europa.eu)) have been used to monetise the external costs. 208 Regulation (EU) 2021/1119 establishing the framework for achieving climate neutrality.
59
PO1 PO2 PO3 PO4
Adjustment costs 0.0 48.2 42.2 45.2
Administrative costs0.001 0.001 0.001 0.001
Adjustment cost savings13.0 149.0 134.0 142.7
Net benefits for transport operators 13.0 100.9 91.8 97.6
National authorities in EUR million, expressed as
present value over 2028-2050 relative to the baseline)
-- -- -- --
Enforcement costs 106.5 106.5 106.5 106.5
Administrative costs 28.9 28.9 28.9 28.9
Net costs for national authorities 135.4 135.4 135.4 135.4
European Commission (in EUR million, expressed as
present value over 2028-2050 relative to the baseline)
- - - -
Adjustment costs 5.3 5.3 5.3 5.3
Net costs for European Commission 5.3 5.3 5.3 5.3
Impacts on SMEs* (in EUR million, expressed as present
value over 2028-2050 relative to the baseline)
+ ++ ++ ++
Adjustment cost savings for SME MDMS platforms 9.2 101.0 90.5 95.7
Net benefits for SME MDMS platforms 9.2 101.0 90.5 95.7
Adjustment cost savings for SME transport operators 9.4 107.0 96.1 102.5
Net benefits for SME transport operators 9.4 107.0 96.1 102.5
Impacts on user costs and congestion (in EUR million,
expressed as present value over 2028-2050 relative to the
baseline)
++ ++ +++ +++
Savings in external costs of road congestion 1,758 4,352 6,438 4,833
Impacts on competitiveness + ++ ++ ++
Impact on the functioning of the internal market and
competition
+ ++ ++ ++
Impact on innovation + ++ +++ ++
Digital by default ++ ++ ++ ++
Impact on tourism + ++ +++ ++
Territorial impacts + ++ +++ ++
Social impacts + ++ ++/+++ ++
Impacts on health (in EUR million, expressed as present
value over 2028-2050 relative to the baseline)
+ ++ +++ ++
Savings in external costs of air pollutant emissions218 455 670 502
Impacts on employment + ++ ++ ++
Impact on safety + ++ +++ ++
Fatalities reduction (number of lives saved, cumulative over
2028-2050 relative to the baseline)
731 1,480 2,113 1,616
Injuries reduction (number of injuries avoided, cumulative
over 2028-2050 relative to the baseline)
49,421 94,945 136,909 107,317
Impacts on fundamental rights + + + +
Impacts on youth + ++ ++ ++
Environmental impacts + ++ ++/+++ ++
CO2 emissions saved (in million tonnes, cumulative over
2028-2050 relative to the baseline)
8.3 16.5 23.8 18.1
Air pollutant emissions saved (in thousand tonnes,
cumulative over 2028-2050 relative to the baseline)
7.7 (NOx)
0.4 (PM2.5)
16.2 (NOx)
1 (PM2.5)
23.9 (NOx)
1.5 (PM2.5)
17.9 (NOx)
1.1 (PM2.5)
Savings in external costs of noise emissions (in EUR
million, expressed as present value over 2028-2050 relative
to the baseline)
735 1,509 2,146 1,663
Note: *Impacts on SMEs overlap with impacts on MDMS platforms and transport operators. This is because part of
MDMS platforms and transport operators are SMEs.
60
7. HOW DO THE OPTIONS COMPARE?
7.1. Effectiveness
The assessment of effectiveness looks at the extent to which the policy options meet the general and specific
objectives (SO) of the intervention. Table 23 presents the link between the policy objectives and the
assessment criteria.
Table 23: Link between objectives and assessment criteria General objectives Specific objectives Assessment criteria
GO1 – Promote rail single ticketing
for multi-operator journeys and
thereby enhance attractiveness of rail
to increase sustainability of the
transport system and support modal
shift
GO2 – Better functioning of the
ticket distribution market,
contributing to the competitiveness
and the functioning of the transport
services market
SO1 – Improve transparency and
establish a level playing field for
transport operators in terms of access
and use of indispensable MDMS
- Increase in the number of
agreements between platforms and
transport operators indicating a
better functioning of the
distribution markets (B2B and
B2C)
- Decrease in average expenditure
per person for interurban mobility,
due to increase in competition
resulting from better access and
use of indispensable MDMS for
transport operators
SO2 – Improve completeness of rail
offer on MDMS platforms, including
indispensable RU platforms
- Increase in the transport activity
by rail due to better visibility and
access to these services
Overall, all policy options are expected to contribute to the general objectives of promoting rail single
ticketing for multi-operator journeys and better functioning of the online ticket distribution market
although to various degrees.
Concerning SO1 (Improve transparency and establish a level playing field for transport operators in terms of
access and use of indispensable MDMS), the number of agreements between MDMS platforms and transport
operators compared to the baseline can provide a relevant indication of the extent to which operators are
integrated on indispensable MDMS platforms (both B2B and B2C). All policy options show an increase in
the number of agreements between platforms and transport operators in the period 2030-2050. PO2 shows the
highest increase relative to the baseline in 2030 and 2040 (42% increase in 2030 and 125% in 2040), followed
by PO4 (41% increase in 2030 and 117% increase in 2040) and PO3 (40% increase in 2030 and 110% increase
in 2040). In 2050, PO2, PO3 and PO4 show similar increase in the number of agreements relative to the
baseline (97% increase). The contribution of PO1 towards SO1 is much more limited (3% increase in 2030,
11% increase in 2040 and 5% in 2050). In addition, the decrease in the average expenditure per person for
interurban mobility can reflect an increase in competition resulting from better access and use of indispensable
MDMS and indispensable RU platforms for transport operators. PO3 shows the highest decrease in the
average expenditure per person compared to the baseline (0.06% in 2030 and 0.34% in 2050), followed by
PO4 (0.04% decrease in 2030 and 0.28% in 2050) and PO2 (0.03% decrease in 2030 and 0.24% in 2050).
PO1 shows limited impacts (0.01% decrease in 2030 and 0.05% in 2050). Thus, PO2, PO3 and PO4 contribute
significantly towards SO1, while the contribution of PO1 is more limited.
Concerning SO2 (Improve completeness of rail offer on MDMS platforms, including indispensable RU
platforms), the increase in the transport activity by rail, compared to the baseline, can serve as a meaningful
indicator of passengers’ ability to find, compare, and purchase rail tickets. PO3 shows the highest contribution
towards SO2 with a 2.5% increase in transport activity by rail in 2030, and 4.8% in 2050, relative to the
baseline. The combined effect of the obligation for indispensable RU platforms to integrate requesting
operators (PM14) with the obligation for indispensable RUs to share their tickets (PM13), only included in
61
PO3 can explain this result. The sharing obligation is necessary to allow platforms to create a complete
overview of the rail services offer for passengers – in terms of both connections and fares – to sell tickets and
to combine tickets of different operators into single journeys. Such complete ticketing offer is likely to
materialise on independent platforms, whose business model is to sell their services to any RU and attract as
many users as possible. Incumbent platforms, on the other hand, could already host a larger number of
operators, but decide not to do so and are unlikely to change their behaviour because of the sharing obligation.
In this context, if passengers were able to easily compare the platforms’ offers and detect which ones are
incomplete and what is missing; if they were willing to modify their purchasing habits; and if they were ready
to trust the reliability and security of alternative online distribution services, the sharing obligation would go a
long way towards providing passengers with a satisfactory solution. However, in most Member States,
notwithstanding the presence of independent platforms, the platform owned by the incumbent RU is still the
go-to platform for passengers wishing to buy a ticket. Where these websites sell tickets of some other
companies, but not all, it is difficult for passengers to see that they are being presented with an incomplete
offer, making it unlikely that passengers would switch to another platform. Even if the use of AI tools would
help passengers in revealing more convenient offers, habits are not easily changed and confidence in
alternative purchasing channels is not easily established. Against this background, it is unlikely that third-party
platforms would quickly gain the necessary size to challenge the role of the incumbent platform and to be able
to offer a meaningful alternative to RUs wishing to have their tickets distributed. Whilst the sharing obligation
will support the longer-term development of independent ticketing platforms, the hosting obligation is
important to ensure that passengers and new entrant operators can already find the intermediation services
they need in the short-term.
In PO4 and PO2 the impacts are more limited (1.9% increase in the transport activity by rail in 2030 and 4%
in 2050 relative to the baseline in PO4; and 1.7% increase in the transport activity by rail in 2030 and 3.7% in
2050 relative to the baseline in PO2) and thus also the contribution towards SO2. PO1 shows limited impact
(1% increase in the transport activity by rail in 2030 and 1.8% in 2050 relative to the baseline) and thus
contribution towards SO2.
To conclude, PO3 is the most effective option, since it achieves not only a higher modal shift than PO2 by
about 30% by 2050, but is expected to achieve a 40% higher modal shift than PO2 by 2030 bringing not only
more benefit, but also attaining them earlier in time.
7.2. Efficiency
Efficiency concerns the ‘extent to which objectives can be achieved for a given cost (cost effectiveness)’. The
costs and benefits in this section are presented in two alternative ways: excluding external costs savings and
including external costs savings due to modal shift. This approach is used for acknowledging the uncertainty
related to the estimated modal shift. It should however be noted that excluding external costs savings represents
an extremely conservative approach. As indicated in section 6.1.6, modal shift is largely induced by the
various type of savings that consumers might be able to achieve thanks to the policy measures: less time spent
on search engines, shorter travel time thanks to better travel connections and more convenient fares. These
combined savings make railways a comparatively more attractive option than other modes. Because of the
uncertain quantification of these savings, a choice was made of providing a qualitative assessment, but not a
quantified estimate. Accordingly, only the external cost savings of the modal shift were quantified, or, in other
words only the benefits to society but not those to individual users. This already produces a very conservative
estimate and likely underestimation of the benefits from modal shift. In addition, sensitivity analysis regarding
the potential modal shift has been performed and it is presented in section 7.6.
The estimates of costs and benefits excluding external costs savings are summarised in Table 24.
62
Table 24: Summary of costs and benefits of policy options, excluding external costs savings - present value
over 2028-2050 compared to the baseline (in million EUR, 2024 prices) Difference to baseline
PO1 PO2 PO3 PO4
MDMS platforms
Adjustment costs 92.9 127.7 122.3 282.3
Administrative costs 0.5 0.5 0.5 0.5
Adjustment cost savings 13.0 149.0 134.0 142.7
Transport operators
Adjustment costs 0.0 48.2 42.2 45.2
Administrative costs 0.001 0.001 0.001 0.001
Adjustment cost savings 13.0 149.0 134.0 142.7
European Commission
Adjustment costs 5.3 5.3 5.3 5.3
National authorities
Enforcement cost 106.5 106.5 106.5 106.5
Administrative costs 28.9 28.9 28.9 28.9
Total costs 234 317 306 469
Total benefits 26 298 268 285
Net costs 208 19 38 183
Benefits to costs ratio 0.1 0.9 0.9 0.6
Source: Ricardo et al. (2026), Impact assessment support study
Total costs are projected to be the lowest in PO1, estimated at EUR 234 million expressed as present value
over 2028-2050 relative to the baseline, followed by PO3 (EUR 306 million) and PO2 (EUR 317 million).
PO4 presents significantly higher costs, estimated at EUR 469 million relative to the baseline, due to the
introduction of the unbundling obligation (PM15). Adjustment costs for MDMS platforms represent 40%
of the total costs in PO1, PO2 and PO3 and 60% in PO4 (due to the unbundling obligation). Of these, the
costs for setting up and maintaining an API by B2C MDMS platforms to share non-personal data for
mobility management with public authorities (PM7) represent 23% of the total costs in PO1, PO2 and PO3,
and 15% in PO4. Enforcement costs for national authorities, for monitoring the online ticketing market for
potential entities with SMP as well as the correct implementation of the legislation, represent another 45% of
the total costs in PO1, 34% in PO2, 35% in PO3 and 23% in PO4. In addition, administrative costs for
national authorities, for the designation of indispensable MDMS platforms and RUs represent 12% of the
total costs in PO1, 9% in PO2 and in PO3, and 6% in PO4. Other significant share of total costs in PO2,
PO3 and PO4 relates to adjustment costs associated to the obligation to share (PM13), representing 15% of
the total costs in PO2, 14% in PO3 and 10% in PO4.
When excluding external costs savings, the estimated total benefits are linked to the introduction of
commercial agreement rules for indispensable MDMS platforms (PM11) and indispensable RUs (PM12)
with third parties that are expected to streamline the negotiation processes. PO1 shows the lowest total
benefits estimated at EUR 26 million relative to the baseline (expressed as present value over 2028-2050).
PO2, PO3 and PO4 show significantly higher benefits (EUR 298 million in PO2, EUR 268 million in PO3
and EUR 285 million in PO4).
Excluding external costs savings, all policy options are projected to result in net costs relative to the baseline.
The net costs are estimated at EUR 208 million in PO1 relative to the baseline, expressed as present value
over 2028-2050, at EUR 19 million in PO2, EUR 38 million in PO3 and EUR 183 million in PO4. PO2
and PO3 show the highest benefits to costs ratio (0.9), followed by PO4 (0.6) and PO1 (0.6). However,
as indicated, above, the policy options are also expected to generate significant benefits for consumers by
reducing search costs and fostering greater competition in both the platform and transport markets. By
enabling travellers to find, compare, and purchase tickets in a single location, the policy options would
eliminate the need to conduct lengthy searches across multiple platforms. This simplification of the purchasing
63
process enhances convenience, transparency, and efficiency for consumers. Although not possible to quantify,
the overall impact on consumers’ costs savings would be the strongest, as well as the quickest to materialise,
in the case of PO3. PO4 would come second in terms of overall impact but its effects would unfold more
gradually, due to the need to restructure the business of indispensable platforms following unbundling. PO2
would have a more moderate impact, since the cost reduction would be generated by the action of independent
platforms that have a much smaller customer base, although this would grow in time. Finally, only a
negligeable impact on user search cost savings can be expected to result from PO1, which would change the
presentation, but not the scope of the ticketing offer on the platforms. Taking into account the impacts on
user search costs savings, that were not possible to quantify, the highest benefits to costs ratio among
the policy options is thus expected to be achieved in PO3.
When also considering the external costs savings (see Table 25), all policy options show significant total
benefits, linked to external costs savings and the introduction of commercial agreement rules for
indispensable MDMS platforms (PM11) and indispensable RUs (PM12) with third parties that are expected
to streamline the negotiation processes. PO1 shows the lowest total benefits estimated at EUR 12.7 billion
relative to the baseline (expressed as present value over 2028-2050). PO2, PO3 and PO4 show significantly
higher benefits (EUR 26.1 billion in PO2, EUR 37.6 billion in PO3 and EUR 28.9 billion in PO4) mainly
due to the higher reduction in external costs. PO3 achieves the highest reduction in external costs, as it is
projected to result in a more significant shift towards rail and coach. External costs saving represent around
99% of the total benefits in all policy options.
Overall, when also considering the external costs savings, all policy options result in net benefits relative to
the baseline. The net benefits are estimated at EUR 12.5 billion in PO1 relative to the baseline, expressed
as present value over 2028-2050, at EUR 25.8 billion in PO2, EUR 37.3 billion in PO3 and EUR 28.5
billion in PO4. PO3 shows the highest benefits to costs ratio (123), followed by PO2 (82), PO4 (62) and
PO1 (54). As explained above, the impacts on user search costs were not possible to quantify but they are
expected to further reinforce the fact that PO3 shows the highest benefits to costs ratio among the options.
Table 25: Summary of costs and benefits of policy options, including external costs savings - present value
over 2028-2050 compared to the baseline (in million EUR, 2024 prices) Difference to baseline
PO1 PO2 PO3 PO4
MDMS platforms
Adjustment costs 92.9 127.7 122.3 282.3
Administrative costs 0.5 0.5 0.5 0.5
Adjustment cost savings 13.0 149.0 134.0 142.7
Transport operators
Adjustment costs 0.0 48.2 42.2 45.2
Administrative costs 0.001 0.001 0.001 0.001
Adjustment cost savings 13.0 149.0 134.0 142.7
European Commission
Adjustment costs 5.3 5.3 5.3 5.3
National authorities
Enforcement cost 106.5 106.5 106.5 106.5
Administrative costs 28.9 28.9 28.9 28.9
External cost savings 12,685 25,820 37,329 28,644
CO2 emissions 2,367 4,696 6,778 5,176
Air pollutants 218 455 670 502
Fatalities and injuries 7,606 14,807 21,297 16,470
Road congestion 1,758 4,352 6,438 4,833
Noise 735 1,509 2,146 1,663
Total costs 234 317 306 469
Total benefits 12,711 26,118 37,597 28,930
64
Difference to baseline
PO1 PO2 PO3 PO4
Net benefits 12,477 25,801 37,291 28,461
Benefits to costs ratio 54 82 123 62
Source: Ricardo et al. (2026), Impact assessment support study
7.3. Coherence
Internal coherence assesses how various elements of the policy options function together to achieve the
objectives. All policy options address the identified specific objectives and underlying problem drivers and
ensure internal coherence. They do so however to a different extent, and via various levels of intervention.
PO1 leaves more flexibility but still includes measures to ensure fair and neutral display of data, as well as
rules on commercial agreements for indispensable MDMS and RUs. While PO1 is expected to support the
development of a more comprehensive multimodal market, it does not provide transport operators access to
indispensable RU platforms (included in SO1) and does not improve completeness and transparency of
information on all MDMS platforms (SO2) to the same extent as other POs. PO2 would enable access to a
complete rail offer on independent platforms, currently holding an estimated 3% distribution market share in
the EU. PO3 would enable travellers to find, compare, combine and purchase rail and multimodal tickets
seamlessly also on the incumbent platforms, which hold a much larger market share. This would generate a
larger shift towards greener travel options, as shown in section 6.3. While PO4 provides an alternative that
also fulfils all specific objectives it mandates indispensable RUs to unbundle their distribution and operational
services resulting in significantly higher costs, as described in section 6.4.
External coherence all policy options demonstrate strong external coherence with the existing EU and
national policy frameworks (identified in section 1.3), ensuring alignment with broader transport, digital, and
consumer protection objectives while avoiding regulatory overlaps or contradictions. All policy options have
been designed to complement and reinforce key EU instruments, such as the ITS Directive209 and its
Delegated Regulation on MMTIS210, fostering the development of multimodal travel information services.
All policy options also align with horizontal digital policies such as the DSA211 (especially its Article 27)
which reinforce transparency in ranking algorithms, a principle further strengthened by the neutrality
requirements for MDMS platforms. In addition, all policy options complement the DMA212, by applying
similar requirements to gatekeeping transport ticketing platforms that are not covered by the DMA. All POs
will be further supported by other EU instruments such as the AI Act, complementing action of all POs by
imposing rules on AI systems used by MDMS platforms when displaying targeted offers to consumer needs,
and therefore ensuring safety and transparency of MDMS platforms’ algorithms. Similarly, the upcoming
Digital Fairness Act will complement all POs by preventing problematic practices in online spaces, such as
MDMS platforms, by prohibiting the use of dark patterns or addictive design of platform algorithms.
PO2, PO3 and PO4 however better address the issue of access to real-time fare data, a critical component for
seamless ticketing in rail and are thus more coherent with a sustainable and prosperous Union, one of the key
political objectives of the European Commission for the 2024-2029 mandate. The analysis underlines that
whilst some measures mandate contractual agreements, the overarching objective to ensure that passengers
can access a complete mobility offer can justify the interference in the freedom to conduct business as long as
it contributes to increasing multimodality and support the development of a SERA, without imposing undue
burdens.
209 OJ L, 2023/2661 210 OJ L, 2024/490 211 OJ L 277, 27.10.2022, pp. 1–102 212 OJ L 265, 12.10.2022, pp. 1–66
65
7.4. Subsidiarity and proportionality
EU level action can be justified from the perspective of subsidiarity for a number of reasons, including if the
objectives of the proposed action cannot be sufficiently achieved by the Member States acting on their own
and/or if the action can be implemented more successfully at the EU level. For the policy options under
assessment, both of these points apply. While MDMS services can be developed at regional or national level,
the continuity of the EU transport system requires an EU-wide approach, particularly in rail. With RUs
benefiting from longstanding operational monopolies extending into their distribution networks, the European
rail ticketing market is particularly fragmented, proposing inconsistent rail service offerings across Member
States. This creates barriers to seamless international travel and limits the effectiveness of multimodal transport
solutions. EU-level intervention can help overcome these obstacles by harmonising data-sharing practices and
fostering competition.
All POs are in line with the principle of subsidiarity, although the rules mandating parties to enter into
commercial agreements included in PO2, PO3 and PO4, and the unbundling obligation included in PO4 mean
that these are more likely to deliver the objectives of the initiative than PO1 (which is not expected to
fundamentally increase the number of commercial agreements between parties, and therefore allow for a more
comprehensive transport offer on platforms).
All policy options comply with the principle of proportionality. PO1 takes a light touch approach to
address the three specific objectives and therefore does not risk be considered disproportionate. PO2
introduces a sharing obligation fostering access to a complete rail offer on independent platforms. This is a
more stringent measure which is however only imposed on RUs dominating the operational services market
as illustrated in All incumbent RUs (except in PL, see Error! Not a valid bookmark self-reference.) have
Significant Market Presence (SMP) in the national transport service market, i.e. a market share above 50%
in terms of passenger kilometres. All of them also have one or more digital ticket sales channels, 19 of which
are MDMS platforms as they also sell tickets of other RUs or operators in other modes, while only 6 sell
their own tickets and are greyed out in the chart. The platforms owned by incumbent RUs have a very large
customer base and are the standard reference for rail ticket customers. National competition authorities and
economic studies consistently show that the vast majority of consumer searches and online ticket sales are
concentrated on the RUs with SMP’s proprietary digital channels (websites and mobile applications), while
third-party ticketing platforms account for only a limited share of transactions. For example, the 2021 report
of the Monopolkommission shows that among major online platforms for long-distance rail tickets in
Germany, about 90% of website visits go to Bahn.de, indicating DB’s dominant position in online
distribution markets. This renders the incumbent platforms an indispensable distribution channel for any rail
operator offering transport services in the respective national market. This is particularly the case of
platforms that sell tickets of multiple RUs, as customers may not realise that their offer is incomplete and are
thus less likely to make alternative searches. On the other hand, when it is clear for customers that they must
look elsewhere to access tickets of competing RUs, they are more likely to use competitors’ or independent
platforms. Accordingly, in the rest of this document, the ticketing platforms owned by incumbent RUs (the
19 in blue in Figure 4) are referred to as ‘indispensable RU platforms’, but not when they do not sell third
party tickets (the 6 in grey in Figure 4).
Figure 4. One-off costs for the connection to relevant IT systems will be borne by requesting platforms and
commission fees (to be paid by the RU to the platform) only arise when tickets are sold. The costs for RUs are
thus kept to the necessary minimum. The sharing obligation is necessary because a significant part of RUs
have few incentives to sell a complete offer of tickets via third parties, especially when they reserve some
offers for the clients of their vertically integrated platform or when the focus of their business is on local
passengers mostly reached through their own distribution channels. PO3 further increases the availability of
rail tickets for passengers by introducing a hosting obligation on indispensable RU platforms justified by the
SMP these platforms enjoy through the vertical integration with a RU dominant in the operational services
66
market. The hosting obligation only applies to companies that are already active in distributing tickets of other
companies. Such platforms would be required to offer the same kind of service, in a non-discriminatory
fashion, to other requesting operators in the same Member State. The hosting obligation thus does not require
a change in business model. This targeted intervention is proportionate to the policy objectives, addressing a
clear market failure where indispensable RU platforms dominate both rail operations and distribution, thereby
restricting competition and consumer choice. The measure is necessary because voluntary approaches have
failed to deliver seamless multimodal access: vertically integrated platforms see themselves primarily as rail
operators, more interested in limiting competition on the railway services market than in expanding their
business in the platform market. PO3 strikes a balance by leveraging existing passenger gateways – requiring
indispensable RU platforms to host third-party tickets – without imposing organisational separation. This
ensures consumers enjoy easy access to rail and multimodal tickets, competitors face a level playing field and
indispensable RUs retain their dominant platforms but cannot exclude competing railway undertakings. PO3
complies with EU proportionality principles, being suitable, necessary, and non-excessive in achieving its
goals. Thus, it represents a measured, effective solution aligned with SERA and EU transport policy
objectives. PO4 possibly goes somewhat beyond what is necessary to reach the objectives by requiring rail
incumbents to unbundle their distribution and operational services, which would result in much higher costs.
7.5. Summary of the effectiveness, efficiency, coherence, subsidiarity and
proportionality
The table below provides a summary of the comparison of the options against the baseline scenario in terms
of effectiveness, efficiency, coherence, subsidiarity, and proportionality. The following ranking symbols have
been used: from '+' (more effective/efficient/coherent/proportionate than the baseline) to '+++' (much more
effective/efficient/coherent/proportionate than the baseline).
Table 26: Comparison of options in terms of effectiveness, efficiency, coherence, subsidiarity and
proportionality relative to the baseline (from + to +++)
Criterion PO1 PO2 PO3 PO4
EFFECTIVENESS + ++ +++ ++
SO1: Improve transparency and establish a level playing field for transport operators in terms of access and use of
indispensable MDMS % increase in the number
of agreements between
platforms and transport
operators relative to the
baseline, indicating a better
functioning of the online
distribution markets
3% increase in
2030, 11% increase
in 2040 and 5%
increase in 2050
relative to the
baseline
42% increase in
2030, 125%
increase in 2040 and
97% increase in
2050 relative to the
baseline
40% increase in
2030, 110% increase
in 2040 and 97%
increase in 2050
relative to the
baseline
41% increase in
2030, 117%
increase in 2040
and 97% increase
in 2050 relative to
the baseline
% decrease in average
expenditure per person for
interurban mobility relative
to the baseline, due to an
increase in competition
resulting from better access
and use of indispensable
MDMS and indispensable
RU platforms for transport
operators
0.01% decrease in
2030 and 0.05%
decrease in 2050
relative to the
baseline
0.03% decrease in
2030 and 0.24%
decrease in 2050
relative to the
baseline
0.06% decrease in
2030 and 0.34%
decrease in 2050
relative to the
baseline
0.04% decrease in
2030 and 0.28%
decrease in 2050
relative to the
baseline
SO2: Improve completeness of rail offer on MDMS platforms, including indispensable RU platforms % increase in the transport
activity by rail, relative to
the baseline, due to better
1% increase in
transport activity by
rail in 2030 and
1.8% increase in
1.7% increase in
transport activity by
rail in 2030 and
3.7% increase in
2.5% increase in
transport activity by
rail in 2030 and
4.8% increase in
1.9% increase in
transport activity
by rail in 2030 and
4% increase in
67
Criterion PO1 PO2 PO3 PO4
visibility and access to
these services
2050 relative to the
baseline 2050 relative to the
baseline 2050 relative to the
baseline 2050 relative to the
baseline
EFFICIENCY + ++ +++ ++
Benefit to cost ratio,
excluding external costs
savings*
0.1 0.9 0.9 0.6
Benefit to cost ratio,
including external costs
savings
54 82 123 62
COHERENCE ++ ++ ++ ++
SUBSIDIARITY and
PROPORTIONALITY ++ ++ ++ +
Note: Although not possible to quantify, the overall impact on consumers’ costs savings would be the strongest, as well as the quickest
to materialise, in the case of PO3. PO4 would come second in terms of overall impact and but its effects would unfold more gradually,
due to the need to restructure the business of indispensable platforms following unbundling. PO2 would have a more moderate impact,
since the cost reduction would be generated by the action of independent platforms that have a smaller customer base, although this
would grow in time. Finally, only a negligeable impact on user search cost savings can be expected to result from PO1, which would
change the presentation, but not the scope of the ticketing offer on the platforms. Taking into account the impacts on user search costs
savings, that were not possible to quantify, the highest benefits to costs ratio among the policy options is thus expected to be achieved
in PO3.
7.6. Sensitivity analysis
As explained in the introduction to section 6, during the expert workshop and the stakeholders’ workshop used
to validate the inputs used in the ASTRA model, participants indicated the difficulty to derive a modal shift
potential linked to the ability to see all offerings on an MDMS platform and the ability to book all visible travel
options on an MDMS platform, since there have been little relevant applications of similar initiatives that
could allow to deduct lessons. To acknowledge the uncertainty and test the robustness of the results, sensitivity
analysis has been performed on the potential modal shift due to the ability to see all offerings on MDMS
platforms and the ability to book all visible travel options on MDMS platforms. In addition, sensitivity analysis
has been performed on the thresholds to identify B2C MDMS platforms and RUs with SMP, as further
explained below.
Sensitivity analysis on the potential modal shift. A ‘low modal shift’ case has been assessed, assuming half
of the potential identified for modal shift due to the ability to see all offerings on MDMS platforms and the
ability to book all visible travel options on MDMS platforms. The impacts on external costs savings and
efficiency (including external costs savings) are further compared to the ‘base case’ presented in section 6.
More details are presented in section 4 of Annex 4.
The table below shows that this assumption has important impacts on the external costs savings in the ‘low
modal shift’ case relative to the base case. Total external costs savings, expressed as present value over 2028-
2050 relative to the baseline, are 34% lower in the ‘low modal shift’ case relative to the base case in PO1, 37%
lower in PO2, 39% lower in PO3 and 37% lower in PO4.
Table 27: External costs savings in the ‘low modal shift case’ and base case in the POs relative to the baseline
(EU27), expressed as present value over 2028-2050, in million EUR (2024 prices) PO1 PO2 PO3 PO4
Base case
Total external costs savings (in million EUR), of
which:
12,685 25,820 37,329 28,644
CO2 emissions 2,367 4,696 6,778 5,176
Air pollutant emissions 218 455 670 502
68
PO1 PO2 PO3 PO4
Fatalities and injuries 7,606 14,807 21,297 16,470
Road congestion 1,758 4,352 6,438 4,833
Noise emissions 735 1,509 2,146 1,663
Low modal shift case
Total external costs savings (in million EUR), of
which:
8,379 16,255 22,698 17,949
CO2 emissions 1,566 2,975 4,137 3,264
Air pollutant emissions 139 274 389 301
Fatalities and injuries 4,928 9,421 13,087 10,421
Road congestion 1,252 2,616 3,761 2,902
Noise emissions 495 969 1,324 1,061
% change 'low modal shift’ case relative to the base
case
Total external costs savings, of which: -34% -37% -39% -37%
CO2 emissions -34% -37% -39% -37%
Air pollutant emissions -37% -40% -42% -40%
Fatalities and injuries -35% -36% -39% -37%
Road congestion -29% -40% -42% -40%
Noise emissions -33% -36% -38% -36%
Source: Ricardo et al. (2026), Impact assessment support study
Although this assumption has important impacts on the total external costs savings, it is expected to have no
impact on other adjustment costs savings for MDMS platforms and transport operators and on the total costs.
The table below presents the impacts on total benefits (including external costs savings), total costs, net
benefits and benefits to costs ratio by policy option in the base case and ‘low modal shift’ case. It shows that
all policy options are still expected to result in net benefits in the ‘low modal shift’ case considered. It also
shows that the ranking of the policy options is not expected to change in the ‘low modal shift’ case relative to
the base case estimates.
Table 28: Summary of costs and benefits of policy options, including external costs savings, in the ‘low modal
shift case’ and base case, expressed as present value over 2028-2050 compared to the baseline (in million
EUR, 2024 prices) PO1 PO2 PO3 PO4
Base case
Total costs 234 317 306 469
Total benefits, of which: 12,711 26,118 37,597 28,930
Adjustment costs savings for MDMS platforms and
transport operators
26 298 268 285
External costs savings 12,685 25,820 37,329 28,644
Net benefits 12,477 25,801 37,291 28,461
Benefits to costs ratio 54 82 123 62
Low modal shift case
Total costs 234 317 306 469
Total benefits, of which: 8,405 16,553 22,966 18,234
Adjustment costs savings for MDMS platforms and
transport operators
26 298 268 285
External costs savings 8,379 16,255 22,698 17,949
Net benefits 8,171 16,236 22,660 17,766
Benefits to costs ratio 36 52 75 39
Source: Ricardo et al. (2026), Impact assessment support study
Sensitivity analysis on the thresholds to identify B2C MDMS platforms and RUs with SMP. A ‘low
SMP threshold’ case has been assessed, assuming that the EU level SMP threshold is lowered from 10% to
69
5%. This would bring three additional OTAs into scope as indispensable MDMS (Etraveli group,
Booking.com, Trip.com Group). The impacts on costs and costs savings are further compared to the base case
presented in section 6.
The ‘low SMP threshold’ case results in three more platforms needing to submit information to national
authorities (PM10), leading to some additional administrative costs (EUR 0.8 million one-off administrative
costs in the ‘low SMP threshold case’ in all POs relative to EUR 0.5 million in the base case). It also requires
more platforms to comply with commercial agreement rules for indispensable MDMS (PM11), leading to
additional cost savings for MDMS platforms and transport operators relative to the base case (3% higher
adjustment costs savings in PO1 and 6% higher adjustment costs savings in PO2, PO3 and PO4 relative to the
base case, expressed as present value over 2028-2050) as shown in the table below.
Table 29: Administrative costs and adjustment costs savings for MDMS platforms and transport operators
due to PM10 and PM11 in the ‘low SMP threshold case’ and base case in the POs relative to the baseline
(EU27), expressed as present value over 2028-2050, in million EUR (2024 prices) PO1 PO2 PO3 PO4
Base case
MDMS platforms
Administrative costs for the designation of indispensable
MDMS and Rus (PM10)
0.5 0.5 0.5 0.5
Adjustment cost savings for commercial agreement rules for
indispensable MDMS (PM11)
12.0 136.1 122.3 130.4
Transport operators
Adjustment cost savings for commercial agreement rules for
indispensable MDMS (PM11)
12.0 136.1 122.3 130.4
Low SMP threshold case
MDMS platforms
Administrative costs for the designation of indispensable
MDMS and Rus (PM10)
0.8 0.8 0.8 0.8
Adjustment cost savings for commercial agreement rules for
indispensable MDMS (PM11)
12.4 144.2 129.8 138.3
Transport operators
Adjustment cost savings for commercial agreement rules for
indispensable MDMS (PM11)
12.4 144.2 129.8 138.3
% change 'low SMP threshold' case relative to the base case
MDMS platforms
Administrative costs for the designation of indispensable
MDMS and Rus (PM10)
75% 75% 75% 75%
Adjustment cost savings for commercial agreement rules for
indispensable MDMS (PM11)
3% 6% 6% 6%
Transport operators
Adjustment cost savings for commercial agreement rules for
indispensable MDMS (PM11)
3% 6% 6% 6%
Source: Ricardo et al. (2026), Impact assessment support study
The table below shows the impacts on total benefits (including external costs savings), total costs, net
benefits and benefits to costs ratio by policy option in the base case and ‘low SMP threshold’ case. It shows
that all policy options are still expected to result in net benefits in the ‘low SMP threshold’ case considered. It
also shows that the ranking of the policy options is not expected to change in the ‘low SMP threshold’ case
relative to the base case estimates.
70
Table 30: Summary of costs and benefits of policy options, including external costs savings, in the ‘low SMP
threshold case’ and base case, expressed as present value over 2028-2050 compared to the baseline (in million
EUR, 2024 prices) PO1 PO2 PO3 PO4
Base case
Total costs 234.1 317.0 305.6 468.6
Total benefits 12,710.7 26,117.9 37,596.7 28,929.8
Net benefits 12,476.7 25,800.9 37,291.1 28,461.3
Benefits to costs ratio 54.3 82.4 123.0 61.7
Low SMP threshold case
Total costs 234.4 317.3 306.0 468.9
Total benefits 12,711.5 26,134.2 37,611.9 28,945.6
Net benefits 12,477.0 25,816.9 37,305.9 28,476.6
Benefits to costs ratio 54.2 82.4 122.9 61.7
Source: Ricardo et al. (2026), Impact assessment support study
8. PREFERRED OPTION
8.1. Identification of the preferred policy option and stakeholder views
All policy options address the problems identified, their drivers and the specific objectives. However, some
options are more effective in achieving the specific and general objectives than others. As explained in section
7.1 and shown in section 7.5, PO3 is the most effective policy optionin reaching the policy objectives. PO2
and PO4 also contribute significantly to the policy objectives, while PO1 shows a more limited contribution.
PO3 is also the most efficient of the four policy options as it presents the highest benefits to costs ratio (0.9
excluding external costs savings213 and 123 including external costs savings).
All policy options examined in this impact assessment demonstrate internal coherence, aligning with the
overarching objectives of promoting fair competition, enhancing consumer choice, and ensuring seamless
access to multimodal travel information and ticketing. PO3 enables travellers to search, compare, combine,
and purchase rail and multimodal tickets seamlessly, including on indispensable RU platforms that dominate
the market. By integrating these functionalities into existing high market share platforms, this option
maximises consumer reach while ensuring compliance with fairness and transparency requirements. It strikes
a balance between market-led innovation and regulatory oversight, reducing fragmentation in the ticketing
system. Each option has been designed to ensure full external coherence and seek synergies with existing
EU legislation while addressing identified gaps in the current framework.
All options respect the subsidiarity principle, contributing to harmonising the legal framework and fostering
cross-border ticketing platforms, albeit at different levels of ambition, with PO3 allowing for a higher level of
competition in the rail distribution market. With respect to proportionality, PO3 achieves best the objectives
of the initiative. PO3 is much more effective than PO2 since the addition of the ‘hosting obligation’ increases
very substantially the number of passengers who benefit from the policy measures and the market impact of
the proposal. On the other hand, the hosting obligation does not impose a change in the business model of the
indispensable platforms, nor would it negatively affect their business. The hosting obligation only imposes
open access and non-discriminatory treatment of the client RUs, which is a proportionate requirement for
entities with such high market share. PO4 has similar results to PO3, but at the higher cost of the unbundling
and organisational restructuring of vertically integrated entities. Although all policy options comply with the
principle of proportionality, PO4 possibly goes somewhat beyond what is necessary to reach the objectives.
213 Excluding external costs savings, PO2 and PO3 both result in a benefit to cost ratio of 0.9. However, although not
possible to quantify, the overall impact on consumers’ costs savings would be the strongest, as well as the quickest to
materialise, in the case of PO3. Therefore, also when excluding the external costs savings PO3 is expected to be the most
efficient of the four options.
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The analysis above identifies PO3 as the preferred policy option.
Stakeholders’ views on the preferred policy option were collected via many stakeholder consultations
activities, as detailed in Annex 2. The common policy measures assessed in the OPC were welcomed by most
respondents but received less support in the targeted survey conducted in 2025, with MDMS platforms
representing the most sceptical group. In particular, MDMS platforms perceived the introduction of
commercial agreements rules for indispensable MDMS platforms and RUs platforms (PM11) as too
restrictive and not targeting the right stakeholder group, claiming they would have no incentive to block access
to their platform. Similarly, transport operators mostly disagreed with PM12, with indispensable RUs fearing
that requirements on the level of distribution fees would distort the true value of services rendered and
overlook the internal costs borne by transport operators. The sharing obligation (PM13) and the hosting
obligation (PM14) have been supported in the targeted survey by most national authorities and ‘Other’
category, moderately supported by MDMS platforms and mostly opposed by transport operators. Some
indispensable RUs argued that PM13 might create administrative burden and potentially increase ticket prices,
whilst PM14 could increase market concentration. On the contrary, new entrants surveyed emphasized the
need to regulate RUs operational and distribution branches, therefore supporting both PM13 and PM14.
Specifically, PM14 was perceived by new entrant RUs as a game changer, potentially doubling the modal
shift of rail for long-distance travel.
8.2. REFIT (simplification and improved efficiency)
While the initiative introduces a new obligation for Member States to designate indispensable MDMS
platforms and to settle disputes between parties, the additional administrative burden for public authorities is
kept to a minimum. The preferred policy option builds on the fact that Member States already have competent
authorities responsible for resolving disputes in relevant areas, such as competition authorities, transport
regulatory authorities, and rail regulators. Recurrent administrative costs for national authorities for settling
disputes are estimated at EUR 1.53 million per year from 2028 onwards. In addition, one-off administrative
costs for national authorities are expected in relation to the obligation to process notifications from platforms
with SMP and submit this information to the Commission andare estimated at EUR 3.1 million. Expressed
as annualised net present value, additional one-off administrative costs for national authorities amount to EUR
0.36 million.
8.3. Application of the ‘one in, one out’ approach
For the preferred policy option (PO3), two types of costs fall under the ‘one in, one out’ approach: one-off
administrative costs for MDMS platforms and one-off administrative costs for transport operators. They are
further described below. In addition, this section also reports on the one-off and recurrent administrative costs
for national authorities, which fall under the broader scope of the Calculator of Administrative Costs (AC) &
Administrative Burdens (AB).
Additional one-off administrative costs for MDMS platforms. As explained in section 6.1.1, MDMS
platforms need to notify national authorities and/or the Commission upon reaching the SMP thresholds
(PM10). Building on the Impact Assessment of the DMA214, the assumption retained for calculating the cost
incurred on MDMS platforms is that only two full time equivalents (FTEs) would be needed to comply with
the requirement. This is because only one quantitative indicator is requested, and no further qualitative
information is asked to support the decision. The administrative burden is kept to the minimum since the
designation process leverages on information already submitted through the Rail Market Monitoring Scheme.
In this context, RUs must provide information that can support the designation process as MDMS platforms
with SMP. Four MDMS platforms are expected to reach the SMP thresholds in 2028 (the assumed year of
214 SWD(2020) 363 final. The Digital Market Act assumed 20 FTEs per ‘Gatekeeper’ for submission of relevant data to
authorities. In this case, the entities are much smaller than those regulated under the DMA (Apple, Google, etc.) and the
process is expected to be much lighter (platforms only need to notify that they have reached a threshold).
72
implementation) and the one-off cost per platform is estimated at EUR 113,053. This results in one-off
administrative costs borne by MDMS platforms reaching the SMP thresholds, estimated at EUR 0.5 million
relative to the baseline. Expressed as annualised net present value, additional one-off administrative costs
for MDMS platforms amount to EUR 0.06 million per year at EU level.
Additional one-off administrative costs for transport operators. As explained in section 6.1.2, one-off
administrative costs of EUR 1,356 at EU level are expected for RUs with SMP for informing national
authorities about their parent platforms (opened to other RUs) in view of considering them as indispensable
RU platforms (PM10). Expressed as annualised net present value, additional one-off administrative costs
for transport operators amount to EUR 159 per year at EU level.
Additional one-off and recurrent administrative costs for national authorities. As explained in section 6.1.3
and 8.2, one-off administrative costs for national authorities are expected in relation to the obligation to process
notifications from platforms with SMP and submit this information to the Commission and are estimated at
EUR 3.1 million215. Expressed as annualised net present value, additional one-off administrative costs for
national authorities amount to EUR 0.36 million per year. In addition, recurrent administrative costs for
national authorities for settling disputes are estimated at EUR 1.53 million per year from 2028 onwards216.
Thus, the total additional administrative burden for national authorities is estimated at EUR 1.89 million
per year. As explained in sections 6.1.3 and 8.2, efforts have been made to keep these costs as low as possible,
but they remain unavoidable, as they are essential to ensure settling disputes, the processing of notifications
from platforms with SMP and the submission of this information to the Commission.
Overall, the additional administrative burden for businesses and public authorities is estimated at EUR
1.95 million per year at EU level, of which EUR 0.06 million for businesses.
9. HOW WILL ACTUAL IMPACTS BE MONITORED AND EVALUATED
The Commission services will monitor the implementation of these initiatives through a number of actions
and a set of core indicators that will measure progress towards achieving the objectives. In addition, the
National Enforcement Bodies will play a key role in monitoring implementation.
At least five years after the start of implementation of the legislations, the Commission services should carry
out an evaluation to among others verify to what extent the objectives of these initiatives have been reached.
The evaluation should be undertaken at a point in time when sufficient data is available on actual
implementation, so that ex-post it can be assessed whether the initiatives are efficient (what actual benefits are
achieved at what actual cost), effective (whether they meet the objectives), coherent, relevant (whether they
respond to the needs) and EU added value. Also, synergies between the RMB and the RTR will need to be
analysed, together with the interplay with the targeted revision on rail passenger rights, since these initiatives
are very much interlinked.
For the monitoring of Specific Objective 1 (Improve transparency and establish a level playing field for
transport operators in terms of access and use of indispensable MDMS), the Commission will use as an
indicator the number of transport operators distributing transport products on these platforms. This indicator
will be assessed in regular intervals e.g. yearly. It would be a clear indication for a positive trend towards
overcoming distortions of competition and establishing a level playing field for transport operators in terms of
access and use of indispensable MDMS and indispensable RU platforms, if more transport operators are
215 The one-off effort required is estimated at 2 FTEs per Member State in 2028. 216 One full time equivalent (FTE) is assumed to be needed per national authority, with recurrent administrative costs
estimated at EUR 56,527 per national authority. 27 national authorities are considered for calculating the total recurrent
costs.
73
actually using these platforms for offering their transport products. The monitoring of this indicator would be
limited to these indispensable platforms since they have the power to restrict access.
Then another important indicator, which is also used for assessing the effectiveness of the policy options in
meeting SO1, is the number of agreements between platforms and transport operators. An increase in the
number of agreements between MDMS platforms and transport operators would indicate a better functioning
of the online distribution markets. Contrary to the above indicator on the number of transport operators
distributing transport products on indispensable MDMS and indispensable RU platforms, this indicator would
not be limited to only indispensable platforms, but would capture all MDMS platforms, including independent
ones. Therefore the 2 indicators would well complement each other and show market dynamics and the
evolution of the market in terms of transport operators’ access and use of platforms, including indispensable
MDMS and indispensable RU platforms.
Finally, another indicator refers to consumer satisfaction scores on travel information availability and
bookability measured by periodically conducted Eurobarometer surveys. Assuming the start of
implementation in 2028, Eurobarometer surveys would be conducted every 2 years to measure consumer
satisfaction on travel information availability and bookability among European citizens. In order to be able to
compare their results to the results of the Eurobarometer survey conducted in 2024, the same set of questions
would be used. Since Eurobarometer surveys are representative this indicator would provide a very robust
basis to monitor the perception of consumers and therefore a good tool for monitoring progress towards
achieving SO1.
As a complementary indicator the number of sanctions imposed as a result of enforcement activities could
provide an indication on how prevention of unfair practices and fair display is respected. In the context of the
EU enforcement network to support coordination; enforcement authorities will share information on sanctions
allowing for a good basis to monitor progress towards achieving SO1.
The monitoring of Specific Objective 2 (Improve completeness) will be done on the basis of several indicators.
The first indicator which contributes to assessing the effectiveness of the policy options in achieving
SO2, is the number of indispensable RUs present on third-party platforms, measured by the number
of agreements in place. An increase in the number of agreements between indispensable RUs and
third-party platforms would signal improved access to rail offers as it would show that indispensable
RUs are no longer relying mostly on their vertically integrated platforms for the distribution of their
tickets. Another relevant indicator is the number of cross-border rail services for which tickets are available
on third-party platforms. An increase in the number of cross-border services distributed through third-party
platforms would signal a more integrated and competitive market, capturing the evolution of platform
coverage in the fastest-moving segment of rail transport.
The list of indicators and data sources is presented in Annex 12.
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ANNEX 1: PROCEDURAL INFORMATION
1. LEAD DG, DECIDE PLANNING/CWP REFERENCES
The lead DG is Directorate General for Mobility and Transport (DG MOVE), Unit B4, Sustainable &
Intelligent Transport, Unit C3, Single European Rail Area and Unit E1, Aviation Policy.
DECIDE reference number is: PLAN (2025)/708
The development of this initiative was announced under item 12 in Annex I to the Commission Work
Programme 2022217 and under actions 37 and 65 of the Sustainable and Smart Mobility Strategy218, as well
as in the Political Guidelines for 2024-2029.
The evaluation on the Regulation on a Code of Conduct was published on 23 January 2020219. The evaluation
concludes that due to market and technological changes, there are questions as to whether the objectives of
the CRS Code of Conduct are still relevant and whether the CRS Code of Conduct remains fit for purpose.
The Inception Impact Assessment for the Revision of the Code of Conduct on Computerised Reservation
Systems was published on 9 July 2020220.
The Inception Impact Assessment for the initiative on Multimodal Digital Mobility Services was published
on 5 October 2021221.
2. ORGANISATION AND TIMING
The Inter Service Group (ISG) for the impact assessment on the Revision of the Code of Conduct on
Computerised Reservation Systems was set up in on 17 July 2017 as a continuation of the ISG set up for the
2020’s evaluation and included the following DGs and Services: SG, SJ, CNECT, COMP, ENER, GROW,
JUST, TRADE, JRC, ENV and MOVE. In total, 4 meetings of the ISG were organised to discuss the impact
assessment. These meetings took place on 8 September 2020, 23 February 2021, 17 May 2021 and 20 June
2022 (all virtual meetings). Further consultations with the ISG were carried out by e-mail. Members of the
ISG were also invited to regular discussions with the contractor in the context of the CRS impact assessment
support study.
The Inter Service Group (ISG) for the impact assessment on the MDMS initiative was set up in July 2021
and included the following DGs and Services: SG, SJ, AGRI, CLIMA, CNECT, COMP, ENER, GROW,
JRC, JUST, REGIO, RTD, TRADE.
In total, 6 meetings of the ISG were organised to discuss the impact assessment before the first submission
to the Regulatory Scrutiny Board. These meetings took place on 29 September 2021, 19 October 2021, 14
February 2022, 16 June 2022, 13 March 2023, and 13 July 2023 (all virtual meetings).
In both instances, the ISG approved the Impact Assessment roadmap, the Terms of Reference for the
External Support Study and the questionnaire for the OPC and discussed the main milestones in the process,
217COM(2021) 645 final 218 COM(2020)789 final 219 SWD(2020)9 final 220 https://ec.europa.eu/info/law/better-regulation/have-your-say/initiatives/12507-Air-travel-computerised-reservation-
systems-updated-rules-_en 221 https://ec.europa.eu/info/law/better-regulation/have-your-say/initiatives/13133-Multimodal-digital-
mobility- services_en
75
in particular the different deliverables of the support study.
Following the negative opinion of the Board on the IA on the MDMS initiative, two additional ISG
meetings were organised to discuss the revised impact assessment. These meetings took place on 30
August 2024 and 5 March 2026.
3. CONSULTATION OF THE RSB
The Regulatory Scrutiny Board received the draft version of the impact assessment report on 19 July 2023.
The Board meeting took place on 13 September 2023, following which, it gave a negative opinion on the
report. The Board made several recommendations which were addressed in the revised impact assessment
report as explained in the table below. The revised draft impact assessment report was resubmitted to the
Regulatory Scrutiny Board on 10 March 2026.
Table 31: Modification of the impact assessment (IA) report in response to RSB recommendations
Detailed RSB comments How the comments were addressed
Summary of findings
(1) The report does not clearly set out
the problem (2) and expected
contribution to the modal shift to be
achieved by the initiative, (3) and which
MDMS services will be
included/excluded in its scope. (4) It
does not clearly explain the initiative’s
expected impact on the behavioural
change of travellers (5) and transport
operators, (6) and its potential to tackle
the underlying problem drivers.
(1) The revised IA report rephrases the problem definition (section 2)
and improves the intervention logic. The problems being addressed
are clearly set out and are two-fold: (i) Lack of transparency, unfair
and uneven playing field in the online ticketing market, and (ii)
Incomplete offer of rail tickets on (rail) platforms. Also 4 problem
drivers and 2 consequences of the problems are identified, set out and
explained.
(2) The obstacles in the online ticket distribution market limit
consumers’ ability to compare and combine travel options and fares,
and purchase tickets, resulting in an untapped potential for modal shift
that could otherwise encourage more efficient and sustainable travel
patterns. Based on evidence collected from a Eurobarometer survey
conducted in summer 2024, literature review, targeted survey and
interviews, and two stakeholders’ workshops, the maximum potential
modal shift and the maximum reduction in the travel time due to the
ability to see all rail offerings on MDMS platforms and the ability to
book all visible travel options on MDMS platforms have been
estimated in the context of the impact assessment support study and
are presented and explained in section 1.3.2 of Annex 4. In section 2.1
of the revised IA report the maximum potential modal shift estimates
the magnitude of the consequences for consumers, which also
illustrates the dimension and size of the underlying two problems.
(3) The definition of MDMS and which services are included /
excluded is explained and illustrated in section 2.1.1 of the revised IA
report. Multimodal Digital Mobility Services (MDMS) are platforms
providing traffic and travel information (e.g., schedules, tariffs and
availability of services) and enabling the distribution of tickets,
directly or via re-linking, for two or more transport operators,
operating in one or more transport modes. Online distribution channels
of transport operators – used exclusively for the distribution of their
own transport services without offering third party tickets – are not
considered to be in the ‘platform market’ and do not qualify as MDMS
within the meaning of this initiative, therefore falling out of its scope.
(4) The Eurobarometer survey conducted in summer 2024, which was
undertaken on a representative sample of citizens and therefore its
results are valid for the whole EU population, provides robust
evidence on how end-users feel limited in their travel choices and on
the question to which extent they are willing to opt for more
76
Detailed RSB comments How the comments were addressed
sustainable alternatives. The revised IA report also provides further
evidence on the existence of alternative travel choices, and to which
extent those alternatives can be easily found and booked. This is based
on an analysis of 100 routes in the EU identified in the IA support
study and an assessment of how easy or cumbersome it is to find all
travel options for each route – including those combining different
operators and/or modes of transports. In chapter 6.1.8 the impact on
transport activity in passenger-kilometres at EU level relative to the
baseline is estimated and further detail is provided on this in Annex 4.
This estimation is done by mode showing clearly the expected modal
shift resulting from the different policy options, assuming behavioural
change from consumers.
(5) The revised IA report explains how the policy options are expected
to have a positive impact on transport operators by promoting a level
playing field and increasing access to indispensable MDMS platforms;
detailed quantified estimations of costs and cost savings for transport
operators are provided in section 6.1.2 and 6.1.5 specifically on
transport operators SMEs, alongside an analysis of the impact on
competition in the passenger transport market in section 6.1.8 and
competitiveness in section 6.1.7. Further detail is provided in Annex
4 on these estimations including the underlying methodology. In
addition, in Annex 5 a competitiveness check is performed along with
a SME check in Annex 6. SME transport operators are exempted from
the policy measures and are only indirectly affected as explained in
Annex 6.
(6) Section 5.2.2 of the revised IA report includes Table 1 outlining
the links between the policy measures included in each option and the
problem drivers they tackle. Specific objectives have been elaborated
in a way to correspond to the problem drivers, problem driver 1-3 to
specific objective 1, and problem driver 4 to specific objective 2. All
policy options are designed to meet both specific objectives.
(1) The report does not sufficiently
explain the design of the options, nor
(2) the link between policy options and
specific objectives. (3) It does not
clearly set out the rationale, content and
functioning of key measures, including
(3a) the rules on rail journey
continuation, (3b) the coverage of
SMEs, (3c) the designation of
indispensable actors and (3d) the role of
competent public authorities.
(1) To effectively address the objectives and appropriately tackle the
problems, in line with the RSB comments, the revised IA report
presents the revised policy options: PO1 covers measures that apply
across all policy options, while PO2 to PO4 progressively increase the
stringency of obligations placed on RUs to address SO2.
(2) All policy options are addressing the identified problem drivers
and specific objectives with varying levels of effectiveness. Section
5.2 presents an overview of the differences between policy options as
well as a table showing the links between policy measures and specific
objectives (Table 2).
(3) The policy measures are elaborated in more detail in section 5.2
and Annex 8 of the revised IA report, including their content, rationale
and the way they would work. (3a) Following the RSB comments, the
rules concerning the continuation of rail journeys are left outside the
scope of this IA report. Additional rail passengers’ rights are addressed
in the context of a targeted revision of the Rail Passenger Rights
Regulation, updating the analysis of a previously assessed measure in
the context of an impact assessment222. The measure corresponding to
the political guidelines on extending rail passenger rights to tickets
bought in a single transaction on one platform has been already
assessed in the 2017 Impact assessment and the assessment of impact
222 SWD/2017/0318
77
Detailed RSB comments How the comments were addressed
of this measure is being updated to provide for an up-to-date
estimation of the expected impacts of this measure in the form of a
cost-benefit analysis. This is being presented in an analytical Staff
Working Document.
(3b) Section 5.2 clarifies that SMEs are not covered by the obligations
included in the policy options, whilst still benefiting from some of the
provisions. The revised IA report explains how the policy options are
expected to have a positive impact on transport operators by
promoting a level playing field and increasing access to indispensable
MDMS platforms; detailed quantified estimations of costs and cost
savings for transport operators are provided in section 6.1.2 and 6.1.5
specifically on transport operators SMEs. Further detail is provided in
Annex 4 on these estimations including the underlying methodology.
In addition, in Annex 6 an SME check is performed.
(3c) Additionally, the designation of indispensable RUs and B2C
MDMS platforms is further clarified, including: (i) an explanation in
section 5.2 of the choice of the proxies and of the thresholds used to
determine significant market presence and transcribe indispensability;
(ii) the process by which RUs and MDMS platforms with significant
market presence will be identified and designated. The latter is
presented in the description of the policy options in section 5 and in
Annex 8.
(3d) Finally, more details are provided regarding the enforcement
authority, outlining its responsibilities in section 5.2 and Annex 8.
(1) The report does not adequately
explain the methodological approach,
(2) the limitations of the evidence used,
(3) the underlying assumptions, (4) and
the robustness of the analytical results
presented. (5) The analysis of impacts
on SMEs, competitiveness and of
administrative costs under the One In,
One Out approach is under-developed.
(1) The methodology to assess the impacts on modal shift has been
thoroughly revised, and builds on evidence collected from a
Eurobarometer survey conducted in summer 2024, literature review,
targeted survey and interviews, market analysis for 100 routes in the
EU, and two stakeholders’ workshops to validate the inputs used by
policy option in the ASTRA model. The revised methodology is
explained in detail in Annex 4 of the revised IA report.
(2) The limitations, (3) underlying assumptions and (4) robustness of
the analytical results are explained in Annex 4 of the revised IA report.
In addition, sensitivity analysis on modal shift and on thresholds to
identify MDMS platforms and railway undertakings with significant
market presence has been performed and is presented in section 7.6 of
the revised IA report.
(5) The SME check (Annex 6 of the revised IA report) and
competitiveness check (Annex 5 of the revised IA report) have been
performed, and the analysis has been reinforced. A separate Annex
with detailed assessment of competition has been elaborated in Annex
13. The administrative costs, including those that fall under the ‘One
In, One Out’ approach, are presented in a clearer and comparable way
in section 8.3 of the revised IA report and in Annex 3.
(1) When comparing the options, the
report does not sufficiently reflect the
limitations of the evidence base when
assessing the proportionality of
measures, including mandatory sales
and services obligations, and selecting
preferred options. (2) It neither analyses
sufficiently, nor clearly presents
opposing stakeholders’ views on key
issues, on the identified problems, their
(1) To improve the evidence base of the potential impact of the
measures, a Eurobarometer survey has been conducted in summer
2024, alongside literature review, a targeted survey and interviews,
and two stakeholders’ workshops in the context of the impact
assessment support study. Those activities helped validate the inputs
used for assessing the impacts of the policy options on modal shift due
to the ability to see all rail offerings on MDMS platforms and the
ability to book all visible travel options on MDMS platforms. These
are explained in Annex 4 of the revised IA report. In addition,
sensitivity analysis on modal shift has been performed and is presented
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Detailed RSB comments How the comments were addressed
drivers and the proposed policy
measures.
in section 7.6 of the revised IA report. Remaining limitations related
to the preferred policy option, are further described in section 8.1.
(2) The perspectives of various stakeholders regarding the problems,
their drivers and the proposed measures are further elaborated in
sections 2, 5 and 8.1 of the revised IA report and in Annex 2. The
synopsis report has been thoroughly revised and updated with
additional stakeholder activities undertaken, in order to better reflect
stakeholder views and to clearly present opposing views on key issues,
on the problems identified, their drivers and the proposed policy
measures.
What to improve?
(1) The report should set out a clear
definition of the initiative’s scope
upfront. It should clearly set out the
scope of MDMS including by
explaining what “competing operators”
implies in practice. (2) It should clarify
upfront the scale of the problem,
substantiating with evidence the
untapped potential of multimodal
mobility solutions under the dynamic
baseline scenario and by being clear
what realistically the expected
contribution of the initiative could be, in
the context of all current initiatives in
multimodality. (3) It should also clarify
with evidence in its problem definition,
the key market failures justifying EU
intervention and the relative importance
of the problem drivers. (4) The report
should assess to what extent these
problem drivers are sufficiently
exhaustive and/or to what extent other
drivers are relevant for the success of
the initiative (but outside the initiative’s
scope). It should also better describe the
relevance of each of the drivers
depending on the transport mode.
(1) The revised IA report outlines in section 2.1.1 the definition of
MDMS and the scope of the initiatives. The definition is
complemented by explanation and illustrated with examples in order
to facilitate that a layman can understand.
(2) As regards the scale of the problem, the revised IA report upfront
in chapter 2 on the problem definition illustrates the magnitude of the
problems identified by estimating the consequences for consumers a
on how end-users feel limited in their travel choices, even when they
are willing to opt for more sustainable alternatives. This is based on
the Eurobarometer survey conducted in 2024, which took a
representative sample of citizens and its results represent the views of
the whole EU population. Additional evidence is based on a market
analysis for 100 routes in the EU to assess the level of completeness
of information and tickets on MDMS platforms across modes. This
also allows to show to what extent alternative choices for passengers’
long-distance and regional journeys exist, whether they can easily be
accessed, understood and booked. This data is also used in the
elaboration of the dynamic baseline scenario and to estimate the modal
shift potential.
Based on evidence collected from the Eurobarometer survey, literature
review, targeted survey and interviews, and two stakeholders’
workshops, the maximum potential modal shift and the maximum
reduction in the travel time due to the ability to see all rail offerings
on MDMS platforms and the ability to book all visible travel options
on MDMS platforms have been estimated in the context of the impact
assessment support study and are presented in section 2.1 and section
6 of the revised IA report and explained in section 1.3.2 of Annex 4.
(3) Additional data on market failures and identified problem drivers
is provided in section 2 of the revised IA report based on the market
analysis and Eurobarometer survey, as well as literature review,
targeted survey and interviews. For rail, evidence also draws on recent
competition cases regarding ticket distribution, presented in more
detail in Annex 11. Therefore, compared to the first submission the
evidence base has been significantly strengthened and made more
robust.
(4) The revised IA has redesigned the problem tree in section 2.1 and
has identified 2 problems which the initiatives address. One is
multimodal, the other one is rail specific. For the first problem 3
multimodal problem drivers were identified. One rail specific problem
driver was identified for the second rail specific problem. The revision
of the problem tree has led to the identification of problem drivers
which are sufficiently exhaustive. The issue of journey continuation
has been taken out of the scope of this impact assessment and will be
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Detailed RSB comments How the comments were addressed
assessed in a specific targeted revision of the rail passenger rights
regulation, which is accompanied by an analytical staff working
document updating the existing IA conducted in 2017 on the Rail
Passenger Rights Regulation. The revised intervention logic is more streamlined and has led to more
focused problem drivers with increased relevance.
(1) Given the significant decrease of
market share of CRSs in the distribution
of tickets over the last decade, the report
should substantiate with evidence their
assumed continued (joint) dominance
and (potential) abusive market
behaviour. (2) It should better argue
why a revision of the Code of conduct
for CRS is still relevant, given the
market innovation and technology
dynamics of the airline ticket
distribution sector. (3) Regarding the
issue of rail journey continuation, the
report should provide an evidence-
based analysis supported by a market
failure-based rationale for regulatory
intervention. Given existing regulations
and measures in place, the report should
be clear on the size of the remaining
gap, both within the same operators and
across all operators, including potential
developments of the rail markets.
(1) The revised IA report provides in section 2.1 updated evidence on
the decreasing market share of CRSs in air ticket distribution, and
despite this of their persistent strategic position in the business-to-
business market and the whole ticket value chain (73% of all ticket
selling channels are connected through a CRS). This, results in CRSs’
continued dominance, and ability to use their position to impose terms
and conditions. The revised IA report also provides a clear overview
of the distribution landscape, including new business models (i.e. New
Content aggregators) and new market features. Further details are
provided in Annex 9 and 10.
(2) It also provides the specific reasons for retaining the relevant
provisions of the Code of Conduct for CRSs, updating those that
require adjustments, in response to the market and technological
changes, and repealing those that are no longer relevant. This aligns
with the findings of the evaluation of the Code of Conduct. Further
details are provided in Annex 9 and 10.
(3) The rules concerning the continuation of rail journeys are outside
the scope of this revised IA report. Rail passengers’ rights are
addressed in the context of a targeted revision of the Rail Passenger
Rights Regulation. The latter will be accompanied by an analytical
Staff Working Document which will update the assessment of impact
of the existing underlying Impact Assessment carried out in 2017.
(1) The report should clarify the
intervention logic, in particular, how
this initiative would induce behavioural
change among users of mobility
services and transport operators, as well
as the evidence base supporting these
expectations. (2) It should make clear
how the policy options address the
specific objectives. The specific
objectives should be phrased in more
SMART terms to better understand
what the change potential of this
initiative is and how “success” is
defined. (3) These objectives should be
reflected in corresponding evaluation
and monitoring indicators measuring
the specific impacts of the measures in
terms of contribution to the increased
multimodality deployment and modal
shift, including private road transport
reduction.
(1) To address the RSB comments, the revised IA report integrates a
revised intervention logic (2) with revised specific objectives. The
revision of the specific objectives as set out in section 4 enables to
better describe how the success of the initiative can be achieved. Th
newly designed intervention logic is making clear links between the
specific objectives and the policy options and allows for a more
precise evaluation and monitoring.
(3) The revised IA report also establishes a set of monitoring
indicators, with which data would be gathered for monitoring purposes
and later on for the evaluation of the initiatives’ effectiveness,
efficiency, relevance, coherence and EU added value. These indicators
are directly linked to the revised specific objectives and enable the
assessment of the initiative's progress towards its goals. They are
further described in section 9 and Annex 12 of the revised IA report.
(1) The report should better explain the
rationale, content and functioning of
key policy choices. (2) It should provide
greater clarity on how ‘indispensable’
operators and MDMS have been
defined and what the supporting
(1) The revised IA report explains in section 5.2 the rationale, content
and functioning of the key policy choices, with additional figures
clarifying actors in scope. More detailed explanations of the measures
included in each option are provided in Annex 8.
(2) Section 5.2 also clarifies the criteria for designating indispensable
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Detailed RSB comments How the comments were addressed
economic analysis for choosing a single
50% national market share for all
MDMS and transport modes is. It
should clarify how alternative
thresholds would affect the impacts of
the measures. (3) It should also describe
in greater detail what the rules for rail
journey continuation would look like,
including how compensation fees in
case of multi-operator journey
continuation would be fixed. (4) It
should explain the need for all MDMS
to have neutral display requirements,
even if they do not have market power.
(5) The option chapter should also
clarify the relevance of each of the
different policy measures to SMEs and
whether these might result in
adjustment costs should they want to
benefit from them. (6) The report
should be clearer on the available
enforcement options. If enforcement is
left to national authorities, it should
explain how a level playing
enforcement field will be ensured and
regulatory implementation
fragmentation avoided.
RUs, indispensable RU platforms and indispensable MDMS
platforms, and the process for their designation. Each selected criteria
is presented and dully justified, demonstrating its relevance and
efficiency in assessing the market.
(3) The merits of journey continuation are now assessed in a targeted
revision of the Rail Passenger Rights Regulation, in line with the
measure proposed by the Commission in 2017. Therefore, the policy
measures on journey continuation are not in the scope of the revised
IA report.
(4) The revised IA report (section 5.2) explains the rationale for
obliging all MDMS to adhere to rules on neutral display, in particular
showcasing the increased relevance of new players in the ticketing
distribution market such as OTAs and MSEs (section 2.2.2). These
rules promote fairness and transparency for consumers.
(5) The report brings additional clarification on the impact of the
different policy measures on SMEs with a dedicated SME test, see
Annex 6. Although SMEs are not in the scope of obligations included
in the policy options, they are expected to benefit from adjustment
costs savings as explained in sections 6.1.1, 6.1.2 and 6.1.5 of the
revised IA report. In the latter section impact on SMEs transport
operators are singled out. No additional costs are expected for SMEs
in any of the policy options.
(6) More details on enforcement are included in section 5.2 and Annex
8 of the revised IA report.
(1) The report should significantly
improve the explanation and
presentation of the impact analysis. The
impact section should explain the
theory of change, evidence and
assumptions used in the analysis while
Annex 4 should be clear how all parts of
the analysis link together, provide more
detail on the approach and assumptions
that underpin the ASTRA modelling
and its link to the cost-benefit analysis.
(2) The report should be more
transparent about the methodological
limitations and uncertainties. (3) It
should be explicit on the reliability of
extrapolating specific municipal level
evidence to the EU level and on whether
the evidence refers to specific modes of
transport or specific settings such as
urban transport. (4) Given that the
benefits related to reduction in external
costs of road accidents are significant
and drive the net benefit impact of the
initiative, it should be clear what
evidence underpins the estimates and
how robust the analysis is. (5) The
report should provide a clear and
convincing analysis explaining how the
initiative will result in an expected
modal shift leading to very high
(1) In the revised IA, the methodology to assess the impacts of the
policy measures has been revised. In particular, the approach for
estimating the modal shift achieved in each policy option has been
revised, and builds on a more robust evidence base, with evidence
collected from a Eurobarometer survey conducted in summer 2024,
desk research, targeted survey and interviews, market analysis for 100
routes in the EU, and an expert workshop and a stakeholder workshop
to validate the inputs used in the ASTRA model. The revised
methodology is explained in detail in Annex 4 of the revised IA report
and also briefly outlined in the introduction to section 6. This
description includes detailed explanations on the evidence used and its
limitations, and the underlying assumptions made together with links
between the different modules used in the modelling. In section 7.6
additional sensitivity analysis is undertaken to test key assumptions,
namely on the potential modal shift on the one hand, and on the
thresholds to identify B2C MDMS platforms and RUs with Significant
Market Presence on the other hand.
(2) The limitations, underlying assumptions and robustness of the
analytical results are explained in more detail in Annex 4 of the revised
IA report and outlined in the introduction to section 6.
(3) The revised IA report considers a revised approach for the
assessment of impacts on modal shift, which is more robust also due
to the representative Eurobarometer survey and the in-depth analysis
of 100 origin-destination (OD) routes on which it builds. It is
explained in detail in Annex 4. The urban dimension is out of scope of
the analysis.
(4) Particular attention is paid to the impacts on external costs savings,
which are linked to the impact of the policy options on modal shift.
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Detailed RSB comments How the comments were addressed
estimated benefits from the reduction of
the number of road accidents.
These are monetised and presented in detail in section 6 and in Annex
4. The magnitude of the impacts is also lower in the revised IA report.
(5) The revised IA report includes a detailed analysis of how the
initiative is expected to lead to modal shift and a reduction in road
accidents, including the underlying assumptions and evidence base. It
should be noted that the reduction in road accidents is directly driven
by the reduction in the passenger car activity relative to the baseline,
as explained in section 6.2.3. This analysis is transparent about the
uncertainties and limitations of the estimates and is supported by
sensitivity analysis on potential modal shift, in order to test the
robustness of the results, as outlined in section 7.6.
(1) The report should undertake further
analysis employing multiple evidence
sources to assess the impacts of the
options and measures are on
competitiveness, SMEs, competition
and Member States (in their
enforcement role). It should, including
through a dedicated SME test, more
clearly explain the impacts on SMEs.
(2) It should provide a more nuanced
and comprehensive assessment of
competitiveness of the affected
transport and services sectors, both in
the main report and in the annexed
competitiveness check. (3) It should
better assess the impact on market
dynamics and market power,
competition and innovation, including
the risk of collusive behaviour
potentially emerging from fixing
interline fares or selling tickets of
competitors, in particular, in light of the
far-reaching nature of some of the
measures. (4) The report should further
elaborate on the enforcement role of
Member States and estimate the
enforcement costs that will fall
exclusively upon them. (5) It should
present the One In, One Out estimates
in a clear and comparable way.
(1) The revised IA report includes a dedicated SME test (Annex 6) and
competitiveness check (Annex 5). The impacts on national authorities
are included in section 6.1.3 of the revised IA report. Dedicated
sections are devoted to impacts on competitiveness, SMEs,
competition in the revised IA chapter 6.
(2) The analysis on competitiveness is enhanced in section 6.1.7 and
Annex 5 of the revised IA report. The revised assessment is more
nuanced and comprehensive of the affected transport sector, by
singling out more the impacts on the rail sector.
(3) Section 6.1.8 of the revised IA report provides a revised analysis
and further details on the impacts on internal market, competition and
innovation. Moreover, already the problem definition describing the
second problem in section 2.2 indicates the underlying market failure
stemming from market dominance and resulting market dynamics in
the rail sector. Furthermore, a separate Annex with detailed
assessment of competition has been elaborated in Annex 13.
(4) The revised IA report, in section 5.2 and Annex 8, further
elaborates on how enforcement will be ensured. Enforcement costs are
estimated and presented in section 6.1.3 of the revised IA report and
in Annex 4 (section 3).
(5) The administrative costs, including those that fall under the ‘One
In, One Out’ approach, are presented in a clearer and comparable way
in section 8.3 of the revised IA report.
(1) The report should explain better the
divergent views of different groups of
stakeholders, in particular, on the
identified problems, their drivers and
the proposed policy options. (2) The
report should be more open and
nuanced about the limitations of
marrying a limited evidence base to
ambitious policy measures. (3) It should
include a strengthened proportionality
assessment regarding mandatory sales
and service agreements. (4) Given that
no single preferred option is identified,
the report should better inform the
decision makers in terms of the pros and
(1) The revised IA report provides additional information on
stakeholders’ views on the problems, problem drivers and policy
options in sections 2 and 5.2 as well as in Annex 2, detailing views per
stakeholder group.
(2) The revised IA report provides more evidence (e.g. a
Eurobarometer survey outlining the barriers in booking travel options
for a representative sample of EU citizens, an analysis of existing
travel options on 100 EU routes, reports on competition cases
reflecting abuse of dominance, etc.) for the problems and problem
drivers identified, matching the ambition of the policy measures.
(3) The revised IA report also reviews the policy measures and
options, limiting obligations on mandatory sales and service
agreements to certain platforms and RUs who hold a strong market
position (indispensable ones). The revised IA report justifies the
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Detailed RSB comments How the comments were addressed
cons of the two short-listed preferred
options.
proxies or thresholds used for assessing this market position in section
5.2. and presents a sensitivity analysis on the thresholds for B2C
MDMS platforms in section 7.6.
(4) The report identifies one preferred policy option, standing out as
the most effective and efficient policy option assessed.
The Regulatory Scrutiny Board issued a second positive opinion with reservations on 13 April 2026. The
Board made several recommendations which were addressed in the revised impact assessment report as
explained in the table below.
Table 32: Modification of the impact assessment (IA) report in response to RSB second set of
recommendations
Detailed RSB comments How the comments were addressed
Summary of findings
(1) The report should further clarify the
scope of the intervention, including on
multi-modal versus rail and the
inclusion of mere transport information
services versus on-line ticketing.
Section 2, in relation to the problem definition, was revised to clarify
the scope of the intervention.
(2) The existence and magnitude of the
alleged market failure(s) of ‘uneven
playing field in the online ticketing
market’ and ‘incomplete offer of rail
tickets on (rail) platforms’ are not
sufficiently demonstrated.
Additional information was added in section 2 to further underpin the
existence and magnitude of the identified market failures and the fact
that they are likely to remain despite technological developments and
use of artificial intelligence.
(3) The report does not take into
account the limitations of the
methodology for estimating the modal
shift and the resulting uncertainties
which drive the estimation of the
benefits and the identification of the
preferred option.
Further explanations have been added in section 6 on the methodology
used to quantitatively estimate modal shift deriving from the different
policy options. Moreover, in section 7.2 the comparison between
options was provided both including and excluding external costs
savings resulting from the expected modal shift.
(4) The impact on competition and
distribution of costs and benefits
between different market actors is not
sufficiently assessed.
In section 6.1.8 further analysis has been added in order to strengthen
the assessment of impacts on competition and distribution of cost and
benefits between different market actors.
(5) The assessment of the
proportionality of the preferred option,
including sharing and hosting
obligations by ‘indispensable’ RU
platforms, is not sufficient.
In section 7.4 the assessment of the proportionality of the preferred
policy option has been enhanced in particular in relation to the sharing
and hosting obligations by ‘indispensable’ railway operators and
railway platforms.
What to improve?
(1) Regarding the scope of the initiative,
the report should explain why platforms
that do not sell tickets but only offer
transport information and redirect to
ticket-selling intermediaries and
operators are included in the scope even
though the alleged two market
failures/problems of uneven playing
field in the online ticketing market and
incomplete offer of rail tickets on (rail)
Additional elements have been added in section 2, to explain that (i)
all online search platforms are not covered by the Regulation but (ii)
re-linking platforms (i.e. MSEs, only re-linking to OTAs or transport
operators websites) are in scope of this initiative, and currently pose a
problem in the ticketing market. In addition, the links between
problem 1, specific objective 1 and policy measures 1 to 4 have been
further explained in section 5.2.
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Detailed RSB comments How the comments were addressed
platforms are about ticketing. Based on
an improved analysis of market failures
(see point 2 below), the intervention
logic should be reviewed to clarify how
far market failure/problem 1 on
ticketing relates to the wider specific
objective 1 and can be addressed by
policy measures 1-4 that do not
specifically refer to ticketing.
Throughout the report and the
description of measures and options,
ticket selling services and mere
transportation information services
should be more clearly distinguished.
(2) The report should demonstrate more
clearly the evidence base for the alleged
market failures and their magnitude. In
view of the recent technological
evolution, including artificial
intelligence since the initiative was first
put forward in 2023, the report should
analyse to which extent these
developments would facilitate a level
playing field in the concerned markets
with regards to transparency.
Additional elements have been added to section 2 (section 2.2.2),
outlining the potential risk linked to the introduction of AI in search
algorithms used by MDMS platforms. Sections 1.3 and 7.3 outline the
coherence between the AI Act and the RMB proposal. The AI Act will
complement the proposed measures in this initiative, by ensuring
safety and transparency of AI systems.
(3) The report should assess to what
extent the problem drivers are
sufficiently exhaustive and/or to what
extent drivers outside the initiative’s
scope might impact the success of the
initiative.
Section 2.2 has been revised to explain that other challenges (e.g. rail
capacity, infrastructure development, passenger rights), which fall
outside the scope of the initiative, and are addressed by other
initiatives, can also contribute to the general objectives of enhancing
multimodality and modal shift towards more sustainable modes of
transport.
(4) The analysis of unintended
consequences should be significantly
strengthened, including the risks that
incumbent RUs would decide to move
out of scope of PM14 (‘hosting
obligation’) by only selling tickets of
services they operate directly, thus
potentially leading to the opposite than
the intended effect. The additional
administrative burden on undertakings
and public authorities for the
identification of indispensable actors
and the control of commercial
agreements on distribution fees (PM9-
12) should be enhanced in light of
simplification efforts and the one-in,
one-out approach.
Clarification has been added in section 6.1.8 on the risk that incumbent
RUs would decide to move out of scope of PM14 by only selling
tickets of services they operate directly, thus potentially leading to the
opposite than the intended effect. It is explained that the initiative can
avoid this risk by referring to the past practice of incumbent RUs.
Additional explanations were provided in sections 6.1.1, 6.1.3 and 8.3
on the additional administrative burden for the identification of
indispensable actors, building on Annex 4. It should be noted that
these are kept to the minimum and the information already submitted
through the Rail Market Monitoring Scheme will be exploited.
(5) While an effort was made to
quantify the benefits, the expected
contribution of the intervention to
modal shift is based on methodology
and assumptions which have limitations
as they rely on stated preferences,
expert judgment and opinions of
The introduction to the section 6 has been revised to explain that
assumptions based on stated preferences represent a scientifically
sound method to capture expected modal shift, especially when no
real-life evidence is available based on historical data. The maximum
potential modal shift presented is considered to be a conservative
estimate, as it does not capture stated preferences on change in
behaviour among individuals who already book such journeys but
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Detailed RSB comments How the comments were addressed
stakeholders. Consequently, the
benefits resulting from the estimated
modal shift should not be included in
the cost benefit analysis and the
comparison of the options should be
revised.
might do so more frequently in the future, due to the improvement of
the ticketing system.
However, to further acknowledge the uncertainty related to the
estimated modal shift (in addition to the sensitivity analysis presented
in section 7.6), section 7.2 of the revised IA report first presents the
cost benefit analysis excluding the external costs savings (due to
modal shift) followed by a presentation including the external costs
savings. It should however be noted that excluding external costs
savings represents an extremely conservative approach, considering
that the estimated modal shift and the associated external costs savings
already represent conservative estimates and that a major benefit of
the initiative – that is passengers’ savings on travel time, search time,
and ticket price – was only reported in qualitative terms in view of the
uncertainty in quantification.
(6) In light of the far-reaching nature of
some of the measures (such as PM13,
PM14, PM15), the impact on market
dynamics and market power,
competition and innovation should be
better assessed, including on
indispensable RUs, willing RUs and
willing MDMS platforms. The report
should detail better what the impacts are
of PM13 (‘sharing obligation’)
compared to PM14 (‘hosting
obligation’) for incumbent RUs and
how the resulting increase in costs for
RUs is likely to impact the rail sector
operation overall, including potential
pass-through costs to consumers. It
should discuss the business model
underlying the sharing obligation and
whether independent platforms are
supposed to pay the operators for the
provision of transport data or vice-
versa.
Additional explanations have been added in section 6.1.8. These
concern the expected costs of vertically integrated platforms for
offering the distribution services they already provide for other
operators to additional requesting companies, as well as the
commission fees that arise when a platform sells a ticket on behalf of
an RU. It is explained that neither RUs nor platforms would be
required to change business model or engage in new activities, but that
they would have to provide their products or services on non-
discriminatory basis. Concerning the sharing obligation, it is explained
that the normal business model would apply, whereby RUs normally
pay a distribution fee to platforms that sell their tickets, while the
proposal would ensure that distribution agreements are concluded on
the basis of fair, reasonable and non-discriminatory (FRAND)
conditions. Concerning the compared impacts of PM13 and PM14, the
link between the expected impact of the hosting and sharing obligation
and the respective size of the customer base of the incumbent and
independent platforms is also clarified.
Finally, section 6.1.9 provides further details on the expected impact
on innovation of the policy measures.
(7) The analysis underlying the
comparison of options is insufficient for
supporting the conclusion on the
preferred option, especially regarding
the comparison of PO2 and PO3. The
report needs to sufficiently assess the
relative importance of hosting on
indispensable RU’s ticketing system,
not least taking into account that the
marginal contribution of PM13 on
modal shift is substantially higher than
for PM14, according to the report. The
proportionality of the requirement for a
company to host services for its
competitors is not sufficiently
demonstrated. The alignment of
incentives between sellers and buyers
should be further analysed.
Additional explanations have been added in section 7.1 to detail the
interaction between the sharing and hosting obligations and their
relative importance in view of the strong market presence of
indispensable RU platforms. The proportionality of the hosting
obligation is further explained not only by the significant market
presence in both the railway services and railway platform markets
that create the conditions and incentives for market distortions, but
also by the consumer behaviour that tends to react slowly to changing
market conditions.
Explanations are added in section 7.2 on the quantification of benefits
of the policy measures. It is clarified that quantification of modal shift
is conservative and likely underestimates the impact of measures.
Moreover, a fair comparison of PM13 and PM14 must take into
account the expected impact on consumers, which is only expressed
in qualitative terms, but is considerably higher for PM14.
In section 7.4 the analysis of proportionality has been strengthened.
This is also reflected in section 8.1.
85
Detailed RSB comments How the comments were addressed
(8) The report should be clearer on the
available enforcement options. If
enforcement is left to national
authorities, it should explain how a
level playing enforcement field will be
ensured and regulatory implementation
fragmentation avoided.
Further details have been provided in section 5.2.3 and Annex 8 in
relation to the envisaged enforcement mechanism and how a level
playing enforcement field would be ensured and regulatory
implementation fragmentation avoided.
(9) Regarding coherence, the report
should explain better how far the EU
consumer and digital legislation – e.g.
Unfair Commercial Practices Directive,
Platform to Business Regulation, Data
Act, Digital Services Act (DSA),
Digital Markets Act (DMA), AI Act and
the forthcoming Digital Fairness Act –
already addresses the identified
problems.
In section 1.3 the description of the context is broadened. In addition,
in section 7.3 the analysis on external coherence has been further
strengthened with more detailed elaboration of coherence with EU
consumer and EU digital legislation, in particular Unfair Commercial
Practices Directive, Platform to Business Regulation, Data Act,
Digital Services Act (DSA), Digital Markets Act (DMA), AI Act and
the forthcoming Digital Fairness Act.
4. EVIDENCE, SOURCES AND QUALITY
Information provided by the stakeholders through the stakeholder consultation activities were an important
source of information (see Annex 2). It was completed by information provided ad hoc by different
stakeholders to the Commission and by a Eurobarometer Survey223.
The Commission sought external expertise through an impact assessment support study224. The external
consultants worked in close cooperation with the Commission services throughout the different phases of the
study, and particularly in the latter stages of assembling a coherent evidence base, in screening and adjusting
policy measures and options and in assessing their impacts on various stakeholder groups. Overall, the sources
used for the drafting the impact assessment report are numerous, diverse and inclusive of the different
stakeholder groups.
223 Flash Eurobarometer 551 - Multimodal Digital Mobility Service – August – September 2024 224 Ricardo et al. (2026), Study supporting the RMB and RTR Impact assessment
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ANNEX 2: STAKEHOLDER CONSULTATION (SYNOPSIS REPORT)
1. OVERVIEW OF CONSULTATION ACTIVITIES
In the context of the preparation of the Impact Assessment (IA), various stakeholder consultation activities
were carried out. The process started with launching stakeholder consultation activities only related to the
review of the CRS Regulation. Then this review was integrated into the IA on Multimodal Digital Mobility
Services (MDMS). After receiving a negative opinion by the RSB, the initiative was split into 2 legal
instruments the Regulation on Multimodal Booking (RMB) and the Rail Ticketing Regulation (RTR), still
both covered by this impact assessment. Additional stakeholder consultation activities were undertaken to
update stakeholder views on RMB and RTR. Consultation activities sought both qualitative (opinions, views,
suggestions) and quantitative (data, statistics) information. These activities stretched from 2020 to 2025, first
launched only specifically on the review of the CRS Regulation in December 2020 and later on for the impact
assessment on the RMB and RTR initiatives. Overall, a high number of different consultation activities were
carried out and stakeholders were consulted intensively. For instance, citizens were asked for their views on
5 occasions, the 2 Inception Impact Assessments (IIA), 2 Online Public Consultations (OPC) and a
Eurobarometer survey. There were no campaigns identified.
This annex provides an overview of the stakeholder groups that were consulted as well as a summary and
analysis of the responses received while differentiating the views of the different categories of stakeholders.
The consultations covered all aspects of the impact assessment (problem definition, EU dimension, options
and potential impacts). This synopsis report’s aim is twofold, to inform policymaking on the outcome of all
consultation activities and to inform stakeholders on how their input has been considered.
The contributions received in the context of the public consultation published on the ‘Have Your Say’ web
portal cannot be regarded as the official position of the Commission and its services and thus does not bind
the Commission nor that the contributions can be considered as a representative sample of the EU population,
except for the Eurobarometer survey referred to.
1.1. Consultation process and strategy
The consultation strategy engaged main target groups through different methods, combining:
- Publication of the IIA, and a request for feedback to the IIA by all interested stakeholders which ran from
09 July 2020 until 04 September 2020 for the CRS Code of Conduct and 05 October 2021 until 02
November 2021 for MDMS.
- An OPC for CRS was launched on 23 February 2021 and remained open until 18 May 2021. For MDMS
an OPC was launched on 1 December 2021 and remained open until 23 February 2022.
- A Eurobarometer survey with a representative sample of the EU population conducted during the summer
of 2024 and published on 01 April 2025 on the European Commission’s dedicated webpage.
Targeted consultations:
- Online surveys: before the first submission of the IA on MDMS, an online survey for all key stakeholder
groups was launched on 22nd March 2022 and remained open until 3 June 2022. A total of 55 survey
responses were received. For CRS, an online survey for all key stakeholder groups was launched on 29
April 2021 and remained open until 9 June 2021. The Commission received 43 responses. An additional
online survey was launched on RMB and RTR for all key stakeholder groups. The survey was open from
14 February 2025 to 11 April 2025 with an extension granted for a limited number of stakeholders to
respond by the 23 April 2025. It has received a total of 78 completed responses.
87
- Interviews: before the first submissionof the IA on MDMS, 66 interviews have been conducted between
January 2022 until July 2022. Furthermore, seven exploratory interviews with key stakeholders were
conducted in the beginning of the process (January/February 2022). Specifically for CRS, the interviews
were conducted with 29 stakeholders representing air carriers and their associations, travel agents and
their associations, meta- search engines, CRS providers, non-CRS providers and their associations and
consumer protection organizations between April 2021 and July 2021. Moreover, five stakeholders
participated in exploratory interviews (EU Travel Tech, ECTAA, A4E, EPF, IATA). In 2025 additionally
50 interviews have been conducted with a broad range of stakeholders (new entrant RUs, incumbent RUs,
air carriers, CRSs, independent MDMS, vertically integrated MDMS, etc.)
- Stakeholder workshops: Overall there were 8 workshops undertaken. For MDMS and CRS, four
stakeholder workshops took place between February 2022 and June 2023. Then four additional
stakeholder workshops were organised between January 2025 and June 2025.
Throughout the period of preparing the IA, Commission services have additionally met with a wide variety
of stakeholders and received several position papers. This consultation was complemented by the work of
the Multimodal Passenger Mobility Forum expert group, gathering Member States representatives, local
authorities and organisations representing MDMS and operators in all modes. The expert group was
established in December 2021, with the objective to, amongst other tasks, assist the Commission in the
preparation of policy initiatives in the field of sustainable multimodal mobility for passengers. A final report
was published on February 2023225.
2. STAKEHOLDER GROUPS CONSULTED
The consultation strategy mapped as key stakeholders the following groups:
• Industry stakeholders:
including MDMS providers within and across modes for different geographical scopes including
traditional CRSs, and metasearch engines; transport operators in all modes, with particular focus on
Railway Undertakings (RUs) both incumbent and new entrants, and air carriers; intermediaries like travel
agents and Travel Management Companies; alternative suppliers of ticket distribution technology such as
new content aggregators and suppliers of Direct Connect software; industry associations.
• Public authorities
• Consumer, environmental, standardisation and non-governmental organisations (usually categorised as
“Other” in the surveys).
• Citizens
2.1. Stakeholder participation per stakeholder activity
2.1.1. IIA andOPC
The Inception Impact Assessment for the initiative on MDMS received 40 responses.
Table 33: Summary of responses by stakeholder type (number and % of responses)
Stakeholder group Number of completed survey
responses
% of responses
Company/business organisation 12 30%
225 https://transport.ec.europa.eu/news-events/news/multimodal-passenger-mobility-forum-final-report-2023-02-02_en
88
Stakeholder group Number of completed survey
responses
% of responses
Business association 11 27.5%
Civil society 4 10%
Public authority 3 7.5%
Consumer organisation 2 5%
Non-governmental organisation (NGO) 2 5%
Other 6 15%
TOTAL 40 100%
Thirteen responses were received for the CRS IIA.
The CRS OPC invited all citizens and organisations to provide input on the potential revision of the CRS Code
of Conduct and was targeted mainly at members of the general public and non-experts, as a complement to
the targeted consultation. The OPC received 23 responses.
Table 34: Classification and number of stakeholders responding to the OPC on CRS Stakeholder group Stakeholders who submitted responses
Business association EU Travel Tech, Global Business Travel Organisation (GBTA),
ECTAA, one business association
Company
BEUC (The European Consumer Organisation), European Passengers' Federation,
České dráhy, a.s. (ČD), Lufthansa Group, Amadeus IT Group, S.A., Robert
Arrigo & Sons Limited, and three further company/business organisations
Environmental organisation Bundesvereinigung gegen Fluglärm e.V.
EU citizen Six EU citizens
Public authority Two public authorities
Other Aviation and Competition Law Research
Total 23
Table 35: Geographical distribution of responses received to the OPC on CRS Country of origin Number
of
responses
% of responses
Belgium 5 22%
Germany 3 13%
France 2 9%
Spain 2 9%
Netherlands 2 9%
Latvia 2 9%
United Kingdom 2 9%
Finland 1 4%
Austria 1 4%
Lithuania 1 4%
Malta 1 4%
Czechia 1 4%
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The RMB OPC226 received 336 responses, of which only 10 respondents were based outside the EU.
Table 36: Geographical distribution of responses received to the OPC on RMB Country
of
origin
Number
of
responses
% of responses Country
of
origin
Number
of
responses
% of responses
Germany 133 39.6% Romania 2 0.6%
Italy 35 10.4% Slovakia 2 0.6%
Belgium 30 8.9% United States 2 0.6%
Austria 23 6.8% Australia 1 0.3%
France 22 6.5% Bulgaria 1 0.3%
Spain 17 5.1% Canada 1 0.3%
Sweden 11 3.3% Croatia 1 0.3%
Netherlands 8 2.4% Cyprus 1 0.3%
Czechia 7 2.1% Denmark 1 0.3%
Norway 7 2.1% Greece 1 0.3%
United Kingdom 6 1.8% Ireland 1 0.3%
Portugal 5 1.5% Lithuania 1 0.3%
Finland 4 1.2% Luxembourg 1 0.3%
Hungary 4 1.2% Poland 1 0.3%
Latvia 3 0.9% Russia 1 0.3%
Estonia 2 0.6% Switzerland 1 0.3%
Table 37: Classification and number of stakeholders responding to the OPC on RMB Stakeholder group High level grouping Number of responses % of responses
Business association Industry 17 5.1%
Company Industry 62 18.5%
EU citizen Citizen 173 51.5%
Non-EU citizen Citizen 6 1.8%
Public authority Public authority 40 11.9%
Academic/research
institution Other 3 0.9%
Consumer organisation Other 6 1.8%
Environmental organisation Other 3 0.9%
Other non-governmental
organisation (NGO) Other 17 5.1%
Other Other 9 2.7%
2.1.2. Targeted consultations organised only in relation to CRS at the beginning of the IA
process
The survey in relation to the CRS Regulation was aimed at industry stakeholders (including trade associations)
and public authorities. The survey was launched on 29 April 2021 and remained open until 9 June 2021. The
aim of the survey was to gather evidence and opinions on specific questions related to the potential revision of
the Code of Conduct. The survey was first piloted with trade associations representing the interests of airlines,
travel agents and CRS providers, and later distributed through these organisations to a total of 91 stakeholders.
Eu Travel Tech, A4E, IATA and ECTAA accepted to disseminate the survey among their members. For
national competition authorities, the survey was distributed to the authorities that agreed to respond to it using
contacts provided by the Commission (DG COMP). For direct distribution the consultant prioritised
stakeholders such as non-CRS content aggregators and suppliers of direct connect software which are not
represented by the above-mentioned trade associations, as well as a selection of MSEs, air and rail carriers,
226 https://ec.europa.eu/info/law/better-regulation/have-your-say/initiatives/13133-Multimodal-Digital-Mobility-
Services/public-consultation_en
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and travel agents. The survey received 43 responses.
In relation to CRS the interviews were conducted from 29 April to 19 July 2021. The aim of the interviews
was to follow up on responses to the surveys and engage in a more nuanced discussion of potential impacts of
various policy options. A total of 29 interviews were conducted.
In addition, 4 exploratory interviews were conducted in February 2021. These interviews were used to discuss
early the main topics on CRS, as well as data collection tools (surveys and interviews). These interviews were
conducted with 5 associations: Eu Travel Tech, European Travel Agents and Tour Operators Associations
(ECTAA), Airlines for Europe (A4E) Europe Passengers Federation (EPF) and IATA.
On 16 March 2021 a legal workshop with the participation of experts with a track record in the analysis of the
Code of Conduct and airline ticket distribution in Europe was held. The legal workshop had the participation
of three experts. Topics under discussion included the Code of Conduct scope and its terminology, and the
possibly anticompetitive effects of parity clauses. On 14 July 2022, the Commission organized a workshop
devoted to fair treatment provisions of the Code of Conduct. The purpose of this workshop was to obtain
opinions of the workshop participants on CRS Regulation, in particular Articles 3 and 6 of the Code, and their
future. In the workshop participated the representatives of: Eu Travel Tech, Amadeus, Travelport, BEUC,
IATA, AF-KLM, A4E, Sabre and ECTAA.
The views expressed in the workshop by stakeholders with reference to fair treatment provision were
diverging. While EU Travel Tech and the 3 CRSs were in favour of repealing the fair treatment provisions,
IATA, A4E and AF-KLM were in favour of retaining and strengthening those rules, also calling for stronger
enforcement of the Code of Conduct.
2.1.3. Targeted consultations organised in relation to RMB after the integration of the revision
on the Code of Conduct for CRS into the initiative
After integrating the revision of the CRS Regulation into the initiative on RMB, an online survey was launched
on 22 March 2022. The survey focused on obtaining input on the expected impacts (economic, social and
environmental) of the measures under consideration in comparison to the baseline, the possible issues that may
arise, to help assess the level of support for specific measures, and where relevant, input on the cost
implications of each measure. A total of 55 responses were received.
The interviews were conducted between April to July 2022. Just like the survey, the aim of the interviews was
to allow discussing IA parameters and to validate the choice of policy measures (following initial screening)
and policy options (following the initial packaging). They focused on obtaining detailed input on the expected
impacts (economic, social and environmental) of the measures under consideration in comparison to the
baseline, the possible issues that may arise and to identify the level of support for specific measures, and, where
relevant, the cost implications of each measure. A total of 66 interviews (plus 7 exploratory interviews), were
undertaken with stakeholders. The table below outlines the interviews conducted and responses received to
the online survey, as well as the total number of unique stakeholders involved in the targeted consultation.
A series of three workshops were organised to support the IA. A first workshop was organised on 22 February
2022 providing a summary of the IIA responses and a presentation on the problem and drivers. This workshop
was followed by 312 stakeholders. On 19 April 2022, a second workshop presented the considered policy
measures. It was followed by 140 stakeholders. A closed workshop was then organised on 28 February 2023
to gather feedback on the preferred policy option and its feasibility. It was followed by 285 stakeholders. A
final workshop was conducted on 19 June 2023 to present the final policy options for the first submission to
the Regulatory Scrutiny Board and was followed by 131 stakeholders.
After receiving a negative opinion of the Regulatory Scrutiny Board on the draft IA additional surveys,
interviews and workshops were launched in order to gather the views of stakeholders on the updated initiative
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and its underlying intervention logic. The initiative was split into 2 legal proposals, on one hand the RMB and
on the other hand the RTR related only to rail. Following the consultation process, the views gathered were
considered to update the problem definition, the identification of different measures and policy options as well
as the analysis of impacts and the design of the preferred policy option.
The survey was initially open from 14 February to 11 April 2025, although the deadline was extended for a
limited number of stakeholders until 23 April 2025. The survey received a total of 73 completed responses.
Transport operators make up the largest group of respondents, with 32 respondents. MDMS platforms were
the second largest, with 19 responses, followed by national authorities, which account for 12 responses. The
remaining 10 responses came from other stakeholders, including experts and consumer groups.
Additional in-depth interviews were held between 1 April and 16 May 2025. Overall, 51 interviews were
undertaken. Nineteen with transport operators, including nine RUs (5 incumbents and 4 open access RUs), 6
airlines, 3 bus/coach operators and 1 maritime interview that involved the trade association and two operators.
The next largest group interviewed was MDMS platforms, of which 16 were interviewed. Finally, 8 interviews
were undertaken respectively with national authorities and other stakeholders, which included consumer
organizations and representatives of sub-national public authorities. These interviews aimed at completing the
results from the survey by developing targeted questions for each stakeholder to fill gaps in their respective
survey response or elaborate further on their responses to specific questions. As a result, the interviews refined
the data collected within the survey.
4 additional workshops were held. Three of those workshops were open to all stakeholders, and one was a
closed workshop, targeting national experts. The first workshop took place in January 2025 and presented
together with the problem definition the main objectives of the initiative to stakeholders. A second workshop
was held in March 2025 and presented the list of policy measures and policy options, while the last stakeholder
workshop took place in June 2025, presenting the expected impact of all policy options, and the underlying
methodology. Finally, the closed workshop involving national expert was organized in May 2025, to validate
key assumptions on the assessment of impacts.
3. RESULTS OF THE CONSULTATION activities
The objective of the consultation for this IA aimed to gather the views of stakeholders on the problem
definition, objectives, policy measures and expected impact of policy measures. Objectives were tested
through stakeholder workshops, as were key assumptions for the methodology on expected impacts, which
led to refinements in the methodology for the assessment of impacts. The survey results refer to the latest
survey as additional surveys were undertaken to show stakeholder views on the latest intervention logic.
Outdated survey results are not presented in the below summary.
3.1. Representative Eurobarometer survey
A Eurobarometer survey has been conducted, during the summer of 2024, and published by Commission
services on 1 April 2025. This survey collected the booking and ticketing practices and experiences of a
representative sample of the EU population, aged 15 and over, in each of the 27 Member States of the EU.
In total, 25 805 interviews were conducted via an online survey. This survey provides insights on EU citizens’
travel habits, preferences and experiences, particularly for regional and long-distance journeys. It examines
key aspects, such as: (1) frequency of travel for leisure and work, (2) factors influencing travel planning and
booking decisions, (3) attitudes towards environmentally friendly travel, (4) usage of different transport modes
and multimodal journeys, (5) ease of booking multimodal and multi-operator journeys, and (6) barriers to
combining different transport modes or operators. The results notably highlight the obstacles encountered
by citizens when looking for sustainable travel options online, as well as their willingness to book such
journeys. It outlines the difficulty for citizens to book multimodal and multi-operator journeys, and the extra
burden citizens face when booking multi-operator rail journeys.
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Key findings outline that 76% of respondents book transport tickets online, but barriers remain. In
particular, among those who did not book a journey online, 14% cited the lack of complete information as one
of the main barriers, and the same proportion cited the unavailability of all fares, while 10% did not find enough
information on all travel options. The ease to find travel options and book tickets rank among the top five and
six most important factors for respondents when booking a journey.
Additionally, while 78% of respondents are concerned about the environmental impact of travel, only
21% act accordingly. The ease of finding an environmentally friendly alternative is cited by 22% as a key
factor that would encourage them to book more sustainable travel options. Sustainable travel options remain
however difficult to find, with reported barriers in combining multimodal/ multi-operator journeys,
and especially rail journeys involving multiple operators. Indeed, more than 30% of respondents could not
plan a multimodal/multi-operator journey because of barriers in ticketing, such as lack of suitable information
(17%), of knowledge about the possibility of booking such journeys (7%), knowledge on how to search for
such travel information (5%) or the inability to buy all tickets in one place (5%). For rail, the barriers in ticketing
seem more important, with more than half of respondents reporting those same barriers.
The overview of results stemming from the Eurobarometer survey and further details are available on the
European Commission’s dedicated webpage. The results of the Eurobarometer survey are an important
underlying evidence for the problem definition of this initiative.
3.2. Feedback received on the problem definition
Stakeholders provided significant input that helped validate the definition of the problems and development of
policy options. The section below summarizes the input provided across all stakeholder consultation activities,
primarily the targeted consultation activities which were validated through the workshops.
While these stakeholders were consulted on problems which are partially outdated since the intervention logic
has evolved, stakeholder positions on key elements still relevant to this IA are outlined below.
As regards, the first problem driver ‘opaque conditions for combining and reselling mobility products in land-
based modes, waterborne and maritime transport’. A number of public transport operators and city
representatives underlined that MDMS should not have an adverse effect on policy, and so public transport
authorities should remain central to regulating mobility. ČD227 noted that they had had negative experiences
with ticket resellers manipulating or increasing the price of their tickets, which had had a negative impact on
consumers and reflected badly on the operator. CER suggested that issues around the transparency of data
collection and analysis had not yet been addressed. CONFEBUS228 argued that there should be no separation
of the marketing and operation of services, as a result of the specific conditions around the delivery of the
services, while SNCF229 argued that a distinction was needed between open data and booking and ticketing
services in order to ensure certainty and transparency. On the other hand, ALLRAIL argued that there was no
evidence that data had been misappropriated, while Trainline, a comparison and booking website, argued that
there was a power asymmetry in negotiations, which prevented market entry and innovation on the part of
MDMS providers. Both EPTO230 and Move EU231 underlined the importance of ensuring the commercial
freedom of MDMS providers to choose whether or not to enter into any agreement.
The second problem in the IIA was specified as ‘’difficulty to ensure that incumbent MDMS do not adopt anti-
competitive practices or that deployment of MDMS is not limited by anti-competitive practices’. A sentiment
that was raised by a number of respondents was that it is a challenge to create a fair MDMS eco-system for
227 Czech national RU 228 Representing Spanish bus operators 229 French RU 230 Representing European Passenger Transport Operators 231 Representing new mobility services
93
both public and private companies. From the perspective of incumbents, UTP232 and SNCF both noted that
public transport authorities and operators were already able to develop MDMS, as long as they respected
competition law. From the perspective of the railway sector, NS233 underlined the importance of ensuring that
there were more than one or two online MDMS platforms, otherwise these would effectively become the
gatekeepers for MDMS. In relation to buses, CONFEBUS called for the harmonisation of the approach taken
towards data protection and commercial information for operators when sharing information with platforms.
Data issues were of particular concern for new entrants. Trainline, Amadeus IT group and EU travel tech
argued that legal certainty and enforceability were needed for MDMS on access to relevant data. Move EU
underlined that there needed to be free and fair market access and competition principles in order to overcome
the current fragmentation in the market. From the perspective of passengers, EPF noted that access to data,
including to real-time information on disruptions, was an enabler of MDMS, while UNIFE234 noted that access
to mobility data was the main challenge for suppliers. Amadeus also suggested that it was important for
intermediaries to have information on the different price components of fares in order to enable consumers to
effectively compare different options. The focus of EU MDMS regulation should be on operator owned
MDMS, according to EU travel tech, particularly in relation to self-preferencing and neutral display. They also
called for independent distributors to be able to market and price as they wished to, as long as they accepted
the economic risk. ALLRAIL called for incumbent MDMS to rebrand, so that they were not able to make use
of the high level of awareness of their brand that already existed in the market.
In the OPC, respondents were asked to express their level of agreement with six statements that set out potential
problems regarding the commercial relationships between operators and multimodal digital mobility services
platforms. The highest level of agreement was with the statement that a lack of data sharing hampers the
deployment of multimodal digital mobility services between modes, with which 60% (101 out of 168) of
respondents ‘fully agreed’, this was supported by responding citizens, industry and public authorities. The
majority of respondents ‘fully agreed’ or ‘somewhat agreed’ that both increased funding from EU programmes
(85%; 142 out of 168) and legislative action by the European Commission (72%; 121 out of 168) would help
to accomplish the objective of the RMB initiative.
In the survey, stakeholders were consulted on problems and problem drivers which were then re-organised
since the intervention logic has evolved. Stakeholder positions are presented below based on the current
intervention logic.
Problem 1: Lack of transparency, unfair conditions and uneven playing field in the online ticketing market
Problem 1 now reflects the responses of stakeholders who originally answered on whether they agreed with
the two following problems:
• Potential distortion of competition between CRSs and non-regulated B2B distribution channels performing
similar functions to CRSs
• Uneven access of operators to indispensable MDMS platforms and indispensable RU platforms
First, stakeholders’ views were gathered through a survey specific to the review of the CRS’s Code of Conduct,
a survey conducted in the context of the support study to this impact assessment and interviews.In the survey
conducted specifically for CRS in 2021, 20 of 37 respondents either agreed or strongly agreed that there is a
potential risk of uneven regulatory treatment of B2B air ticket intermediation services. In particular, all
participating public authorities, CRS providers and “other” stakeholders agreed or strongly agreed with this
statement. The 3 CRS providers believed that the uneven regulatory treatment leads to the erosion of the
indirect distribution channels. In their view, discriminatory initiatives implemented by big airline groups
232 Representing French public transport operators. 233 Dutch national RU. 234 Representing the rail supply industry
94
through surcharges, withdrawal of content, and other practices are intended to undermine indirect distribution
of air tickets. Therefore, according to them the revised Code may still have value only if the scope is expanded
to all competing players, definitions are clarified, and neutral display and transparency obligations are balanced
with content quality commitments by airlines participating in CRSs, to ensure that the neutral display offers
genuine value to travel agencies and consumers. On the other hand, air carriers (7 out of 14) noted that non-
CRS content aggregators did not have the same market power and thus should not be subject to the same
provisions as incumbent providers from the outset, as the former may still be relatively small and trying to
develop a competitive commercial position.
Moreover, consumer protection association BEUC believed that if the CRS Code of Conduct is maintained
and revised, it is essential that its scope is broadened to include all players operating/competing in the airline
distribution market that have CRS functionalities, features, or offer CRS technical solutions. The association
agreed with CRS providers that transparency of all offers (including ancillary services) is essential for fair
competition and a focus on enforcement is necessary.
Finally, in the survey conducted in 2025, stakeholders were asked to express their level of agreement with the
identification of potential distortion of competition between CRSs and non-regulated B2B distribution
channels performing similar functions to CRSs as a problem and the problem drivers leading to this problem.
Stakeholders were also asked to identify specific cases in which they encountered this problem . Stakeholders’
views on this issue are summarized below.
In the targeted survey, across all stakeholder groups, 36 agreed (19 ‘fully’, 17 ‘partially’), that there is a
potential distortion of competition between CRSs and non-regulated B2B distribution channels performing
similar functions to CRSs, whereas seven stakeholders disagreed (3 ‘fully’, 4 ‘partially’). However, a much
higher number of stakeholders (31) neither agreed nor disagreed (7) or did not know (24) compared to the
previous two problems. Among MDMS platforms surveyed, 68% ‘fully’ or ‘partially’ agreed with PB3 (13
out of 19). Among transport operators surveyed, 44% agreed ‘fully’ or ‘partially’. 46% of national authorities
participating in the survey agreed, and the same proportion did not know or neither agreed nor disagreed.
Finally, 55% of ‘Other’ stakeholders surveyed also agreed.
A common view among those who agreed with this problem in the survey and interviews was that the current
regulation under the CRS Code of Conduct (CoC) is effective for traditional GDSs but no longer reflects
market realities. They noted that new content aggregators, OTAs, metasearch engines, and other MDMS
platforms now play a dominant role in distribution but are not subject to similar rules. All 3 main CRSs agreed
with this problem sharing that existing rules unfairly constrain regulated CRSs while allowing newer, non-
regulated actors to compete without equivalent obligations. MDMS who agreed with this problem highlighted
a lack of fair competition between regulated CRSs and unregulated B2B aggregators, arguing that CRSs must
comply with strict rules, such as neutral display requirements, while other distribution channels performing
similar functions face no such obligations, leading to market distortion. Six airlines agreed with this problem
specifying that the Code should be extended or updated to apply its core principles, such as transparency, equal
access, and fairness, to all MDMS actors, 4 out of 6 also stressing the importance of stronger
enforcement. Those who disagreed with the problem in the survey and interviews had various reasons. One
large airline warned that applying the CRS Code of Conduct rules to small or emerging B2B MDMS platforms
could harm innovation, as these actors lack the scale and content of established CRSs. A B2B new content
aggregator operating in the rail sector argued that existing national and EU regulations were sufficient,
highlighting the growth of independent platforms like Trainline and Omio as evidence of a competitive market.
When asked if the regulatory framework is indeed no longer fit for purpose due to market and technological
changes in the air distribution market (PD1) leading to potential distortion of competition in the B2B market,
26 stakeholders surveyed ‘fully’ or ‘partially’ agreed. Furthermore, 11 stakeholders surveyed partially
disagreed and 28 stakeholders neither agreed nor disagreed. Among MDMS platforms surveyed, 73% (13 out
of 18) tend to agree with PD1 while the rest of MDMS platforms surveyed neither agreed nor disagreed. No
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clear disagreement, even partial, has been reported from this stakeholder group. On the contrary, transport
operators participating in the survey expressed opposite views, with 48% sharing that they did not know (13
out of 27), and 41% that they ‘partially’ disagreed with PD1 (11 out of 27). Additionally, almost 50% of
national authorities expressing a view in the survey and 66% of ‘Others’ surveyed agreed with PD1.
Stakeholders were asked in a 2025 survey to express their level of agreement with the identification of the
uneven access of operators to indispensable MDMS platforms and indispensable RU platforms as a problem,
and the problem drivers leading to this problem. Stakeholders were also asked to identify specific cases in
which they encountered this problem. Stakeholders’ views are summarized below.
Overall, in the survey 34 agreed (10 fully, 24 partially), while 28 stakeholders disagreed (12 fully, 16 partially)
and 13 stakeholders neither agreed nor disagreed (10) or did not know (3). MDMS providers represent the
group in which most survey respondents challenged this problem. Only 3 agreed (2 fully, 1 partially), whereas
14 disagreed (5 fully, 9 partially). For each of the other stakeholder types, a majority of survey respondents
agreed with this problem. Among transport operators surveyed, 16 agreed (3 fully, 13 partially), whereas 8
disagreed (5 fully, 3 partially). For national authorities surveyed, 8 agreed (1 fully, 7 partially), as opposed to
4 who disagreed (2 fully, 2 partially). ‘Other’ stakeholders expressing a view were particularly supportive, as
7 agreed (4 fully, 3 partially), whereas only 2 partially disagreed.
MDMS providers surveyed that disagreed with this problem argued that their business model depends on
offering a wide range of content. In their view any absence of certain operators is typically due to restrictive or
economically unviable contractual terms by those operators or, in rare cases, concerns about poor customer
service. Transport operators surveyed presented mixed views on this problem. Those that agreed were
mostly operators from the air sector, highlighting that uneven playing field in the online ticketing market is a
significant issue, often caused by exploitative practices by dominant CRS providers. One operator mentioned
that regional airlines in particular struggle to compete fairly due to limited economies of scale and the
prioritization of major carriers by gatekeeping platforms.
As to uneven access to and use of indirect distribution channels (B2B) by air carriers, 23 out of 38 stakeholders
either agreed or strongly agreed that a level playing field is not fully ensured by current Regulation. These
came largely from air carriers (15) and travel agents and MSEs (7). The only stakeholders to disagree with the
definition of the problem were the 3 CRS providers, of which all strongly disagreed. They noted that there was
no evidence of an imbalance between air carriers and suggested large air carriers use of direct distribution
channels were the cause of imbalances. Air carriers surveyed highlighted the dominant position of traditional
CRS providers as the reason for an unlevel playing field. The CRS providers stated that uncompetitive
practices used by dominant airlines put them at risk of not complying with their transparency and unbiased
display obligations towards travel agents.
Overall, 52% (38 out of 73) of stakeholders surveyed agreed either ‘fully’ or ‘partially’ that MDMS platforms
have commercial incentives to promote certain operators or products (PD2), leading to uneven access of
operators to indispensable MDMS platforms. A clear split in views has been identified between MDMS
platforms and transport operators surveyed, with 60% of MDMS platforms ‘fully’ disagreeing (12 out of 20)
with PD2, while 60% of transport operators surveyed, ‘fully’ or ‘partially’ agreed (18 out of 30) with this
problem driver. Additionally, most national authorities responding to the survey ‘fully’ or ‘partially’ agreed,
except for one respondent who fully disagreed and three who did not know or neither fully agreed nor
disagreed. Similarly, 6 out of 10 ‘Others’ also agreed.
A majority of respondents in all stakeholder groups identified the imbalanced commercial relations between
indispensable MDMS platforms and transport operators (PD3) as a factor leading to limited and distorted
information on MDMS platforms. In total, 64% (46 out of 72) of stakeholders surveyed agreed either ‘fully’
or ‘partially’ with PD3. Specifically, 68% (13 of 19) MDMS platforms agreed, 52% (16 of 31) transport
operators, 9 of 11 national authorities and 8 of 11 ‘Others’. In particular, some stakeholders, including 3
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MDMS, describe a lack of coordination as a structural issue that impedes seamless integration, mainly
independent MDMS providers who believe transport operators retain information235. The industry consensus
among independent MDMS providers appears to be that the real barrier lies in the unfavourable contractual
terms set by incumbent operators236. In rail, one consumer organization highlighted that Trainline users were
able to purchase DB tickets but could not apply DB discount cards—an exclusion attributed to DB’s own
commercial strategy rather than technical limitations
In addition, 50% (36 out of 72) of stakeholders surveyed agree that the imbalanced commercial relationship
between MDMS platforms and transport operators (PD3) leads to uneven access of operators to
indispensable MDMS platforms. Views expressed in the survey are divided by stakeholder groups, as 60%
(12 out of 20) of MDMS platforms surveyed ‘fully’ disagree with PD3 while 56% (17 out of 30) of transport
operators surveyed either ‘fully’ or ‘partially’ agreed with that statement. A large majority (9 out of 12) of
national authorities expressed a view agreeing with PD3. In particular, airlines237. Those MDMS surveyed
that agreed were mostly independent MDMS selling rail or coach tickets. They highlighted that the238.
Problem 2: Incomplete offer of rail tickets on (rail) platforms
Problem 2 now reflects the responses of stakeholders who originally answered to the following problem:
Limited and distorted information and access to tickets for consumers on MDMS, in particular for rail
In the survey, stakeholders were asked to express their level of agreement with the identification of problem
2(PB2) and the problem drivers leading to this problem. Stakeholders were also asked to identify specific cases
in which they encountered PB2. It must be highlighted that in the survey the problem was not limited to the
rail sector and was looking at limited access to tickets for consumers.
There was a distinct split in views, with the majority of transport operators surveyed disagreeing with PB2,
whereas there was broad support from the other stakeholder groups, who participated in the survey. Among
transport operators, only 6 agreed with PB2 (two fully while four partially), whereas 19 disagreed (14 fully
and 5 partially). However, it must be highlighted that all new entrant RUs surveyed agreed with PB2 (3 out of
3). All 20 MDMS providers surveyed agreed with PB2 (11 fully, 9 partially), as did all 11 ‘Other’ stakeholders
(six fully, five partially) taking part in the survey. There were a few dissenting voices among national
authorities, although 10 agreed (four fully, six partially), whereas two disagreed (one fully, one partially).
In particular, 14 out of 19 air carriers surveyed underlined that PB2 does not apply to the air sector, where they
believe the market is highly transparent and competitive and that transport operators should retain the
commercial freedom to decide who can sell their tickets and which offers to display on their own ticketing
platforms. Consumers associations BEUC, T&E and Polis indicated that problem 2 is not relevant for the air
travel sector, as airlines already operate in a transparent and competitive market with multiple channels
including OTAs, and MSE, highlighting dynamic pricing and the wide availability of ticket options ensure
sufficient access for consumers. MDMS platforms surveyed on the other hand considered that PB2 was both
prevalent in the rail and air sector alike. Eight of 13 national and regional authorities participating in the survey
confirmed that, problem 2 reflects some real challenges in the current MDMS landscape. However, two
highlighted that, in their respective country, they did not identify such problem.
When asked about the problem drivers leading to limited and distorted information and access to tickets for
consumers on MDMS, in particular for rail, the majority of stakeholder groups surveyed, except for transport
operators, agreed either ‘fully’ or ‘partially’ that there is a limitedwillingness of indispensable RUs to provide:
235 Op.cit: Statement supported by ADN mobilités and 3 other MDMS platforms as well as 1 ‘Other’ stakeholder. 236 Mentioned by 13 MDMS platforms/industry associations including ADN Mobilités, Skyscanner, Dohop, ECTAA,
EUTT, SRF 237 Mentioned in interviews by one airline association 238 Ricardo (2025), Interview analysis: Statement supported by ADN Mobilités
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(i) their full offer on fair terms to MDMS platforms; (ii) their competitors’ offer on their platforms due to
vertical integration (PD4) that lead to this problem.
Expressing contrasting views, 85% (17 out of 20) of MDMS surveyed agreed with the limited willingness
of indispensable rail operators to provide their full offer on fair terms to MDMS while 70% (21 out of
30) of transport operators surveyed disagreed. While this split in views is clear, it is important to highlight that
9 out of 16 MDMS and 6 out of 19 transport operators (representing mostly new entrants/ small RUs)
interviewed explicitly expressed concerns with market dominance of incumbent RUs and their integrated
platforms. MDMS surveyed underlined however that both dominant RUs and air carriers are limiting and
distorting information in MDMS platforms, therefore extending PD4 to air carriers239. One French MDMS’s
association reports states that those operators tightly controlling how their inventory is distributed, setting strict
conditions like commissions, distribution limits, and "look to book" restrictions, and retaining information
from platforms240. 2 new rail entrants241 highlighted that although third-party rail services may be listed on
indispensable RU platforms, they are reported to be not bookable, undermining effective competition.242 As
an example, a bus and rail operator reported that Deutsche Bahn selectively downplays or obscures competing
services, including omitting price information or relegating listings to less visible positions, despite legal
obligations for fair visibility.
Views on the limitedwillingness of indispensable RUs to provide their competitors’ offer on their
platforms due to vertical integration, leading to limited and distorted information and access to tickets
for consumers on MDMS, in particular for rail are diverging depending on the type of stakeholder
who responded to the survey. 80% of MDMS platforms (16 out of 19) and 56% of transport operators
(17 out of 30) disagreed with this statement. Overall, incumbent RUs stress that including new rail
services—especially long-distance or international connections—must make commercial sense243.
With little public subsidy and low passenger volumes on many of the longer and less frequent routes,
the cost of integration is considered disproportionate to the demand244. On the contrary, the new rail
entrant industry association outlined that their offers are badly displayed on incumbents’ platforms,
and with around 95% of bookings made through dominant sales channels (often owned by incumbent
RUs), limited visibility can severely undermine an operator's viability. Additionally, almost all the
12 national authorities surveyed (except for one) agreed ‘fully’ or ‘partially’ with this driver, as well
as 82% of the ‘Other’ stakeholders surveyed (9out of 11).
3.3. Feedback received on the policy options
The final list of policy options and policy measures was presented to stakeholder during the second workshop
held on 2 April 2025. Following the workshop, views were received on stakeholder’s positions on each of the
policy measures (PMs), via the survey and interviews.
In the survey, the obligation for all MDMS to apply the CRS Code of Conduct’s neutral display obligations
and for transport operators the obligation to apply data accuracy rules (PM1), was found effective by 29 out
of 72 stakeholders participating in the workshop, while 11 found it ineffective, and 32 were either neutral (26)
or did not know (6). 9 out of 12 national authorities and 5 out of 10 Others expressing a view found the measure
effective, while 17 of 30 transport operators were neutral/ did not know and 11 of 30 air transport
operators/airline associations found the measure effective and MDMS platforms present in the workshop had
239 Statement supported by EUTT and 2 other MDMS platforms in the air sector. 240 Op.cit.: Statement supported by ADN Mobilités, sectorial organization representing French-based independent
platforms 241 The industry association All Rail and Westbahn 242 Op.cit: Statement supported by two new entrants in rail sector (including WestBahn), one MDMS provider, one
national authority, and four ‘others’. 243 Mentioned by three incumbent RUs and their industry association CER 244 Ricardo (2025): Interview analysis, Statement supported by 3 out of 16 MDMS including EUTT and Dohop, and 3
RUs with SMP including CER and DB.
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various views, with 8 out of 20 finding it ineffective, 7 were neutral, 1 did not know and 4 found it effective.
Participants of the OPC for RMB were asked how important different measures are in their opinion to ensure
fair access for all operators to relevant multimodal digital mobility services platforms. The outcome is far more
favourable than the above survey, with 149 out of 169 respondents indicating that neutral display as a policy
measure is important to them to ensure fair access for operators. Only 13 respondents found it not important.
Moreover, 70 out of 80 respondents from industry indicated it to be important versus only 7 who found it not
important.
In the specific consultations for the revision of CRS Code of Conduct of 2021, regarding the neutral display
provision (Article 5), the majority of air carriers (10 out of 11) and stakeholders in the “other” category (3 out
of 4) either disagreed or strongly disagreed with repealing this provision. No CRS providers disagreed, whilst
2 out of 3 either agreed or strongly agreed to the repeal of the provision. TAs and MSEs were more evenly
split with 3 out of 8 agreeing and two disagreeing. Most of the 11 air carriers and 8 travel agents suggested
CRS providers would adopt a display bias as a result of a repeal, while two CRS providers and Eu Travel Tech
suggested that they had no incentive to adopt a bias.
BEUC and EPF, along with three CRS providers, three travel agents and ECTAA believed that all players
operating/competing in airline ticket distribution that have functionalities, features or offer technical solutions
of CRSs (by offering access to prices, schedules etc.) should be included in the scope of the CRS Code of
Conduct. These include MSEs, OTAs and non-CRS aggregators. Two LCCs and ERA commented in
interviews that the CRS Code of Conduct should be expanded in scope and revised to regulate the practices of
MSEs and OTAs. Two CRS providers noted that an expansion to B2C should be considered. One CRS
provider also noted that both B2C and B2B distribution channels ultimately face the consumer, and that the
Code of Conduct should protect consumer choice, fair competition and innovation, regardless of the channel.
Similarly in the context of the Inception Impact Assessment for the revision of the Regulation on Code of
Conduct, the 4 airlines providing feedback indicated that Art. 5 of the Code of conduct should be revised. The
obligation for all MDMS to apply the CRS Code of Conduct’s rules on fair treatment of transport operators
limited to load and process data provided with equal care and timeliness (PM2) in tackling problem 1 was
perceived as effective by 27 out of 72 stakeholders surveyed, ineffective by 24, and 21 were either neutral (12)
or did not know (9). Among stakeholder groups, transport operators and MDMS were the most sceptical, with
respectively 12 out of 30 and 10 out of 20 finding it ineffective, while national authorities and ‘Others’ were
more positive, with respectively 10 out of 12 and 4 out of 10 (and 4 did not know) finding it effective. PM2
was overall perceived as effective in tackling problem 2 with 24 out of 68 finding it effective. The views of
stakeholder group did not vary significantly in relation to this problem, with MDMS platforms and transport
operators questioning it most while national authorities found to be most supportive.
In the OPC on the question whether respondents find it important to integrate a provision to ensure non-
discriminatory treatment of the parties across commercial agreements 154 out of 169 and only 6 respondents
found this measure as not important.
Similarly, the obligation for all MDMS to apply the CRS Code of Conduct’s rules on marketing and booking
data (PM3) is viewed as effective by 19 out of 69 stakeholders surveyed in tackling problem 1, ineffective by
25 and 25 were neutral (13) or did not know (12). Among stakeholder groups, MDMS platforms expressing a
view questioned most this PM, with 12 out of 19 finding it ineffective. On the contrary, national authorities
surveyed supported it with 6 out of 11 finding it effective. Transport operators and ‘Others’ surveyed were
more nuanced, with 5 out of 29 transport operators finding it effective, 11 ineffective, 6 neutral and 6 did not
know, and 4 out of 10 Others finding it effective, 2 ineffective, 1 neutral and 3 who do not know. Views of
stakeholders on PM3 in relation to problem 2 are almost identical.
In the OPC on RMB, “Requirements for commercial agreements on marketing conditions” were deemed
important by 107 out of 157 respondents.
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Obligation for all B2B MDMS platforms to treat subscribers fairly and clearly identify in their display banned
airlines and for third countries B2B MDMS to ensure equivalent treatment of EU air carriers, (PM4) was
perceived as effective by 26 out of 66 stakeholders surveyed, ineffective by 11 and 29 were either neutral (4)
or did not know (25). The high level of “unknown” responses can be explained by the fact that stakeholders
surveyed are not all involved in the B2B market and therefore might not have a clear view of what effect this
measure might have. MDMS platforms participating in the survey were the most sceptical, with 9 out of 20
finding it ineffective. On the other hand, no transport operators nor national authority surveyed found the
measure ineffective, rather expressing a positive or neutral view of PM4. Finally, a majority of stakeholders
expressing a view in ‘Other’ category found PM4 effective (5 out of 9).
In the OPC on RMB “Requirements for commercial agreements on avoiding the misuse of data reuse by third
parties” were important to 134 out of 159 respondents.
The removal of provisions from the CRS Code of Conduct on data protection no longer necessary due to
GDPR (PM5) was perceived as effective by 9 out of 66 stakeholders surveyed, ineffective by 10 and 47 were
either neutral (22) or did not know (25). In all stakeholder groups a majority participants expressed a neutral
opinion, or did not know the effect of PM5.
In the stakeholder consultation related to the revision of the CRS Code of Conduct, air carriers, CRS providers
and MSEs who participated in the survey stated that Article 11 could be repealed as protections on personal
data are now covered under GDPR.
The obligation for Member States to appoint a national authority to settle disputes between parties (PM6)
was perceived as effective by 36 out of 71 stakeholders surveyed in tackling problem 1, 14 found it ineffective
and 21 were either neutral (14) or did not know (7). Among neither of the stakeholder groups surveyed was
gathered a majority of sceptical opinion on PM6, with a majority of answers collected presenting a majority
of positive position towards PM6245. Regarding stakeholders’ views on PM6 in relation to problem 2,
stakeholders appeared more neutral, with 27 of 56 respondents being neutral to PM6 in relation to problem 2
The obligation for all B2C MDMS to share non-personal data for mobility management with public
authorities (PM7) was seen as effective by 15 out of 71 stakeholders surveyed, ineffective by 20 and 36 were
either neutral (27) or did not know (9). MDMS platforms surveyed appeared to be the most sceptical group,
with 11 out of 20 to find it ineffective.
The passenger organisation providing feedback to the IIA on Code of Conduct for CRSs postulated that the
access to transport service providers data should be ensured in order to provide travellers with more
information both on air and non-air travel options.
The obligation for all B2B and B2C MDMS to display information on GHG emissions of trips only when the
data is provided by the operators (PM8) was perceived as effective by 28 out of 71 stakeholders surveyed,
ineffective by 25 and 18 were either neutral (16) or did not know (2). Stakeholders in “Other” category
gathered the biggest proportion of positive response to PM8, with 6 out of 10 finding it effective.
In the OPC on the issue of “ensuring that multimodal digital mobility services enhance the efficiency and
sustainability of the transport system”, a large share of the responses (85%) stated that carbon footprint
information was moderately or very important (144 out of 169 respondents). Of those who chose to respond
to this question only 12% stated that this measure was not important (20 out of 169 respondents).The
establishment of thresholds to identify B2C MDMS and RUs with SMP (PM9) was perceived as effective by
14 out of 67 stakeholders surveyed in tackling problem 2, ineffective by 15 while 38 were either neutral (17)
245 Transport operators were 10 out of 19 to be neutral and 5 to find it effective, MDMS platforms were 5 out of 17 to
be neutral, and 3 to find it effective, while 2 out of 11 national authorities were neutral and 6 find it effective and 3 out
of 9 Others found PM6 effective and 2 were neutral.
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or did not know (21). Similar responses were found in relation to PM9 in tackling problem 1. The high portion
of neutral/ unknown answers can be explained by the fact that the exact thresholds had not been shared with
stakeholders at the time of the consultation, resulting in a lack of clarity on the effect such a measure could
have on the market. As a result, a majority of stakeholders surveyed in all stakeholder groups expressed
neutral/unknown effectiveness246.
The adoption of a decision by the EC to designate indispensable MDMS platforms and RUs with SMP at EU
and national level (PM10) was perceived as effective by 16 out of 67 stakeholders surveyed, ineffective by
19, and 32 were either neutral (14) or did not know (18). As per above, the lack of specific information
regarding the criteria leading to this designation can explain the high number of “neutral”/”unknown” answers.
The obligation to respect fair principles when entering into commercial agreements for indispensable MDMS
and RUs platforms (PM11) generally seen as effective by surveyed stakeholders as PM12. In total, 31
expected it to be ‘very’ (6) or ‘somewhat’ effective (25). 15 of 27 transport operators, expected the measure to
be very effective (2) or somewhat effective (13) and in total 20 stakeholders surveyed expected it to be ‘very’
ineffective (15) or ‘somewhat’ ineffective (5). Finally, 18 stakeholders surveyed were neutral (9) or did not
know (9). Responses were more moderate for PM12 - Obligation for indispensable RUs to respect fair
principles when entering into commercial agreements with MDMS, as 19 of 69 stakeholders surveyed
expected it to be very (5) or somewhat effective (14) and 14 stakeholders expected it to be very ineffective
(11) or somewhat ineffective (3). A majority (36) of stakeholders expressing a view were neutral (16) or did
not know (20). As expected, for PM11, MDMS platforms surveyed generally opposed the measure (13 of 20
against) while transport operators surveyed expressed more support (15 of 27 in favour). PM12 showed
divergent results, as most transport operators surveyed ‘did not know’ (17 of 29). Overall, the high level of
neutral/did not know answers has often been adopted because of the perceived lack of clarity on what is meant
by the measure, especially “respecting principles on distribution fees and without imposing restrictive clauses”.
In interviews, multiple independent MDMS platforms and consumer organizations highlighted the necessity
of implementing explicit FRAND principles to enable transparency and efficiency within the ecosystem247.
Several RUs on the other hand raised concerns that imposing levels of fee defined by regulation could distort
the true value of services rendered and overlook the internal costs borne by providers248.
Eight MDMS platforms/ MDMS industry association and 14 transport operators participated in 2022 to the
Multimodal Passenger Mobility Forum (MPMF) to support the Commission in its preparatory work for this
initiative. In the MPMF final report, the need to “feature FRAND as a core standard 249” for the contractual
provisions between MDMS platforms and transport operators is outlined. In particular, the use of FRAND is
mentioned as a principle that could “guide points to calculate compensation (…), access to data, (…) look to
book ration and marketing restrictions; transparency on terms and conditions250.”
In the specific survey on the related to the revision of the CRS Code of Conduct, regarding the provisions on
fair treatment of transport operators and subscribers, the 3 CRS providers and some travel agents’ and
platforms’ associations, were in favour of their repeal. In their view, there is no need for such provisions as
there is no market failure. CRSs are not as powerful as in the past. There is also no issue to address for relations
between CRSs and travel agents. On the other hand, airlines' associations underlined that these provisions
should be retained as the commercial relationship between CRSs and airlines need to be regulated and the
weaker party (in particular regional airlines) should be protected. CRSs are still powerful, particularly because
they are regionally focused and do not compete on regional markets. Airlines do not have a choice if they want
246 In total, from 10 out of 17 MDMS platforms, 18 out of 27 transport operators, 6 out of 10 national authorities, 4 out
of 10 Others. 247 Stated in interview by ADN Mobilités, EUTT, EPF, one national authority 248 Stated interviews by CER (representative of RUs), DB (German incumbent RU), SNCF (French incumbent RU),
UITP (representative of urban public transport services) 249 MPMF final report (2022), p.32 250 Ibid p.26
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to reach consumers in a particular market of choice but to cooperate with a CRSs that is focused on this market.
Therefore, airlines' bargaining position vis-à-vis CRSs is still weak and needs to be protected by provisions on
fair treatment.
Similarly in the context of the Inception Impact Assessment for the revision of the Regulation on Code of
Conduct, all 13 stakeholders providing feedback except for the 4 airlines, advocated for expanding the scope
of the (modified) sectoral rules to include all ticket distribution channels. The 4 airlines postulated to limit the
scope of the (modified) rules to large CRSs with dominant position on the market only.
The obligation for RUs with SMP and all other RUs in relation to cross-border or PSO services, to enter into
a commercial agreement with requesting MDMS platforms to enable the sale of rail tickets (PM13) divided
stakeholders surveyed, with 22 of 77 finding it very (8) or somewhat (14) effective, 14 finding it very (10) or
somewhat (4) ineffective, and 34 to be either neutral (13) or to not know (21) the effect of this measure.
Transport operators surveyed appeared to be the most sceptical towards this obligation, with 8 of 29 finding
it very (6) or somewhat (2) ineffective and 17 to ‘not know’ its effect. Additionally, 35% (7 out of 20) of
MDMS platforms found the effect to be neutral, and the same proportion effective. Majority of national
authorities (7 out of 11) and ‘other’ stakeholders (6 out 10) expected PM13 to be effective. During interviews,
some transport operators emphasized that mutual commercial interest must guide collaboration251. 2 air
carriers, one MDMS provider and A4E, generally rejected in their interviews the applicability of such
regulatory obligations to their market. By contrast, EPF and WestBahn strongly supported in their interviews
a broader application of the obligation, and believe that all MDMS, RU, and transport modes should be
included within the regulatory scope of PM13. Regarding PM14 and the obligation for indispensable RU
platforms to enter into commercial agreements with requesting RUs, stakeholders also provided diverging
views. In total, 22 out of 68 stakeholders surveyed expected it to be very (10) or somewhat effective (12).
Furthermore, 20 stakeholders surveyed expected it to be very ineffective (19) or somewhat ineffective (1).
Finally, 26 stakeholders expressed a neutral view (17) or did not know (9). A majority 52% (15 out of 27) of
transport operators surveyed believed this obligation would be very ineffective while a majority of MDMS
platforms surveyed thought the effect of PM14 would be either neutral (35%, 7 out of 20) or ‘very’ ineffective
(25%). On the contrary, 55% of national authorities surveyed (6 out of 11) and 60% of ‘other’ stakeholders
surveyed (6 out of 10) declared that PM14 would be effective, therefore counterbalancing the position of
platforms and operators. A strong concern voiced by rail incumbent and independent MDMS platforms is the
risk of increased market concentration that such an obligation would result in252. Conversely, new entrant RUs
represented by ALLRAIL supported targeted intervention where it applies only to dominant vertically
integrated MDMS.
In the OPC participants were asked about whether they find it important to establish an obligation on the
integration, on the basis of reasonable terms, of operators willing to be part of an MDMS platform. This
corresponds to PM14 but compared to the OPC question, the PM14 is restricted to indispensable rail platforms
only instead of MDMS platforms. In the OPC 152 out of 168 respondents who expressed an opinion found it
important while 6 did not. 77 out of 80 stakeholders from industry expressing a view found it important versus
2 who did not.
In the specific survey related to the revision of the CRS Code of Conduct stakeholders were asked which
provisions of the CRS Code of Conduct (if any) should be repealed. IATA and three air carriers highlighted
Article 10 as no longer relevant, because airlines no longer have significant ownership stakes in the CRSs.
Finally requiring indispensable RU platforms to unbundle with their parent operator, in PM15 has sparked
very diverging views among stakeholders surveyed. 22 of 69 expected this measure to be very (10) or
251 two MDMS providers including ADN Mobilités, an incumbent rail operator, an association of airlines, the public
transport operators association UITP, two national authorities and other organizations such as ECTAA 252 voiced by two incumbent RUs / rail association including CER, and two MDMS industry associations EUTT and
ADN Mobilités
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somewhat effective (12); 20 stakeholders surveyed expected it to be very ineffective (19) or somewhat
ineffective (1); and 26 stakeholders expressed either a neutral view (17) or did not know (9). Expectedly, a
majority of transport operators surveyed (54%, 15 out of 28) found the measure to be very ineffective, while
surveyed MDMS platforms’ position was more nuanced, with 30% (6 out of 20) finding the measure effective,
35% to have a neutral effect and 20% found it ineffective. 6 out of 11 national authorities participating in the
survey found the measure effective as did 4 of 10 ‘Others’. In interviews, many RUs emphasized that ticket
revenue is essential for sustaining rail operations, arguing that the ticketing process directly funds train services,
and that unbundling is disruptive and would not bring added value to consumers253. A new entrant RU notes
the delicate balance between acknowledging the real challenges posed by incumbent dominance in vertically
integrated ticketing and the risk that introducing such a measure might jeopardize the entire regulatory
framework, describing the situation as a “mixed bag”. Complexity is also underlined by the MDMS EU Travel
Tech, which points to the inherent difficulties in establishing a fully independent MDMS that can operate
without ties to incumbent RUs. Contrasting these concerns, new rail entrants argued that incumbent sales
channels are a form of inherited public property that must be accessible to all market participants254.
253 Statement shared in interview by DB, CER, SNCF and UITP 254 Statement shared in interview by a new entrant RU, All rail
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ANNEX 3: WHO IS AFFECTED AND HOW?
1. PRACTICAL IMPLICATIONS OF THE INITIATIVE
The preferred policy option (PO3) is expected to lead to a number of benefits and costs for various stakeholder
groups:
• Transport service users first and foremost as they will be able to benefit from (i) a reduction of search costs;
(ii) an increase in competition in the platform market, and (iii) an increase in competition in the transport
market. The most direct effect would be the reduction in search cost, as travellers would be able to find,
compare and purchase tickets in a single place without having to perform longer searches and visit multiple
platforms. This is expected to be particularly true for rail. Increased competition in the platform market
would also lead to greater innovation efforts, widening of services available on platforms, improvements
in the overall ticketing experience, and possibly reduction of transaction costs for users. Finally, greater
competition in the transport market is expected to lead to lower prices and increase the quality and
frequency of transport services.
• National authorities are expected to incur enforcement costs for monitoring the online ticketing market for
potential entities with SMP, as well as the correct implementation of the legislation. They are also expected
to incur administrative costs for settling disputes and for processing notifications from platforms with SMP
and submit this information to the Commission.
• The European Commission is expected to incur adjustment costs for the designation process and the
monitoring of the market and due to the support for the coordination of enforcement with an EU-wide
enforcement network.
• MDMS platforms that rely on access to operator’s offers to provide their services can also be expected to
see an increase in their capacity to develop and offer services at optimal cost and quality levels. In particular,
independent MDMS platforms are expected to get a better access to rail tickets, therefore improving their
ability to offer more sustainable travel options to their customers. MDMS platforms will also benefit from
the rules on commercial agreements established by the legislation that will allow them to streamline
negotiation processes with operators. On the other hand, MDMS platforms are expected to incur adjustment
and administrative costs for adjusting their platforms to fairness requirements and reporting to authorities.
• Transport operators can be expected to benefit from fairer access and display of their offers on MDMS
platforms, making it easier to sell more tickets and reach more consumers thereby maximising the
efficiency of their operations. On top of this, new entrant RUs will be able to access indispensable RU
platforms, increasing their visibility towards consumers, and further supporting their development.
Transport operators will also benefit from the rules on commercial agreements established by the legislation
that will allow them to streamline negotiation processes with MDMS platforms. On the other hand, (rail)
transport operators are expected to incur adjustment and administrative costs for sharing their offers and
reporting to authorities.
• Society as a whole is expected to benefit from a reduction of external costs of transport, achieved by better
travel traffic management, improved transport system performance and the promotion of a modal shift
towards rail and coach, which will reduce negative impacts linked to car traffic such as reduced CO2 and
air pollutants emissions, noise, fatalities and injuries, accidents and congestion.
2. SUMMARY OF COSTS AND BENEFITS
I. Overview of Benefits (total for all provisions) – Preferred Option (PO3)
Description Amount Comments
Direct benefits
104
I. Overview of Benefits (total for all provisions) – Preferred Option (PO3)
Description Amount Comments
Adjustment costs savings
for non-SME MDMS
platforms (expressed as
present value over 2028-
2050, relative to the
baseline)
EUR 43.5 million Adjustment costs savings for non-SME
MDMS platforms due to the introduction
of commercial agreement rules for
indispensable MDMS platforms (PM11)
and indispensable RUs (PM12) with third
parties that are expected to streamline the
negotiation processes. The adjustment
costs savings are estimated at EUR 43.5
million, expressed as present value over
2028-2050 relative to the baseline.
Adjustment costs savings
for non-SME transport
operators (expressed as
present value over 2028-
2050, relative to the
baseline)
EUR 37.9 million Adjustment costs savings for non-SME
transport operators due to the
introduction of commercial agreement
rules for indispensable MDMS platforms
(PM11) and indispensable RUs (PM12)
with third parties that are expected to
streamline the negotiation processes. The
adjustment costs savings are estimated at
EUR 37.9 million, expressed as present
value over 2028-2050 relative to the
baseline.
Decrease in the average
expenditure per person for
interurban mobility,
relative to the baseline
0.06% decrease in average expenditure per
person for interurban mobility in 2030 and
0.34% in 2050 relative to the baseline
Benefits for citizens. Decrease in the
average expenditure per person for
interurban mobility, due to the increase
in competition resulting from better
access and use of indispensable MDMS
for transport operators.
Reduction of search costs
for transport services
users
n/a Benefits for citizens. Reduction in search
costs, as travellers would be able to find,
compare and purchase tickets in a single
place without having to do long searches
or visit several platforms.
Increased competition in
the transport market
n/a Benefits for citizens. Greater
competition in the transport market
would tend to lower prices and increase
the quality and frequency of transport
services.
Increased competition in
the platform market
n/a Benefits for citizens. Increased
competition in the platform market
would lead to greater innovation efforts,
widening of services available on
platforms, improvements in the overall
ticketing experience, and possibly
reduction of transaction costs for users
Indirect benefits
Adjustment costs savings
for SME MDMS
platforms (expressed as
present value over 2028-
2050, relative to the
baseline)
EUR 90.5 million Adjustment costs savings for SME
MDMS platforms due to the introduction
of commercial agreement rules for
indispensable MDMS platforms (PM11)
and indispensable RUs (PM12) with
third parties that are expected to
streamline the negotiation processes. The
adjustment costs savings are estimated at
EUR 90.5 million, expressed as present
value over 2028-2050 relative to the
baseline.
105
I. Overview of Benefits (total for all provisions) – Preferred Option (PO3)
Description Amount Comments
Adjustment costs savings
for SME transport
operators (expressed as
present value over 2028-
2050, relative to the
baseline)
EUR 96.1 million Adjustment costs savings for SME
transport operators due to the
introduction of commercial agreement
rules for indispensable MDMS platforms
(PM11) and indispensable RUs (PM12)
with third parties that are expected to
streamline the negotiation processes. The
adjustment costs savings are estimated at
EUR 96.1 million, expressed as present
value over 2028-2050 relative to the
baseline.
Reduction in CO2
emissions (cumulative
over 2028-2050 relative to
the baseline)
23.8 million tonnes saved over 2028-2050
relative to the baseline
Indirect benefit to society at large. The
reduction in CO2 emissions is estimated
at 23.8 million tonnes, cumulatively over
2028-2050 relative to the baseline.
Savings in external costs
of CO2 emissions
(expressed as present
value over 2028-2050
relative to the baseline)
EUR 6.8 billion Indirect benefit to society at large.
Savings in external costs of CO2
emissions due to the modal shift. The
savings in external costs of CO2
emissions are estimated at EUR 6.8
billion expressed as present value over
2028-2050 relative to the baseline.
Reduction in air pollutant
emissions (cumulative
over 2028-2050 relative to
the baseline)
23.9 thousand tonnes of NOx saved over
2028-2050 relative to the baseline
1.5 thousand tonnes of PM2.5 saved over
2028-2050 relative to the baseline
Indirect benefit to society at large. The
reduction in NOx emissions is estimated
at 23.9 thousand tonnes, cumulatively
over 2028-2050 relative to the baseline,
while the reduction in particulate matter
(PM2.5) emissions at 1.5 thousand
tonnes over the same period.
Savings in external costs
of air pollutant emissions
(expressed as present
value over 2028-2050
relative to the baseline)
EUR 0.7 billion Indirect benefit to society at large.
Savings in external costs of air pollutant
emissions due to the modal shift. The
savings in external costs of air pollutant
emissions are estimated at EUR 0.7
billion expressed as present value over
2028-2050 relative to the baseline.
Savings in external costs
of noise emissions
(expressed as present
value over 2028-2050
relative to the baseline)
EUR 2.1 billion Indirect benefit to society at large.
Savings in external costs of noise
emissions due to the modal shift. The
savings in external costs of noise
emissions are estimated at EUR 2.1
billion expressed as present value over
2028-2050 relative to the baseline.
Decrease in the number of
fatalities and injuries
(cumulative over 2028-
2050 relative to the
baseline)
2,113 lives saved, and
136.9 thousand injuries avoided over 2028-
2050 relative to the baseline
Indirect benefit to society at large. The
number of lives saved due to the
reduction in the passenger car transport
activity is estimated at 2,113
cumulatively over 2028-2050 relative to
the baseline, while the reduction in the
number of injuries at 136.9 thousand
over the same period.
Savings in external costs
of accidents (expressed as
present value over 2028-
2050 relative to the
baseline)
EUR 21.3 billion Indirect benefit to society at large.
Savings in external costs of accidents
due to the reduction in the passenger car
transport activity. The savings in
external costs of accidents are estimated
106
I. Overview of Benefits (total for all provisions) – Preferred Option (PO3)
Description Amount Comments
at EUR 21.3 billion expressed as present
value over 2028-2050 relative to the
baseline.
Savings in external costs
of road congestion
(expressed as present
value over 2028-2050
relative to the baseline)
EUR 6.4 billion Indirect benefit to society at large.
Savings in external costs of road
congestion due to the reduction in the
passenger car transport activity. The
savings in external costs of road
congestion are estimated at EUR 6.4
billion expressed as present value over
2028-2050 relative to the baseline.
II. Overview of costs – Preferred option (PO3)
Citizens/Consumers Businesses Administrations
One-off Recurrent One-off Recurrent One-off Recurrent
Direct adjustment costs
(expressed as present
value over 2028-2050,
relative to the baseline)
- - For MDMS
platforms:
EUR 50.1
million
For transport
operators:
EUR 42.2
million
For MDMS
platforms:
EUR 72.2
million
- For the
European
Commission:
EUR 5.3
million
Direct administrative costs
(expressed as present
value over 2028-2050,
relative to the baseline)
- - For MDMS
platforms:
EUR 0.5
million
For transport
operators:
EUR 1,356 at
EU level
- For
national
authorities:
EUR 3.1
million
For national
authorities:
EUR 25.8
million
Direct enforcement costs
(expressed as present
value over 2028-2050,
relative to the baseline)
- - - - - For national
authorities:
EUR 106.5
million
III. Contribution to the administrative burden reduction targets – Preferred option (PO3)
Administrative costs
[M€]
New
recurrent
costs (INs)
(nominal
values per
year)
Removed
recurrent
costs
(OUTs)
(nominal
values per
year)
Net cost
(INs –
OUTs)
(nominal
values per
year)
New one-off costs
(INs)
(annualised total net
present value over
the relevant period)
Removed one-off
costs (OUTs)
(annualised total net
present value over
the relevant period)
All businesses
(relative to the
baseline)
- -
EUR 0.06
million
(additional
costs)
EUR 0.06 million,
of which:
EUR 0.06 million
for MDMS
platforms and
-
107
Note: This table presents the average annual values relative to the baseline. By contrast, the Table II above (Overview
of costs) presents the present value over 2028-2050, relative to the baseline, an approach also used for the efficiency
table in section 7.2.
3. RELEVANT SUSTAINABLE DEVELOPMENT GOALS
IV. Overview of relevant Sustainable Development Goals – Preferred Option (PO3)
Relevant SDG Expected progress towards the Goal Comments
SDG#13 (Climate Action) Decrease in CO2 emissions:23.8 million
tonnes of CO2 saved over 2028-2050 relative
to the baseline
The reduction in CO2 emissions will
result in cost savings associated with
lower climate-related externalities, such
as avoided environmental damage and
health impacts from climate change.
Expressed as present value over 2028-
2050, these costs savings are estimated
at EUR 6.8 billion relative to the
baseline.
SDG#3 (Ensure healthy
lives and promote
wellbeing for all at all
ages, including target 3.9:
By 2030, substantially
reduce the number of
deaths and illnesses from
hazardous chemicals and
air, water and soil
pollution and
contamination.)
Decrease in NOx emissions: 23.9 thousand
tonnes of NOx saved over 2028-2050 relative
to the baseline
Decrease in particulate matter (PM2.5)
emissions:1.5 thousand tonnes of PM2.5
saved over 2028-2050 relative to the baseline
Decrease in noise emissions: The savings in
external costs of noise emissions are
estimated at EUR 2.1 billion, expressed as
present value over 2028-2050 relative to the
baseline.
The reduction of air pollutant emissions
and of noise emissions will result in cost
savings associated with improved air
quality, reduced health impacts, and
enhanced well-being. Expressed as
present value over 2028-2050, these
costs savings are estimated at EUR 0.7
billion for air pollutant emissions, and at
EUR 2.1 billion for noise emissions
relative to the baseline.
SDG#9 (Make cities and
human settlements
inclusive, safe, resilient
and sustainable)
Decrease in the number of fatalities and
injuries relative to the baseline: 2,113 lives
saved and 136.9 thousand injuries avoided
over 2028-2050 relative to the baseline
The reduction in the number of fatalities
and injuries will result in external costs
savings associated to accidents estimated
at EUR 21.3 billion, expressed as present
value over 2028-2050 relative to the
baseline
negligible (EUR
159) for transport
operators
- of which SMEs - - - - -
Public
administrations
(relative to the
baseline)
EUR 1.53
million -
EUR 1.89
million
(additional
costs)
EUR 0.36 million -
Citizens (relative to
the baseline) - - - -
108
ANNEX 4: ANALYTICAL METHODS
1. DESCRIPTION OF THE ANALYTICAL METHODS USED
The analytical framework used for the purpose of this impact assessment builds on the PRIMES-TREMOVE
and ASTRA models, as well as on a suite of inputs and ad-hoc tools developed for the purpose of this impact
assessment in the context of the impact assessment support study255.
The main model used for developing the baseline scenario for this initiative is the PRIMES-TREMOVE
transport model by E3Modelling, a specific module of the PRIMES models. The model has a successful
record of use in the Commission's energy, transport and climate policy assessments. In particular, it has been
used for the impact assessments underpinning the Communication on a 2040 climate target256, the “Fit for 55”
package257, the impact assessments accompanying the 2030 Climate Target Plan258 and the Staff Working
Document accompanying the Sustainable and Smart Mobility Strategy259, the Commission’s proposal for a
Long Term Strategy260 as well as for the 2020 and 2030 EU’s climate and energy policy framework.
ASTRA is the main model used to assess the policy options presented in this impact assessment. It provides
results at Member State and EU level on economic, social and environmental indicators, including external
costs. The ASTRA model is a well-established model that has been used for numerous impact assessments in
the energy, transport and climate action fields for the past 15 years261. The baseline scenario of the ASTRA
model has been calibrated on the PRIMES-TREMOVE results.
The assessment of impacts builds significantly on evidence from a 2024 Eurobarometer survey on
ticketing262 and the in-depth analysis of 100 origin-destination (OD) routes, conducted in the context of
the impact assessment support study. In addition, an expert workshop was organised to discuss the
maximum potential modal shift due to the ability to see all offerings on MDMS platforms and the ability
to book all visible travel options on MDMS platforms, and an additional stakeholders’ workshop was
organised to validate the inputs used for the policy options in the ASTRA model. More details on how
this evidence was used are provided in the sections below.
A suite of inputs and ad-hoc tools have been developed in the context of the impact assessment support study
that feed into the ASTRA model:
• Route clustering. The policy measures assessed are expected to have an impact on modal shares.
Depending on factors such as geography, existing transport services offering and MDMS platforms
maturity, the changes in modal shares are likely to be route-dependent. 100 origin-destination (OD) routes
are selected for in-depth analysis. They are grouped into ‘clusters’ that capture the full range of impacts
expected across different routes in the EU and are further used in the Multi Parameter Analysis (MPA)
module.
• Multi Parameter Analysis (MPA) module. The module translates, through a scoring, the impact of the
policy measures assessed on the completeness and accuracy of service information, and the ability to
book service offerings for each cluster. The completeness and accuracy of service information and the
255 Ricardo et al. (2026), Study supporting the RMB and RTR Impact assessment. 256 EUR-Lex - 52024DC0063 - EN - EUR-Lex (europa.eu) 257 Delivering the European Green Deal | European Commission (europa.eu) 258 SWD(2020)176 final 259 EUR-Lex - 52020SC0331 - EN - EUR-Lex (europa.eu) 260 Source: 2050 long-term strategy (europa.eu) 261 For example, Register of Commission Documents - SWD(2023)351; Register of Commission Documents -
SWD(2023)443; Register of Commission Documents - SWD(2021)472; Register of Commission Documents -
SWD(2021)474 262 Flash Eurobarometer 551 - Multimodal Digital Mobility Service – August – September 2024
109
ability to book service offerings have in turn an impact on modal shift and journey time. The scoring is
used to assess the progress that could be achieved towards the maximum potential modal shift and
maximum potential journey time reduction due to the ability to see all offerings on MDMS platforms
and the ability to book all visible travel options on MDMS platforms.
• Interface module. This module translates the outputs of the MPA module into origin-destination pairs at
NUTS3 level263, that further feed as input into the ASTRA model.
In addition, an excel-based tool has been developed in the context of the impact assessment support study,
drawing on the standard cost model, to calculate the costs and costs savings, that feed into the cost-benefit
analysis (CBA) module264. A schematic representation of various inputs, modules and model that contribute
to the quantitative assessment of impacts is provided in the figure below. More detailed explanations on each
of the components are provided in the following sections.
Figure 8: Schematic representation of the quantitative assessment of impacts
Source: Ricardo et al. (2026), Impact assessment support study
The proposed measures are assumed to be implemented from 2028 onwards. The assessment has been
undertaken for the 2028-2050 period and refers to EU27. Costs and benefits are expressed as present value
over the 2028-2050 period, using a 3% discount rate. All costs and benefits are expressed in 2024 prices.
1.1. PRIMES-TREMOVE model
The PRIMES-TREMOVE transport model projects the evolution of demand for passengers and freight
transport, by transport mode, and transport vehicle/technology, following a formulation based on
microeconomic foundation of decisions of multiple actors265. Operation, investment and emission costs,
various policy measures, utility factors and congestion are among the drivers that influence the projections of
the model. The projections of activity, equipment (fleet), usage of equipment, energy consumption and
emissions (and other externalities) constitute the set of model outputs.
263 The Nomenclature of territorial units for statistics (NUTS) is a geographical nomenclature subdividing the EU
territory into regions at three different levels (NUTS1, NUTS2 and NUTS3 respectively, moving from larger to smaller
territorial units). NUTS3 regions are those with population between 150,000 and 800,000. 264 Ricardo et al. (2026), Study supporting the RMB and RTR Impact assessment. 265 A detailed description of the model is available at: PRIMES MODEL
ASTRA Model
Modal shift modelled and
quantitative output indicators on
environmental, economic and
social impacts estimated at EU
and MS level
Route Clustering
Identify and
characterise route
clusters
Multi Parameter
Analysis Module
Weight qualitative
factors (QP)
Score PM impact on
QF in OD clusters
Interface
Module Weighted impacts
translated and
applied to NUTS3
OD matrices and
aggregated into
modal shift input
CBA
Compare impacts of Policy
options in monetary terms
T a
rg e
te d
in te
rv ie
w s,
s u
rv e
ys ,
d e
sk r
e se
a rc
h a
n d
q u a
lif ie
d a
ss u
m p ti o n s
Cost Module
Analysis of
compliance and
enforcement costs
and savings from
POs
110
The PRIMES-TREMOVE transport model can therefore provide the quantitative analysis for the transport
sector in the EU, candidate and neighbouring countries covering activity, equipment, energy and emissions.
The model accounts for each country separately which means that the detailed long-term outlooks are
available both for each country and in aggregate forms (e.g. EU level).
In the transport field, PRIMES-TREMOVE is suitable for modelling soft measures (e.g. eco-driving,
labelling); economic measures (e.g. subsidies and taxes on fuels, vehicles, emissions; ETS for transport when
linked with PRIMES; pricing of congestion and other externalities such as air pollution, accidents and noise;
measures supporting R&D); regulatory measures (e.g. CO2 emission performance standards for new light-
duty vehicles and heavy-duty vehicles; EURO standards on road transport vehicles; technology standards for
non-road transport technologies, deployment of Intelligent Transport Systems) and infrastructure policies for
alternative fuels (e.g. deployment of refuelling/recharging infrastructure for electricity, hydrogen, LNG,
CNG). Used as a module that contributes to the PRIMES energy system model, PRIMES-TREMOVE can
show how policies and trends in the field of transport contribute to economy-wide trends in energy use and
emissions. Using data disaggregated per Member State, the model can show differentiated trends across
Member States.
The PRIMES-TREMOVE has been developed and is maintained by E3Modelling, based on, but extending
features of, the open source TREMOVE model developed by the TREMOVE266 modelling community. Part
of the model (e.g. the utility nested tree) was built following the TREMOVE model267. Other parts, like the
component on fuel consumption and emissions, follow the COPERT model268.
Data inputs
The main data sources for inputs to the PRIMES-TREMOVE model, such as for activity and energy
consumption, come from EUROSTAT databases and from the Statistical Pocketbook EU transport in
figures269. Excise taxes are derived from DG TAXUD excise duty tables. Other data comes from different
sources such as research projects (e.g. TRACCS and New Mobility Pattern projects) and reports. In the context
of this exercise, the PRIMES-TREMOVE transport model is calibrated to 2005, 2010, 2015 and 2020-2023
historical data, as well as the most recent data on the structure of the road transport vehicle fleet for the first
half of 2025 from the European Alternative Fuels Observatory (EAFO)270.
1.2. ASTRA - ASsessment of TRAnsport Strategies
ASTRA is a strategic model based on the Systems Dynamics Modelling approach simulating the transport
system development in combination with the economy and the environment until the year 2050271.
ASTRA consists of different modules, each related to one specific aspect such as the economy, transport
demand or the vehicle fleet. The main modules cover the following aspects:
266 https://www.tmleuven.be/en/navigation/TREMOVE. 267 Several model enhancements were made compared to the standard TREMOVE model, as for example: for the number
of vintages (allowing representation of the choice of second-hand cars); for the technology categories which include
vehicle types using electricity from the grid and fuel cells. The model also incorporates additional fuel types, such as
biofuels (when they differ from standard fossil fuel technologies), LPG, LNG, hydrogen and e-fuels. In addition,
representation of infrastructure for refuelling and recharging are among the model refinements, influencing fuel choices.
A major model enhancement concerns the inclusion of heterogeneity in the distance of stylised trips; the model considers
that the trip distances follow a distribution function with different distances and frequencies. The inclusion of
heterogeneity was found to be of significant influence in the choice of vehicle-fuels especially for vehicles-fuels with
range limitations. 268 COPERT | Calculations of Emissions from Road Transport 269 Statistical pocketbook 2025 - Mobility and Transport - European Commission 270 Homepage | European Alternative Fuels Observatory 271 A detailed description of the model is available at https://www.astra-model.eu/
111
1. Population and social structure (age cohorts and income groups)
2. Economy (e.g. GDP, input-output tables, employment, consumption and investment both at aggregate and
at sectoral level)
3. Foreign trade (inside EU and to partners from outside EU)
4. Transport (including demand estimation, modal split, transport cost and infrastructure networks)
5. Vehicle fleet (passenger and freight road vehicles by segment and drivetrain)
6. Environment (including air pollutant emissions, CO2 emissions, energy consumption).
The economy module simulates the main economic variables. Some of these variables (e.g. GDP) are
transferred to the transport generation module, which uses the input to generate a distributed transport demand.
The transport component is represented by means of two classical 4-stage transport models, one for passenger
and one for freight transport, including endogenous feedback on all stages. Even if a full origin-destination
matrix is not modelled, demand is segmented according to trip purpose and in different distance bands to better
consider the competition between alternative modes. The transport network is not explicitly represented but
information on network capacity is considered in a simplified way for the different transport modes drawing
on the TRUST network transport model. In the transport module, demand is split by mode of transport. The
traffic performance by mode is associated with the composition of the fleet (computed in the vehicle fleet
module) and the emissions factors (defined in the environmental module), in order to estimate total emissions.
Several feedback effects take place in the ASTRA model. For instance, the economy module provides the
level of income to the fleet module, in order to estimate vehicle purchase. The economy module then receives
information on the total number of purchased vehicles from the fleet module to account for this item of
transport consumption and investment. Furthermore, changes in the economic system feed into changes of the
transport behaviour and alter origins, destinations and volumes of European transport flows.
The indicators that ASTRA can produce cover a wide range of impacts, in particular transport system
operation, economic, environmental and social indicators. The environment module uses input from the
transport module (in terms of vehicle-kilometres travelled per mode and geographical context) and from the
vehicle fleet module (in terms of composition of vehicle fleets by type of powertrain), in order to compute fuel
consumption, greenhouse gas emissions and air pollutant emissions from transport.
Strategic assessment capabilities in ASTRA cover a wide range of transport measures and investments with
flexible timing and levels of implementation.
Geographically, ASTRA covers all EU Member States plus the United Kingdom, Norway and Switzerland.
The model is built in the Vensim software and is developed and maintained by TRT, M-Five and ISI
Fraunhofer.
The ASTRA model is a well-established model that has been used for numerous impact assessments in the
energy, transport and climate action fields for the past 15 years. A dedicated version of the ASTRA model
was developed by TRT and M-Five on behalf of JRC and is being used since 2013, when the first version was
developed as part of the ASSIST project.
In the context of this impact assessment, the ASTRA model was used to estimate the impacts of the policy
options on transport activity, CO2 emissions, air pollutant emissions and other external costs of transport, as
well as the impacts on user costs. To monetise the external costs, the unit values from the 2019 Handbook on
the external costs of transport272 have been used.
272 Handbook on the external costs of transport - Publications Office of the EU
112
The baseline scenario of the ASTRA model has been calibrated on the PRIMES-TREMOVE results.
Data inputs
The main data sources for inputs to the ASTRA model, such as for activity and energy consumption,
come from EUROSTAT databases and from the Statistical Pocketbook EU transport in figures273.
Excise taxes are derived from DG TAXUD excise duty tables. Other data comes from different
sources such as research projects (e.g. New Mobility Pattern projects) and reports. In the context of
this exercise, the ASTRA transport model is calibrated to 2005, 2010, 2015 and 2020-2023 historical
data. As explained above, the baseline scenario of the ASTRA model has been calibrated on the
PRIMES-TREMOVE results.
1.3. Other inputs and ad hoc tools part of the assessment of impacts framework
As explained in section 1 of Annex 4, a suite of inputs and ad-hoc tools have been developed that feed into the
ASTRA model. This is complemented by a cost module and a cost-benefit analysis (CBA) module as shown
in Figure 8. More details on each component are provided below.
The assessment of impacts builds significantly on evidence from a 2024 Eurobarometer survey on
ticketing274 and the in-depth analysis of 100 origin-destination (OD) routes, conducted in the context of
the impact assessment support study, as further explained below. In addition, an expert workshop was
organised to discuss the maximum potential modal shift due to the ability to see all offerings on MDMS
platforms and the ability to book all visible travel options on MDMS platforms, and an additional
stakeholders’ workshop was organised to validate the inputs used for the policy options in the ASTRA
model.
1.3.1. Route clustering
To assess the extent to which EU passengers have access to alternative options for long-distance and regional
travel, and whether the combinations of operators within transport modes or combinations between different
transport modes are sufficient, an in-depth analysis of 100 representative transport routes, also known as
origin-destination (OD) pairs, has been performed.
To select the 100 transport routes, given the large variety of possible routes to consider275, priority was first
given to identifying a balanced selection of high traffic routes that can be considered highly relevant for EU
passenger transport. To do this, multiple data sources276 were compiled into a list of high traffic routes and
nodes in the EU using a NUTS3-to-NUTS3 approach. This step of the analysis also considered the relevance
of OD pairs between capital cities277.The most relevant routes for each mode were compiled into a preliminary
list. These high traffic routes were then screened to ensure geographic diversity by removing any duplicate
nodes and ensuring no two routes are part of the same NUTS2 - NUTS2 combination. This resulted in a list
of 94 high-traffic OD routes. In a second step, to select a sample of lower traffic routes, a randomisation
element has been used to remove bias from the route selection process: all cities with a population above
50,000 people were listed along with their relevant NUTS3 region and the output of the attractiveness
analysis278. Node pairs were then randomised within two groups up to the target number of routes: attractive-
273 Statistical pocketbook 2025 - Mobility and Transport - European Commission 274 Flash Eurobarometer 551 - Multimodal Digital Mobility Service – August – September 2024 275 There are 1,165 NUTS3 regions in the EU resulting in about 1,350,000 origin-destination (OD) pairs. There are 244
NUTS2 regions in the EU resulting in about 59,500 origin-destination pairs. 276 Eurostat Air Transport of Passengers, Eurostat National Railway Passenger Transport and Eurostat Maritime
Passenger Statistics. 277 About 700 cross-border combinations. 278 The attractiveness of origin or destination nodes was assessed considering for each NUTS3 region the economic
113
less attractive (moderate traffic, 270 routes), and less attractive-less attractive (low traffic, 90 routes). These
two steps were combined to produce a long list of 454 routes. The Google Maps API was used to extract
characteristics for each route in the long list, including the distance of the node pairs, modal options for the
quickest route, and the number of connections required. This API only covers connectivity by land and sea,
excluding flight options. Therefore, IATA data listing279 of the location and size of airports globally was used
to indicate whether a medium or large airport was within 50km of the origin or destination. If such an airport
was present, it was assumed that the node was accessible by air. The long list was checked for duplicates, and
for any similar routes that either began or ended in the same NUTS3 region or shared large proportions of the
routes, with any such duplicate/similar routes removed. As a final step, 100 routes were shortlisted while
ensuring the inclusion of routes with a diversity regarding the following factors: attractiveness (traffic)280,
geography281, distance282 and modal use283. The table below shows the 100 OD routes shortlisted.
Table 38: 100 EU transport routes selected for in-depth analysis Origin city Origin country Destination city Destination
country
Land/sea based
distance (km)
Cluster A
1 Barcelona Spain Palma Spain 250 km
2 Freising / Munich Germany Hamburg Germany 849 km
3 Copenhagen Denmark Aalborg Denmark 466 km
4 Ingolstadt Germany Munich Germany 80.3 km
5 Barcelona Spain Girona Spain 94.6 km
6 Helsinki Finland Oulu Finland 680 km
7 Hoorn Netherlands Amsterdam Netherlands 40.2 km
Cluster B
8 Paris France Nice France 969 km
9 Catania Italy Rome Italy 534 km
10 Athens Greece Thessaloníki Greece 499 km
11 Messina Italy Reggio Calabria Italy 10.6 km
12 Piraeus Greece Ermoúpolis Greece 160 km
13 Busto Arsizio Italy Milan Italy 35.3 km
14 Gdańsk Poland Wejherowo Poland 37.1 km
attractiveness (as indicated by the GDP by NUTS3 region from Eurostat), personal attractiveness (as indicated by the
number of bed places for tourism per NUTS3 region from Eurostat), and its status as a capital city. Threshold criteria
were applied to designate certain NUTS3 regions as attractive. Either the regions needed to be a capital city or comply
with both of the conditions of being attractive for business purposes and personal purposes. A region was defined as
attractive for business purposes if: (i) GDP in absolute terms was higher than EUR 18.75 billion per year (i.e. the average
GDP per NUTS3 region at EU level (EUR 15 billion per year) plus a 25% uplift to avoid all NUT3 regions being classified
as ‘attractive’ within some Member States), or; (ii) GDP per inhabitant is larger than the national average by 50% AND
GDP in absolute terms is larger than the average GDP per region (average GDP per region = national GDP / number of
regions). A region was defined as attractive for personal purposes if: (i) the number of bed places in absolute terms in
that region is higher than 31,250 (i.e. the average number of bed places per NUTS3 region at EU level (25,000) plus a
25% uplift to avoid all NUT3 regions being classified as ‘attractive’ within some Member States), or; (ii) the number of
bed places per inhabitant per region is 50% or higher than the national average. 279 https://ourairports.com/data/ 280 A target ratio of routes was set between high, moderate and low traffic routes as proxied through ‘attractiveness’.
Taking into account the population data and the attractiveness of each NUTS3 region, the analysis indicates that 4-26%
of the EU population may be living and traveling between two ‘less attractive’ NUTS3 regions. Given that the ‘highly
relevant’ routes are specifically identified as carrying more passengers, a 40/45/15 target split has been used for
high/moderate/low traffic routes. 281 A targeted distribution of routes between Member States was set based on the proportion of total EU passenger traffic
passing through each Member State, as indicated by Eurostat data (road_pa_mov). 282 A range of route distances was targeted, with a preference towards shorter routes (reflecting the most common routes
performed by EU travellers). 283 A target distribution transport mode availability was set based on the modal split for EU passenger traffic, as indicated
by Eurostat data (tran_hv_ms_psmod).
114
Origin city Origin country Destination city Destination
country
Land/sea based
distance (km)
15 Khalándrion Greece Athens Greece 17.0 km
16 Luleå Sweden Stockholm Sweden 934 km
17 Dubrovnik Croatia Split Croatia 270 km
18 Dublin Ireland Drogheda Ireland 52.2 km
19 Riga Latvia Valmiera Latvia 117 km
20 Vilnius Lithuania Kaunas Lithuania 103 km
Cluster C
21 Paris France Madrid Spain 1,731 km
22 Palma Spain Düsseldorf Germany 1,814 km
23 Rome Italy Barcelona Spain 1,536 km
24 Budapest Hungary Madrid Spain 3,065 km
25 Tallinn Estonia Helsinki Finland 85.9 km
26 Helsinki Finland Stockholm Sweden 488 km
27 Busto Arsizio Italy Barcelona Spain 1,081 km
28 Amsterdam Netherlands Rome Italy 1,615 km
29 Frankfurt am Main Germany Vienna Austria 768 km
30 Sofia Bulgaria Vienna Austria 1,002 km
31 Luxembourg Luxembourg Porto Portugal 1,991 km
32 Copenhagen Denmark Hamburg Germany 473 km
33 Prague Czech Republic Vienna Austria 332 km
Cluster D
34 Trbovlje Slovenia Zagreb Croatia 192 km
35 Bratislava Slovakia Prague Czech Republic 396 km
36 Cluj-Napoca Romania Budapest Hungary 584 km
37 Paris France Lisbon Portugal 2,651 km
38 Lyon France Turin Italy 249 km
39 Paris France Porto Portugal 2,604 km
40 Dublin Ireland Paris France 1,041 km
41 Lisbon Portugal Brussels Belgium 1,980 km
42 Bucharest Romania Vienna Austria 1,133 km
43 Brussels Belgium Rome Italy 1,770 km
44 Vilnius Lithuania Warsaw Poland 506 km
45 Trbovlje Slovenia Paris France 1,356 km
Cluster E
46 Gijón Spain Córdoba Spain 835 km
47 Vejle Denmark Roskilde Denmark 215 km
48 El Ejido Spain Moratalaz Spain 464 km
49 Kraków Poland Wrocław Poland 264 km
50 Pori Finland Rovaniemi Finland 843 km
51 Lippstadt Germany Eschweiler Germany 223 km
52 Zaandam Netherlands Oss Netherlands 119 km
53 Zaanstad Netherlands Almelo Netherlands 180 km
Cluster F
54 Verviers Belgium Sint-Niklaas Belgium 206 km
55 Rijeka Croatia Zagreb Croatia 174 km
56 Split Croatia Pula Croatia 685 km
57 Prievidza Slovakia Martin Slovakia 81.7 km
115
Origin city Origin country Destination city Destination
country
Land/sea based
distance (km)
58 Prešov Slovakia Bratislava Slovakia 440 km
59 Limerick Ireland Galway Ireland 280 km
60 Riga Latvia Jelgava Latvia 42.8 km
61 Zalaegerszeg Hungary Szeged Hungary 454 km
62 Galátsi Greece Irákleion Greece 450 km
63 Brussels Belgium Roeselare Belgium 118 km
64 Grudziądz Poland Płock Poland 180 km
65 Liberec Czech Republic Opava Czech Republic 472 km
66 Bucharest Romania Turda Romania 564 km
67 Halmstad Sweden Täby Sweden 615 km
68 Klaipėda Lithuania Kaunas Lithuania 225 km
Cluster G
69 Tourcoing France Dordrecht Netherlands 239 km
70 Bonn Germany Ostend Belgium 370 km
71 Bergisch Gladbach Germany Žilina Slovakia 1,170 km
72 Leiden Netherlands Tarbes France 1,379 km
73 Sundsvall Sweden Odense Denmark 1,169 km
74 Saint-Malo France Kaiserslautern Germany 902 km
75 Innsbruck Austria Grenoble France 724 km
76 Livorno Italy Kempten (Allgäu) Germany 860 km
77 San Severo Italy Lleida Spain 1,794 km
78 Luxembourg Luxembourg Orléans France 531 km
Cluster H
79 Haskovo Bulgaria Sassari Italy 2,603 km
80 Mérignac / Bordeaux France Matera Italy 2,384 km
81 Budapest Hungary Padova Italy 1,104 km
82 Stalowa Wola Poland Varna Bulgaria 2,046 km
83 Narva Estonia Como Italy 2,888 km
84 Olbia Italy Volos Greece 2,410 km
85 Slobozia Romania České Budějovice Czech Republic 1,724 km
Cluster I
86 Gummersbach Germany Fulda Germany 338 km
87 Cottbus Germany Bremerhaven Germany 575 km
88 Bayreuth Germany Aalen Germany 221 km
89 Sliven Bulgaria Shumen Bulgaria 194 km
90 Szczecin Poland Białystok Poland 690 km
91 Łódź Poland Tarnów Poland 350 km
92 Botoşani Romania Buzău Romania 448 km
Cluster J
93 Schweinfurt Germany Vigevano Italy 940 km
94 Seinäjoki Finland Mülheim Germany 2,377 km
95 Tübingen Germany Tulcea Romania 2,144 km
96 Albi France Flensburg Germany 2,228 km
97 Bad Salzuflen Germany Pardubice Czech Republic 868 km
98 Crotone Italy Schwerte Germany 2,147 km
99 Lahti Finland Jönköping Sweden 987 km
100 Pardubice Czech Republic Nyíregyháza Hungary 820 km
116
Source: Ricardo et al. (2026), Impact assessment support study
The in-depth analysis of the 100 transport routes shows that:
• For waterborne and land-based travel, multimodal connections were possible in 76 out of the 100 assessed
routes (76%) when booking directly through operators. The lack of multimodal booking functionality in
MDMS could therefore be argued to limit options for consumers in 76% of routes.
• MDMS platforms missed rail or coach connections in 32 out of 83 cases (39%) where such connections
were possible through direct operator booking (in 17 cases no land-based routes were identified).
• Booking directly via operators provided faster connections than those available in an MDMS platform in
17% of the waterborne and land-based assessed routes. This is strong evidence supporting the fact that
travellers cannot see all options available to them on MDMS platforms, and that these missed options are
sometimes faster, implying that travellers may be making suboptimal travel decisions.
• In 29 out of the 100 pairs assessed (29%), it was not possible to see a train connection in the MDMS
platform where one was available on the website of the operator(s). This problem seems to be slightly more
concentrated in domestic routes (17 of 29 instances). The problem also persists in coach travel, although to
a lesser extent (7 out of 100, or 7%). This is indicative that platforms are not displaying all possible
operators, which could be reflective of uneven access.
• Out of 100 OD pairs, direct bookings offered cheaper connections in 34 cases (34%). Among these, direct
train bookings were cheaper in 19 pairs, while direct coach bookings were cheaper in 12 pairs.
Additionally, in 22 of the 34 cases, a multimodal option was cheaper through direct booking (note that
various modes can be cheaper within the same OD pair, so these numbers do not total to 34). However, it
must be stressed that the cost data collected directly via operator websites was for a point further in the
future (Wednesday 17th September 2025) than the costs extracted from Omio (Wednesday 16th July
2025). This limits the comparability of the results, since tickets booked further in advance are typically
priced cheaper by operators to encourage smoothing of expected demand. It is therefore likely that the
indicated proportion of routes where MDMS are not showing the cheapest connections is overestimated.
Moreover, comparisons in costs were only directly available in 56/100 of the OD pairs, bringing into
question the representativeness of the sample in an already targeted selection of 100 OD pairs.
• A separate set of conclusions is presented for flights given limitations to the analysis in this mode. Firstly,
in order to create comparability with land- and sea-based forms of travel, it is necessary to account for the
considerable time spent at airports checking in and going through security. Therefore, two hours of
additional time has been assumed for this, applied to both the direct booking and MDMS channels,
although this will vary in reality based on passenger attitudes towards risk of delays and recommendations
from each airport and service carrier. Secondly, it should be stressed that Omio only considers the time
spent in flight and waiting between connections for their estimated time duration. It was therefore necessary
to assume some additional time needed to travel to/from the airport for the Omio results only. An average
of two hours was assumed in each case, additional to the two-hour check-in time noted above; one hour to
get to the origin airport, and another hour to reach the city centre from the destination airport. Finally, it
should be noted that Omio is more focussed on land-based travel while other platforms that focus more on
air travel might have found improved air offerings (e.g. Edreams or Etraveli).
• In 16 out of 100 OD pairs (16%), land-based transport modes remained competitive with air travel, offering
journey durations that were within ±20% of flight travel time.
• In 33 out of 100 OD pairs (33%), MDMS failed to identify bookings that were available directly via
operators. This suggests that direct airline booking platforms may offer a broader range of flight
connections than those aggregated by MDMS, highlighting a potential gap in coverage for air travel options
on the platform.
• In 32 out of 100 OD pairs (32%), direct booking flights were found to be faster than the options listed on
Omio. This suggests that direct operator bookings can also offer significant time savings compared to
117
MDMS.
Clusters of routes were further defined in the context of the impact assessment support study, based on the 100
representative EU transport routes. These clusters are used in the analysis of impacts of the policy measures
on modal shift in the Multi Parameter Analysis (MPA) module. The clusters allow to consider the fact that
policy measures may have different impacts on modal shift depending on the characteristics of routes where
MDMS may be deployed. They capture differences between routes with complex transport choices, including
multimodal and multi-operator combinations, and those with simpler transport choices, as the latter would be
expected to benefit less from MDMS. In addition, some policy measures only affect specific transport modes
(e.g. rail), and/or situations where there is no competition between MDMS platforms or transport operators.
The clusters are representative of the scope of routes relevant for this impact assessment (i.e. regional, national
long-distance and international) for the extrapolation of results at Member State and EU level.
The following three criteria were used to define the clusters, that are presented in the table below:
• Journey type: This criterion ensures that the differentiated impacts between national and international
routes (including cross-border) are captured. Only inter-NUTS3 trips are considered.
• Member State advancement on MDMS: This criterion ensures that the differentiated impacts between
Member States with different levels of MDMS market maturity are captured. Member States are grouped
into three categories based on the availability of platforms and the number of users: leaders, planned
adopters, and followers. It should however be noted that planned adopter/follower groups exhibit similar
behaviour. Conversely, policy measures that encourage competition among platforms and/or transport
operators are likely to impact leaders and planned adopters/followers differently: (i) in leader Member
States, enforcing fair data practices and limiting the power of platforms/operators with significant market
presence may be more effective, given the availability of other national platforms with similar
functionality that could capture the market share; (ii) in planned adopter/follower Member States, the
effect may be limited, as alternatives for platform substitution are scarce (such as in Malta and Cyprus),
or the user base is insufficient to foster significant growth in a competitor platform (such as in Belgium),
or both (such as in Hungary).
• Attractiveness of origin or destination nodes: This criterion is selected as a proxy of the route’s
characteristics, availability of connections, competition between operators, and attitude of passengers,
which can contribute to the differentiated impacts of the policy measures. A more attractive route,
involving higher demand, is likely to have more transport options available and more complex choices,
so there might be a higher added value of MDMS platforms for such route. NUTS3 regions were grouped
into ‘Attractive’ and ‘Moderately attractive’ based on their economic output (GDP) and touristic
attractiveness (number of bed places for tourism), with routes categorised according to the combination
of origin and destination at NUTS3 level.
Table 39: Clusters of OD routes used in the modelling framework Cluster ID Journey type Member State advancement on
MDMS
OD node attractiveness
A National Leader Both attractive
B National Planned adopters and followers Both attractive
C International At least one leader Both attractive
D International Planned adopters and followers Both attractive
E National Leader Hybrid284
F National Planned adopters and followers Hybrid
G International At least one leader Hybrid
H International Planned adopter and followers Hybrid
I National Any Both moderately attractive
284 Hybrid represents the situation where one node is attractive and one is moderately attractive.
118
Cluster ID Journey type Member State advancement on
MDMS
OD node attractiveness
J International Any Both moderately attractive
Source: Ricardo et al. (2026), Impact assessment support study
The grouping of the Member States according to the advancement on MDMS (leaders, planned adopters, and
followers) was performed based on the number of platforms that offer relinking or direct booking functionality
and the 2024 Eurobarometer results on the percentage of consumers using digital channels to book travel as a
proxy for usage285, in the absence of other data. Analysis was then performed in the context of the impact
assessment support study to understand which Member States performed better than the EU average on both
metrics. Seven Member States, simultaneously having greater than average platform availability and user base
(DE, AT, DK, LU, FI, ES, NL), were included in the ‘leaders’ group in terms of MDMS market maturity. Ten
Member States, having both low platform availability and a low user base (HR, LT, HU, SE, CZ, IE, SI, LV,
RO, SK), were included in the ‘follower’ group in terms of MDMS market maturity. The remaining Member
States, that had either many platforms or a large user base, but not both were included in the ‘planned adopter’
group.
Table 40: Categorisation of EU Member States into levels of MDMS advancement Member State MDMS advancement
GermanyLeader
AustriaLeader
DenmarkLeader
LuxembourgLeader
FinlandLeader
SpainLeader
NetherlandsLeader
FrancePlanned adopter
PolandPlanned adopter
ItalyPlanned adopter
BelgiumPlanned adopter
PortugalPlanned adopter
MaltaPlanned adopter
CyprusPlanned adopter
GreecePlanned adopter
BulgariaPlanned adopter
EstoniaPlanned adopter
CroatiaFollower
LithuaniaFollower
HungaryFollower
SwedenFollower
Czechia Follower
IrelandFollower
SloveniaFollower
LatviaFollower
RomaniaFollower
SlovakiaFollower
Source: Ricardo et al. (2026), Impact assessment support study
1.3.2. Multi Parameter Analysis (MPA) module
As explained in section 1 of Annex 4, the MPA module assesses how the completeness and accuracy of service
information and the ability to book service offerings could contribute towards the maximum potential modal
285 In particularly, responses to question 6 were used “How do you (or would you) usually book your regional or long-
distance journeys? Select all that apply. [MULTIPLE ANSWERS]”.
119
shift and maximum potential journey time reduction due to the ability to see all offerings on MDMS platforms
and the ability to book all visible travel options on MDMS platforms in each policy option.
The effect of policy measures included in each policy option are first scored on a set of identified qualitative
parameters (QPs), which are weighted in terms of their contribution, to estimate the progress towards the
maximum potential. The scoring is then combined with the maximum potential modal shift and maximum
potential journey time reduction due to the ability to see all offerings on MDMS platforms and the ability to
book all visible travel options on MDMS platforms, to derive the level of modal shift and journey time
reduction for each cluster in each policy option. The outputs of the MFA module are then used as inputs in the
Interface module.
The sections below provide a description of the parameters used, explain the way the maximum potential
modal shift and maximum potential journey time reduction due to the ability to see all offerings on MDMS
platforms and the ability to book all visible travel options on MDMS platforms are derived, and explain the
scoring logic and the MPA outputs.
1.3.2.1. Qualitative parameters selected for the MPA module
The qualitative parameters (QPs) selected for the MPA module, based on the impact assessment support study,
are the ones most relevant for the impacts of the policy measures on passengers’ modal choice. Many factors
affect the modal choice. The starting point is to identify and select the QPs that contribute to modal shift and
at the same time are expected to change due to the proposed policy measures. The impacts must be assessed
for each policy measure and cluster route combination (15 policy measures x 10 cluster routes = 150 scores).
Therefore, the most important qualitative parameters are retained, to keep the analysis manageable.
The following steps have been followed for identifying the most important qualitative parameters:
- Identify a long list of factors affecting modal choice and screening their relevance for the policy measures;
- Rank the factors according to their importance for travel decisions;
- Group the most important factors into two qualitative parameters retailed for the analysis.
Identify a long list of factors affecting modal choice and screening their relevance for the policy measures
Table 41 presents the most cited factors affecting modal choice in the literature, mirroring those asked to
consumers as part of the 2024 Eurobarometer survey286. In the first step, in the context of the impact
assessment support study, these factors were screened to identify the ones mostly likely affected by the policy
measures.
Rank the factors according to their importance for travel decisions
In the second step, for the factors selected that influence modal choice, the results of the 2024 Eurobarometer
survey were analysed to identify the significance EU travellers place on each factor (for the cases where the
response wording could be aligned to the factor in question). Question 7 (Q7), question 11 (Q11), and question
14 (Q14) of the 2024 Eurobarometer survey were considered most pertinent, as they tackle the obstacles
consumers encounter in increasing the use of multimodal solutions: booking online, booking multiple
transport modes, or combining two or more rail segments, for each respective question. The policy measures
under assessment represent a way to address some of these obstacles.
Table 42 provides a mapping of parameters against their stated importance in the Eurobarometer survey,
indicated by the frequency of responses. It includes the distribution of all possible responses, excluding “Don’t
286 Flash Eurobarometer 551 - Multimodal Digital Mobility Service – August – September 2024
120
know”. In instances where responses could be connected to multiple factors influencing modal choice, the
second factor is displayed in italics.
Travel time, price and information provisionwere seen as the most important factors preventing higher use of
multimodal solutions based on the results of the assessed Eurobarometer questions (Q7, Q11 and Q14).Travel
Time and Price were the most cited barriers by respondents, appearing regularly in the top three barriers
(excluding responses such as “it was not needed”, or “none of these”). Travel Time was seen as a barrier by
19-22% of respondents, while Price was a barrier for 13-19% of the respondents. Information Provision was
among the top 3rd or 4th common answers, being seen as a barrier by 14-15% of respondents.
The impacts on travel time and price are generally best considered as direct inputs in the ASTRA model and
not further considered in the MPA module. This is specifically the case of impacts on travel time in the context
of this impact assessment. The impacts on prices are not considered as inputs in ASTRA because of the reasons
explained below:
• A limited number of OD pairs showed possible price savings (23/100 compared to 31/100 for travel time
savings) indicating a limited potential for price benefits;
• Price benefits were often presented as a trade-off to significant travel time benefits in passengers’ journey
decisions. In many cases, more modal options will not lead to simultaneous improvements in travel time
and price. For example, traveling by air or high-speed rail is usually faster than driving or using a
combination of other land-based collective modes (e.g. conventional rail, coach) but often comes at
additional cost. Each route displays unique trade-offs for passengers, given their willingness to spend
money to reduce travel time and the availability of mode combinations for each route. MDMS platforms
could facilitate price improvements through two channels: (a) making passengers aware of cheaper options
within the same mode, or (b) making passengers aware of cheaper options in other modes or mode
combinations. Only the latter would result in modal shift if it would be sufficient to change passenger
decisions. It would not reduce ticket prices within the mode but through the transfer of transport activity
from one mode to another.
For the reasons above, the impacts on travel time are used as direct inputs in the ASTRA model while the
impacts on user costs are assessed based on the changes in average expenditure per person for interurban
mobility resulting from the modal shift. Neither the travel time nor the price are further considered part of the
qualitative parameters of the MPA module.
Ease of transfers/interchanges was the next most common barrier to multimodal travel, closely linked to
Reliability.The response “I did not want to buy several separate tickets and risk being stranded if I miss a
connection” was the 5th most common barrier cited to multimodal travel and 4th for rail-rail travel. It is seen as
a barrier by about 13% of respondents. Fears of a missed connection could be motivated by short connections
(aligning to Ease of Transfers/Interchanges) and/or delays to prior legs (aligning more to Reliability).
Therefore, both are retained for further consideration.
Convenience, including ease of booking, was a relatively less important barrier to booking online and/or
booking multimodal travel.Only 4-11% of respondents felt this as a barrier. However, given the importance
of the factor for the rail sector and its relevance for the policy measures, it was retained for further
consideration.
Accessibilitywas identified as a barrier of relatively lower importance (4-7% of respondents).The response “I
did not know where to search for such travel information” was attributed to Accessibility. It could have
however also been attributed to Information Provision or Convenience given that it relates to the ease of
accessing information, rather than the availability of the transport service itself. This factor was discarded
because of its lower importance and other linked factors.
121
Table 41: Long list of factors affecting modal choice and screening of their relevance for the policy measures Factors affecting
modal choice
Definition Relevant policy
measures
Justification
Travel Time The time spent for the entire
door-to-door travel
Direct: PM11-PM15
Indirect: PM1-PM4
Specific obligations to prevent restrictive agreements (PM11-PM12) or enter agreements
with willing counterparts (PM13-PM15) could lead to options being made available to
consumers that may have lower total travel time. Fair treatment in B2B data sharing
(PM1-PM4) could also indirectly lead to more options being made available to consumers.
Reliability How closely the actual
service matches the route
timetable
Indirect: PM6, PM11-
PM15
Policies promoting fair competition between MDMS platforms and operators (PM11-
PM15) and related enforcement (PM6) could indirectly lead to improved accuracy of
advance planning and real-time information provided to consumers.
Accessibility The degree to which public
transport is reasonably
available to as many people
as possible
Indirect: PM7 PM7 could enable public authorities to support the optimization of transport planning and
enhance access to more consumers.
Price The monetary cost of travel Direct: PM11-PM15
Indirect: all
Prevention of highly restrictive clauses (PM11-PM12) and obligations to sell/host (PM13-
PM15) could allow smaller or new entrant operators with cheaper offers to display on
more platforms (prohibition of exclusivity) and/or reduce the costs operators face in being
displayed on MDMS platforms, with cost savings potentially passed onto consumers.
Other new costs of regulatory compliance could also be passed on.
Frequency How often the service
operates during a given
period
Indirect: PM13-PM14 No direct effect is anticipated on the frequency of services offered by one operator (the
traditional interpretation of frequency). However, obligations to sell or host (PM13-
PM14) may increase the perceived number of transport options available to consumers in
one place by facilitating access to offerings across modes and across operators.
Information
Provision
How much information is
provided about routes and
interchanges
Direct: PM8, PM13-
PM14
Indirect: PM1-PM4,
PM11-PM12
Mandating display of GHG/CO2 emissions data (PM8) adds additional trip-related
information that may otherwise not be available to consumers. Likewise, obligations for
rail operators to sell tickets via MDMS (PM13) or MDMS platforms to enable ticket sales
from all operators (PM14) will increase information availability on relevant routes.
Removal of highly restrictive clauses could increase information on formerly restricted
operators (PM11-PM12), while policies impacting B2B data accuracy transfer (PM1-4)
could allow businesses to see more journey information, which they could pass onto end
consumers.
Ease of Transfers
/Interchanges
How simple transport
connections are, including
time spent waiting
Indirect: PM11-PM14 Specific obligations to prevent restrictive agreements (PM11-PM12) or enter agreements
with willing counterparts (PM13-PM14) could lead to identification of alternative
operator options that could simplify connections or reduce time spent waiting.
122
Source: Ricardo et al. (2026), Impact assessment support study, based on the 2024 Eurobarometer survey and literature review287,288
Table 42: Mapping of factors affecting modal choice against responses to the 2024 Eurobarometer survey (top responses highlighted in orange) Factors affecting modal
choice
Ranking (frequency of responses as % of the total) – ‘specific response text’
Barriers to booking online (Q7) Barriers to combining different collective
transport modes and transport operators
within one mode (Q11)
Barriers to combining two or more rail legs,
operated by different rail operators (Q14)
Travel Time N/A 2nd (22%) – “The journey would have taken too
long”
2nd (19%) – “The journey would have taken too
long”
Reliability N/A N/A N/A
Accessibility N/A 6th (6%) – “I never thought about it, did not
know it was possible”
7th (4%) – “I did not know where to search for
such travel information”
6th (7%) – “I did not know where to search for
such travel information”
7th (6%) – “I never thought about it, did not know
it was possible”
287 https://www.sciencedirect.com/science/article/abs/pii/S0967070X12001692?via%3Dihub 288 https://cedelft.eu/wp-content/uploads/sites/2/2021/03/CE_Delft_4S52_Modal_choice_criteria_in_rail-transport_Def.pdf
Vehicle Condition The physical and mechanical
condition of vehicles
N/A The policies do not address vehicle maintenance or quality.
Comfort How comfortable the
journey is regarding noise
levels, air conditioning, etc.
N/A The policies do not address passenger comfort.
Safety How safe from traffic
accidents passengers feel
during the journey as well as
personal safety
N/A The policies do not directly address passenger safety. However, they could have an
indirect impact on passenger safety through changes in transport activity.
Convenience How simple the transport
service is to use and how
well it adds to one’s ease of
mobility
Direct: PM1, PM7,
PM13, PM14
Interpreting this factor to include the ease of booking and availability of travel information
underway, specific obligations to prevent restrictive agreements (PM11-PM12) or enter
agreements with willing counterparts (PM13-PM14) enable consumers to purchase tickets
from a wider range of operators on a wider range of platforms, selecting the combination
which is most convenient for them.
Aesthetics Appeal of vehicles, stations,
and waiting areas to users’
senses
N/A The policies do not influence the visual appeal, cleanliness, or design of transport
facilities.
123
Factors affecting modal
choice
Ranking (frequency of responses as % of the total) – ‘specific response text’
Barriers to booking online (Q7) Barriers to combining different collective
transport modes and transport operators
within one mode (Q11)
Barriers to combining two or more rail legs,
operated by different rail operators (Q14)
[possible overlaps with Convenience &
Information Provision]
[possible overlaps with Convenience &
Information Provision]
Price 2nd (19%) – “Concerns about hidden
costs”
5th (14%) – “Concerns about the
availability of all fares, including special
offers”
[possible overlap with Information
Provision]
3rd (17%) – “It would have been more
expensive”
5th (13%)– “It would have been more expensive”
Frequency N/A N/A N/A
Information Provision 4th (14%) – “Concerns about
completeness of information provided
online”
8th (10%) - “Concerns about availability
of all alternative travel options”
4th (14%) – “I could not find a suitable
combination”
[possible overlap with Frequency]
9th (2%) – “It would have been less
environmentally friendly”
3rd (15%) – “I could not find a suitable
combination”
[possible overlap with Frequency]
Ease of
Transfers/Interchanges
N/A 5th (12%) – “I did not want to buy several
separate tickets and risk being stranded if I miss
a connection”
[possible overlap with Reliability]
4th (13%) – “I did not want to buy several
separate tickets and risk being stranded if I miss a
connection”
[possible overlap with Reliability]
Convenience 7th (11%) – “Websites or apps to book
journeys are difficult to use”
8th (4%) – “I could not buy all the tickets I
needed in one place”
8th (6%) – “I could not buy all the tickets I
needed in one place”
Other 1st (36%) – “None of these”
3rd (15%) – "Concerns that it may not be
easy to reach a customer support service
online"
6th (14%) – "Concerns about protection
of personal information provided during
the online booking process".
1st (29%) – “It was not needed (one transport
service/operator brought me to my destination)”
10th (8%) – “Other”
1st (42%) – “It was not needed (one rail operator
brought me to my destination”
9th (5%) – “Other”
Source: Ricardo et al. (2026), Impact assessment support study; Ricardo analysis based on the 2024 Eurobarometer survey. Note: Excludes “Don’t know” responses
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Group the most important factors into two qualitative parameters retailed for the analysis
To keep the analysis manageable, two qualitative parameters (QP) are retained for further analysis in the MPA
module: the completeness and accuracy of service information (QP1), and the ability to book service offerings
(QP2). They are designed to differentiate between the quantity and quality of information provided on MDMS
platforms (QP1) and the capacity to access and book services based on that information (QP2). The weighting
between these two qualitative parameters is equal within the MPA289.
Table 43: Qualitative Parameters (QPs) selected for analysis in the MFA Qualitative parameter Indicator Explanations
QP1: Completeness &
accuracy of service
information.
The degree to which all offerings
are possible to see on an MDMS
platform and such information
accurately reflects real-world
operations.
This QP is linked to Information Provision as a
parameter addressing both the completeness
and accuracy of information provided to
consumers on MDMS platforms. This can have
an impact on modal choice.
QP2: Ability to book
service offerings.
The degree to which consumers can
book any convenient multimodal
travel options that are visible on an
MDMS platform.
This QP relates to Convenience in giving
consumers the ability to book from more
operators through a single MDMS platform.
(This is also less closely linked to Ease of
Transfer/Interchanges and Reliability in
creating the ability to book journeys with
lower waiting times and/or lower risk of
missed connections.)
Source: Ricardo et al. (2026), Impact assessment support study
1.3.2.2. Maximum potential modal shift and the modal shift due to the ability to see all rail
offerings on MDMS platforms and the ability to book all visible travel options on
MDMS platforms in the policy options assessed
Maximum potential modal shift due to the ability to see all rail offerings on MDMS platforms and
the ability to book all visible travel options on MDMS platforms
The evidence used for deriving the maximum potential modal shift (upper bound impact)290 due to the ability
to see all rail offerings on MDMS platforms291 and the ability to book all visible travel options on MDMS
platforms in the context of the impact assessment support study, draws on:
• Literature review;
• Targeted survey and interviews;
• Expert workshop;
• Eurobarometer survey.
The literature review assessed the modal shift potential of introducing high-speed rail292, demand-responsive
289 Literature (CE_Delft_4S52_Modal_choice_criteria_in_rail-transport_Def.pdf; Substitutiemogelijkheden van luchtvaart naar
spoor | Kennisinstituut voor Mobiliteitsbeleid) suggests that the most important parameters vary across modes. Considering
the cross-modal nature of the analysis and the bundling of the factors into QPs, equal weighting was used to remain
agnostic between the two qualitative parameters. 290 For the purposes of this analysis the modal shift is defined as a shift from air and road transport to other collective
modes of transport. 291 Providing such information is complete and accurate. 292 E.g. https://transweb.sjsu.edu/sites/default/files/1223-modal-shift-high-speed-rail-literature-review.pdf
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transport293, or Mobility-as-a-Service (MaaS)294 in urban settings. For the Spanish high-speed market,
research showed that 10% of the high-speed rail trips sold on an independent platform would otherwise be
made using a different mode of transport295. The targeted survey and interviews provided qualitative
assessments on the direction of travel for modal shift, but no quantitative estimates.
Expert workshop
A small group of Member State representatives, travel experts and consumer organisations were invited to
participate in an expert workshop in the context of the impact assessment support study. A Delphi-like
approach was used at the workshop. Participants were asked to complete a six-question survey on the
maximum potential for modal shift due to ability to see all offerings on an MDMS platform (and such
information is complete and accurate) and the ability to book all visible travel options on an MDMS platform
before the workshop. The results were presented during the workshop, and discussions were held on the
results.
Another survey was organised via Mentimeter at the end of the workshop, to gather the revised views of
attendees on the maximum potential for modal shift due to the ability to see all rail offerings on MDMS
platforms and the ability to book all visible travel options on MDMS platforms. The questions and results are
shown below.
“For each of the four clusters, in your view what is the maximum possible impact on modal shift that could
arise compared to the current situation if passengers were given:
1. The ability to see all offerings on an MDMS platform, and such information is complete and accurate
(assuming no changes in ability to book all visible travel options)? (QP1)
2. The ability to book all visible travel options on an MDMS platform (assuming that the level of information
on the platform remains the same as it is currently)? (QP2)
3. A combination of (1) and (2) above, meaning (i) complete and accurate information and (ii) the ability to
book all visible travel options, on an MDMS platform? (QP1+QP2)”
Table 44: Results of the Mentimeter poll taken during the impact workshop
Source: Ricardo et al. (2026), Impact assessment support study; Note: *Calculated by taking the midpoint of each range of
modal shift options as laid out in the response options. For ‘Very high impact (>10%)’, this was assumed at 10% as a conservative
estimate.
293 E.g.https://www.transport.gov.scot/publication/strategic-business-case-transport-appraisal-report-draft-appendix-c-
preliminary-appraisal-summary-tables-a96-corridor-review/preliminary-appraisal-summary-table-investment-in-
demand-responsive-transport-and-mobility-as-a-service/ 294 E.g. https://www.itf-oecd.org/sites/default/files/docs/integrating-public-transport-maas.pdf 295 Conclusions_CRA_Incrementality_through_mobility_platforms_in_Spain_1.pdf
Response options Number of responses
Q1 Q2 Q3
Very high impact (>10%) 2 0 1
High impact (5-10%) 3 3 3
Moderate impact (2-5%) 6 4 2
Low impact (0-2%) 0 2 0
No impact (0%) 0 0 0
Negative impact (-%) 0 0 0
Total responses 11 9 6
Weighted average modal shift* 5.8% 4.3% 6.6%
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These figures were interpreted to represent a midpoint of the instances where potential for modal shift could
be very high and very low, with the range corresponding to the route clustering criteria, based on discussions
at the workshops. Relating to Q1, participants noted that potential for modal shift would be much higher on
routes where travel time is more comparable between rail and air, but people do not find competitive rail
options. On the other hand, on long-distance routes where air is the only convenient option, the potential for
shift to rail would be much lower or zero. Overall, the potential for modal shift was assessed to be higher under
QP1 than under QP2. When combined, the impact would be higher but not fully additive.
As regards the robustness of these results, the workshop was attended by approximately 20 Member State
experts and a couple of multimodal transport experts. However, only a maximum of 11 votes were received
during the survey. Due to the low number of participants, these results cannot be regarded as representative.
Moreover, participants indicated the difficulty to derive a modal shift potential linked to the ability to see all
offerings on an MDMS platform (and such information is complete and accurate) and the ability to book all
visible travel options on an MDMS platform, since there have been little relevant applications of similar
initiatives that could allow to deduct lessons. Based on the discussions during the workshop and the voting of
the experts, an average modal shift potential of around 5% was identified. This represents a 5% increase in the
number of journeys performed by rail and coach at the expense of journeys by air and car.
Eurobarometer survey
To complement the views of experts, the results of the 2024 Eurobarometer survey provided, through the
analysis of responses, an understanding of the potential magnitude of expected impacts on modal shift. In
particular, it showed that:
• While the majority of respondents (76%) indicated that they book tickets online, only a minority of them
(26%) do so after comparing travel options and prices (Question 6).
• Costs (61%) and travel duration (47%) are the most important factors when planning a regional or long-
distance journey, and while the initiative will not directly affect these, it might indirectly affect the
perception of these two factors, as a more complete availability of travel information may unveil better
travel options to passengers. The ease of finding travel options (17%) and ease of booking tickets (16%)
are considered relatively important factors when planning regional and long-distance trips (Question 3).
These can be directly improved by the policy measures introduced.
• Amongst the most important factors deterring passengers from booking tickets online (Question 7), are:
the completeness of information (14%), the availability of all relevant fares (14%) and the ease of booking
via websites and apps (10%). As mentioned earlier, these are factors the initiative is intending to affect.
• One factor limiting the combination of transport modes and operators for regional and long-distance
journeys is the inability to find such combinations (Question 11).
Since the main potential of the initiative lies in improving how complete and accessible information is for
passengers, as well as enhancing their ability to book tickets through MDMS platforms, it can be inferred that
it may strengthen key factors involved in planning regional and long-distance journeys. In addition, better
information, greater accuracy, and improved booking functionality could remove existing barriers to choosing
more sustainable mobility options for a segment of EU passengers. Based on responses to Question 11, a full
removal of these barriers could encourage a certain share of transport users to undertake more multimodal and
multi-operator trips. It is important to note that the responses to Question 11 reflect only a subset of the
surveyed, since:
➢ Question 11 was directed only to respondents who had previously indicated (in Question 8) that they
never or rarely combine different collective transport modes and never or rarely combine different
operators within the same mode.
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➢ Respondents who stated in Question 11 that multimodal and multi-operator options were not needed (to
reach their destination) were excluded from the assessment.
Taking this into account, the percentage of all respondents that cited these barriers was calculated:
➢ Inability to find suitable combinations (5.7%); lack of knowledge of relevant possibility (2.3%); lack of
knowledge of where to search for such information (1.8%); inability to buy all tickets in one place (1.7%).
These shares are not to be seen as being necessarily cumulative as multiple response were possible in Question
11. Nevertheless, very few respondents combined these answers (for example, someone who didn’t even
know it was possible is unlikely to cite one of the other barriers), and the percentage of travellers that cited at
least one of these barriers is 8.8%. Still, translating this to a modal shift potential is not a straightforward
exercise due to a number of limitations to this dataset:
➢ The identification of a barrier to the combination of transport modes and operators in Question 11 reflects
a self-reported concern. It does not imply that these users do not already use sustainable transport modes
for such trips, nor does it mean that removing these barriers alone would be sufficient to ensure that all of
them shift to more sustainable modes of transport.
➢ A share of users hindered to book multimodal / multi-operator journeys, does not mean the same share
of transport activity would potentially shift to more sustainable modes if the barriers were lifted. It might
well be the case that these barriers apply to trips performed less frequently by transport users.
➢ Question 11 is presented only to respondents indicating they rarely or never book multimodal nor multi-
operator journeys. This does not mean that other respondents would not be more prone to shift to more
sustainable transport modes, even for some trips only, in the event that these barriers are lifted. In fact,
this analysis excludes this large group entirely from the modal shift potential, whilst it is fair to assume
that some of them could also contribute to modal shift.
Acknowledging these limitations, only the transport users citing an inability to buy all the tickets in one place
(1.7%) were taken as having the potential to shift to other modes, as one might assume they indeed wanted to
buy the tickets. Thus, a 1.7% modal shift assumption was adopted as a ceiling, which should be interpreted
as a 1.7% increase in journeys performed via more sustainable modes and a corresponding decrease in less
sustainable modes. These results are more conservative than (i) the responses received on Question 14 in the
Eurobarometer survey, indicating that the total percentage of travellers whose barriers could be removed is
8.8%, and (ii) the indicative magnitude resulting from the expert workshop (around 5%), outlined in the
previous section.
Modal shift due to the ability to see all rail offerings on MDMS platforms and the ability to book
all visible travel options on MDMS platforms in the policy options
The maximum potential modal shift was than combined with the MPA to show the modal shift due to the
ability to see all rail offerings on MDMS platforms and the ability to book all visible travel options on MDMS
platforms in each policy option. This was further used as input in the ASTRA model together with the changes
in the travel time discussed below. The maximum potential modal shift and the effectiveness of each option
in achieving modal shift were further discussed in a stakeholder consultation workshop organised in the
context of the impact assessment support study. More details are provided below.
Stakeholder consultation workshop
The modal shift potential (1.7%) and the expected effectiveness of the policy options in achieving modal shift
due to the ability to see all rail offerings on MDMS platforms and the ability to book all visible travel options
on MDMS platforms were shown for validation in a stakeholder workshop. The workshop was held on 12th
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June 2025 and attended by 108 representatives of transport operators across all modes, MDMS platforms,
Member State officials, consumer organisations, and academics.
Broadly, there was agreement from stakeholders who participated in the workshop on the inputs presented, as
indicated through a series of Mentimeter polls:
• Attendees were first asked about their views on the maximum modal shift potential of 1.7%. Around two-
thirds of attendees responded (66 out of 108, or 61%), with similar numbers indicating the number was too
high (24 out of 66, or 36%) and too low (27, or 41%), and the remainder indicating it was about right (15,
or 23%). On balance, this estimate was interpreted as the rough midpoint of stakeholder expectations.
• Attendees were then asked to indicate whether the assessed effectiveness of the policy options in achieving
the modal shift potential is in line with their expectations. A scale was provided for each policy option from
1 to 3, where 1 indicates the expected modal shift was too low and 3 too high. Around half of attendees
replied to the questions (49 out of 108, or 45%). Average scores were 2.1 for PO1 and 1.9 for PO2296,
indicating that on average attendees agreed with the assessment. Average scores for PO3 and PO4 were
both 2.4, indicating that on average respondents thought the assessed modal shift was somewhat too high.
At the same time the response rate was weaker than for question 1 indicating more uncertainty among
attendees on this question.
The takeaways from this workshop were that the maximum modal shift potential is in line with expectations,
while there is more uncertainty on the level of expected modal shift for policy options also noting a weaker
response rate. Sensitivity analysing has been further performed, as explained in section 7.6, to address the
uncertainty.
1.3.2.3. Maximum potential change in journey time due to the ability to see all rail offerings on
MDMS platforms and the ability to book all visible travel options on MDMS platforms
The 100 representative transport routes, by route cluster, were analysed in detail in the context of the impact
assessment support study to understand what journey times are shown via two distinct booking mechanisms.
The comparison between these two booking mechanisms informed the maximum potential reduction in
journey times:
• Booking via MDMS (proxy – Omio): to understand what is currently possible via MDMS platforms, Omio
was selected as an advanced EU-wide MDMS platform that allows users to book tickets directly on the
platform. Omio only provides options for within-mode travel (e.g. rail-rail connections or bus-bus
connection, multimodal connections not being included). Other EU-wide platforms like Rome2Rio only
provide re-linking functionality and do not allow tickets to be booked directly on the platform. Each
MDMS platform therefore has some limitations compared to an ‘optimal’ ticketing solution, but Omio was
selected to facilitate a comparison on the prices offered by operators on direct ticket sales channels and on
MDMS platforms. In particular, it should be noted that Omio is less comprehensive in its air offers relative
to other flight-specific meta-search engines (MSEs) like Skyscanner, or Online Travel Agents (OTAs) such
as Etraveli.
• Booking directly via operators (proxy – Google Maps and other direct research): to understand what is
theoretically possible if an MDMS platform would have access to tickets available from all transport
operators, Google Maps was used to list all possible within-mode and multimodal connections via land
and sea and their associated journey times. Costs for these connections were collected by direct research
on the websites of relevant operators. Advance tickets were researched to limit pricing volatility, since
296 Mentimeter calculates the average score of all responses as a simple arithmetic mean of each individual response
(1,2,or 3).
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operators often employ different practices to increase ticket prices closer to the travel date297. This was
supplemented by additional information from Google Flights on possible direct air connections and their
associated journey times/costs.
The analysis assumed travel from city centre to city centre. Rail and bus connections are assumed therefore
to start and end with an appropriate station within the city convenient for passenger travel. By contrast, flight
connections require travel to/from the airport since these are often located outside the city centre. The analysis
also considers time in transit only, and only for major connections. This includes time spent in the vehicle
on the main intercity legs (above 10 minutes) and time spent waiting between connections at the transit
terminal. It does however not include short intra-city connections (below 10 minutes) for walking, trams,
metros or similar. The results of the analysis are shown in the table below.
Table 45: Maximum potential change in journey time resulting from the 100 OD pair analysis Cluster Maximum change in
journey time
A National, Leader, Both attractive -8.3%
B National, Planned adopter and followers, Both attractive -2.1%
C International, At least one leader, Both attractive -8.5%
D International, Planned adopters and followers, Both attractive -5.5%
E National, Leader, Hybrid298 -7.8%
F National, Planned adopter and follower, Hybrid -5.4%
G International, At least one leader, Hybrid -5.9%
H International, Planned adopters/followers, Hybrid -5.9%
I National, Any, Both moderately attractive -5.1%
J International, Any, Both moderately attractive -9.2%
Source: Ricardo et al. (2026), Impact assessment support study
1.3.2.4. Scoring logic in the MPA module
As explained above, the effect of the policy measures included in each policy option are scored on a set of
identified qualitative parameters (QPs), which are weighted in terms of their contribution, to estimate the
progress towards the maximum potential modal shift and maximum potential journey time reduction. This
section describes how these qualitative scores were allocated to each of the factors (i.e. the completeness and
accuracy of service information (QP1), and the ability to book service offerings (QP2)).
The approach relies on expert judgement, building on insights gained from stakeholders’ consultation. A score
is defined for each qualitative parameter (QP) and each policy measure (PM) on a scale from -5 to +5. Positive
scores represent improvements in the qualitative parameters relative to the baseline and negative scores
deteriorations in the qualitative parameters relative to the baseline.
One category among each clustering criterion is identified as having the highest impact (e.g. “National” within
criterion ‘journey type’). The cluster with all three of the highest impact criteria would be assigned the
maximum score within the range (e.g. cluster A: National, Both attractive, Leader), and the minimum score
would be assigned to the cluster with all of the lowest impact criteria (e.g. cluster J: International, Both
moderately attractive, Both Planned adopters/followers). The resulting output is a score for each policy
297 Research was undertaken in May/June 2025 for travel tickets dated Wednesday 17th September (3-4 months in
advance), with journeys starting at 06:00am. Some operators do not allow tickets to be purchased this far in advance.
Therefore, if September tickets could not be seen, as a lower priority, tickets dated Wednesday 16th July were checked. 298 Hybrid represents the situation where one node is attractive and one is moderately attractive.
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measure for each qualitative parameter and cluster combination. These are further used to derive the scoring
for each option.
These scores are summarised in the table below, together with the logic for the chosen scores. PM1 to PM8
are assessed independently. On the other hand, PM9 to PM15 are grouped by policy option, because of the
links between the policy measures including the definition of the specific obligations and the policy measures
defining the stakeholder groups that are being obligated:
• Grouping 1 corresponds to the measures PM9, PM10, PM11, PM12 included in PO1;
• Grouping 2 corresponds to measures PM9, PM10, PM11, PM12 and PM13 included in PO2;
• Grouping 3 corresponds to measures PM9, PM10, PM11, PM12, PM13 and PM14 included in PO3;
• Grouping 4 corresponds to measures PM9, PM10, PM11, PM12, PM13 and PM15 included in PO3.
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Table 46: Scoring by policy measure and qualitative parameter No Policy measure Logic for impact on qualitative parameters (QPs)
PM1 Obligation for all MDMS
platforms to apply neutral
display obligations and for
transport operators (in all
modes) to ensure that the data
they submit are accurate
QP1: Completeness and accuracy of info
Direction of impact expected to be neutral or positive: Neutral display obligations would ensure that any operators listed
on MDMS would be shown to consumers in a neutral and unbiased way. This is seen as particularly important for
indispensable RU platforms and tend to favour high-volume operators, who have greater incentives to display their own
services, but it will also have impacts on the third-party platforms who are not currently obligated to display options
neutrally. The experience from introducing the CRS Code of Conduct was highly positive: travel agents and consumers
gained access to a more comprehensive and unbiased view of available flights across multiple airlines, not just those of the
airline affiliated with the CRS. This increased transparency and neutrality made it easier to compare options effectively
based on established ranking criteria. If one operator were preferentially displayed over another on B2B platforms, it may
prevent the travel agent to choose the travel option which is the best according to the criteria requested by the consumer as
it can believe another operator may not provide services on the route. Likewise, on B2C platforms the consumer may not
be able to see an operator’s service best suited to their direct request.
Impact scores could range from +1 to +2:
Journey type: evidence of self-preferencing originates mostly from countries with large dominant RUs - transport
operators have cited the example of DB in Germany acting as the dominant MDMS platform and limiting Flixtrain ticket
display - suggesting that National routes may experience greater impacts from neutral display obligations. International
routes are served both by third-party, country-agnostic platforms and nationally focused platforms such as SNCF Connect
and DB Navigator. There is still the potential, in the absence of regulation, for third-party platforms to perform paid
prominence but this biased ranking needs to be clearly indicated to end-users.
Attractiveness: Impacts are expected to be largest where there are more alternative operators that are not being displayed
fairly, which is more likely on high traffic routes (Both attractive). Most of the OD routes within the relevant clusters are
accessible by more than one mode (typically bus and rail), meaning that impacts would be non-zero even on routes that are
Less attractive.
MDMS advancement: Impacts are expected to be largest where there is greatest scope for preferential treatment on
MDMS platforms, in particular for indispensable RU platforms (one industry association and 3 transport operators, noted
that transport operator-owned MDMS platforms often serve as a national mobility platform which disadvantages new
market entrants). It is therefore expected to observe a greater impact on Leader Member State, where more MDMS
platforms are developed and the platforms’ user base is higher than the EU average. Impacts would be smaller where
Member States have no rail indispensable platform or fewer or no MDMS platforms (Planned Adopter/Follower).
Overall assessment: The maximum positive impact is capped at +2 because this only improves the ability of a consumer
to fairly compare transport options, rather than encouraging more options to be displayed on platforms. The minimum
impact is assessed at +1 because long, complex routes which are only possible to be performed by air would still be covered
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No Policy measure Logic for impact on qualitative parameters (QPs)
by B2B MDMS, including those who are not CRS’s, and would fall under neutral display obligations when the Regulation
is in place.
QP2: Ability to book
Direction of impact expected to be positive:
In the baseline there is evidence of preferential treatment by MDMS and indispensable railway undertaking platforms when
choosing what information will be shared or promoted at different ticket distribution platforms (see Problem Definition
section). A limited level of progress in preferential treatment is expected going forward (see Baseline section).
This PM could make it easier to see offerings of operators that are not affiliated with the MDMS platform and therefore do
not experience preferential treatment, making it easier for passengers to book those offerings.
Impact scores could range from 0 and +1: differentiation by cluster is considered consistent with QP1.
PM2 Obligation for all MDMS
platforms to load and
process data of operators
with equal care and
timeliness
QP1: Completeness and Accuracy of Info
Direction of impact expected to be neutral or slightly positive: While this measure promotes fairness in backend data
handling (e.g., timelines and care in processing data from all operators), the improvement is not necessarily visible to users.
Passengers are unlikely to perceive a major difference in the accuracy or completeness of travel options. However, there
is a potential for this to improve real-time information availability for consumers where delays in process data could cause
the availability of services from one operator not to be shown, or to be shown later compared to another operator.
Impact scores could range from 0 to +1: differentiation by cluster consistent with PM1, omitted for brevity.
QP2: Ability to Book
Direction of impact expected to be neutral or slightly positive: While this policy measure will avoid preferential treatment
to legacy and/or incumbent transport operators by MDMS platforms in terms of equal care and timelines, it is not
considered to have a significant impact on the ability for users to book transport tickets. It is possible that it could have a
partial positive impact on alternative options being made visible earlier and more consistently, however, actual booking
functionality may be constrained if the MDMS does not have booking agreements in place with all operators.
Impact scores could range from 0 to +1: differentiation by cluster consistent with PM1, omitted for brevity.
PM3 Obligation for all MDMS
platforms to share marketing
and booking data in a fair
way, when requested by
transport operators
QP1: Completeness and Accuracy of Info
Direction of impact expected to be neutral: This policy concerns how booking and marketing data is used or shared, rather
than how passenger data is presented or displayed. It is therefore not considered to have a direct impact on the completeness
or accuracy of the travel options shown to passengers.
Impact scores would be 0: for the reasons above.
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No Policy measure Logic for impact on qualitative parameters (QPs)
QP2: Ability to Book
Direction of impact expected to be indirectly positive: Marketing and booking data can be used to identify customers
purchasing decisions and preferences, and gives operators access to important facts like location, destination and booking
history to enable more effective marketing practices. This means that it could be used by businesses to provide personalised
services, improve services based on demand or develop a more user-centric booking option overtime, (i.e., MDMS
platforms could test out different booking options and use this data to streamline more popular selections). Due to the
potential of this data to improve the booking process, it is possible that there may be an indirect positive impact on the
ability of consumers to book.
The impact score for this measure could range between 0 and +1:
Journey type: International journey types may benefit more from aggregated data, especially on more complex multimodal
or cross-border journeys, however, the impact is expected to be small for both national and international journeys.
Attractiveness: High traffic corridors will have the richest set of marketing and booking data, increasing the potential for
improvements in how these services are integrated into booking interface, the scope for this is much smaller when both
locations are less attractive as there is less data to act on.
MDMS advancement: Impact is mostly expected in locations where more advanced platforms are available or where
MDMS usage is higher (leader) as there is more potential for marketing data analytics to be insightful.
Overall assessment: This PM’s primary benefit is not expected until, and only if, marketing and booking data is used to
optimise services and booking services. This will have the highest impact along routes where there is high usage of MDMS
platforms and where data is collected to allow for this optimisation to take place.
PM4 Obligation for all B2B
MDMS platforms to treat
subscribers fairly and clearly
identify in their display
banned airlines. Obligation
for third countries B2B
MDMS to ensure equal
treatment of EU air carriers
QP1: Completeness and Accuracy of Info
Direction of impact expected to be neutral or slightly positive: This PM is focused on business-to-business contact,
specifically in relation to the usage of subscriber data and EU airline offerings on third-country MDMS platforms. It could
affect consumers if unfair treatment of EU carriers on these third-country platforms leads to different options being
available for individuals who see results generated using these B2B services in the information chain. Third country GDSs
are already covered by this, but the net effect is likely to be non-discrimination of EU carriers by other third country B2B
MDMS (non-CRS aggregators).
Impact scores could range from 0 to +1: Greater impacts are expected on clusters involving more flights, since this
intervention targets the potential imbalance in competition between regulated CRS and unregulated B2B MDMS that offer
mostly aviation options.
Journey type: International journey types may benefit more from rules on fair treatment of subscribers, as flights are more
common on these routes than for national journeys.
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No Policy measure Logic for impact on qualitative parameters (QPs)
Attractiveness: High traffic corridors are more likely to have regular flights, meaning that high attractiveness routes are
likely to experience greater impacts.
MDMS advancement: Impacts are likely to be similar for markets where MDMS is more or less developed.
QP2: Ability to Book
Direction of impact expected to be neutral: As consumers do not book directly via B2B platforms, the impact on the degree
to which consumers can book multimodal transport on MDMS platforms is thought to be neutral.
Impact scores would be 0: for the reasons above.
PM5 Remove provisions on data
protection from CRS Code
of Conduct
QP1: Completeness and Accuracy of Info
Direction of impact expected to be neutral: This PM addresses the legislative burden associated with navigating existing
CRS provisions on data protection and GDPR. It does not affect what data is shown or how it is displayed. No direct impact
on passengers is expected.
Impact scores would be 0: for the reasons above.
QP2: Ability to Book
Direction of impact expected to be neutral: As above, this PM aims to improve legal clarity for CRS platforms, however,
it does not affect passengers’ experience. Impact therefore expected to be neutral.
Impact scores would be 0: for the reasons above.
PM6 Obligation for Member
States to appoint a national
authority to settle disputes
between parties, and
establish an EU enforcement
network for coordination
QP1: Completeness and Accuracy of Info
Direction of impact expected to be positive.
Clear enforcement and dispute-resolution processes would discourage MDMS platforms from omitting or misrepresenting
smaller operators’ services. National authorities will monitor platform compliance and address complaints when services
are omitted and by doing so, platforms are deterred from showing bias toward larger operators. National authorities are
also expected to settle disputes between parties as regards unfair conditions in distribution contracts, whether stemming
from platforms imposing disproportionate terms on operators or, conversely, from operators imposing high fees or
restrictive conditions that lead platforms not to sell their services. Over time, this enforcement would lead to more complete
and reliable information presented to passengers.
It is expected to offer a marginal improvement to completeness and accuracy of information as the improvements only
occur when individual operators file complaints and authorities do find bias or omissions or unfair contractual conditions
affecting distribution. Each resolved case corrects information for that operator, but platforms are not obligated to revise
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No Policy measure Logic for impact on qualitative parameters (QPs)
all listings. As a result, accuracy and completeness improve in specific instances rather than system-wide, yielding a modest
overall gain.
Impact scores for this measure could range between +1 and +1.
Journey type: The impact is expected to be marginally stronger for national journeys where national authorities have direct
oversight. International journeys may benefit slightly less as cross-border oversight relies on coordination between
authorities which may slow enforcement, but due to the introduction of the EU coordination enforcement network, the
score allocated to national and international trips is the same. EU Travel Tech, an industry association representing MDMS
provider, indicated that current enforcement of the Code of Conduct has not always been applied, greater enforcement of
the CoC by national authorities between aviation distribution channels could positively impact international journeys due
to the cross-border nature of many flights.
Attractiveness: More attractive routes, where passenger volumes and operator competition are higher, are more likely to
generate disputes due to the greater profitability and number of stakeholders involved. Operators are more likely to
challenge any exclusion or disadvantage on these routes, leading to more frequent interventions from national authorities.
Less attractive routes may see fewer complaints, resulting in more limited impact.
MDMS advancement: Impacts may be largest where there is greatest scope for preferential treatment on platforms, or
unfair contractual conditions between parties. With more platforms competing in Leaders, there would naturally be more
disputes, resulting in greater impact of the PM. Impacts would be smaller where Member States have fewer or no MDMS
platforms, as the level of competition would remain lower (Planned Adopter/Follower). Stakeholder input, particularly
from MDMS platforms, indicated that current competition law and enforcement is fragmented and insufficient, indicating
that increased enforcement, particularly in areas with dominant transport operators, would have a more significant impact.
Overall assessment: The maximum positive impact of this PM is capped at +1 because improvements depend on individual
operators/platforms filing complaints and receiving favourable outcomes. This leads to targeted corrections rather than
system-wide changes. The minimum impact is +1 because dispute resolution will still provide positive impact and even
the presence of national authorities carrying out this role may deter unfair platform/operators’ practices and prompt some
proactive adjustments by platforms.
QP2: Ability to Book
Direction of impact expected to be neutral or slightly positive. The enforcement focus under this policy measure is expected
to be focusing on ensuring fair visibility and representation of transport operators on MDMS platforms, such as preventing
exclusion or biased listing practices as well as on ensuring fair terms in contractual agreements. However, the expected
impact remains limited because this measure is primarily enabling and corrective by nature: it improves compliance and
deters unfair behaviour, but it does not in itself impose a direct obligation on platforms to host or sell services, nor on
operators to sell their tickets. The largest improvements in booking availability are therefore expected to stem from other
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No Policy measure Logic for impact on qualitative parameters (QPs)
measures, while enforcement oversight mainly strengthens their effectiveness and ensures they deliver results on the
ground.
Impact scores for this measure could range between 0 and +1: differentiation by cluster consistent with QP1 above, omitted
for brevity. Total impact is capped at +2 as the other policy measures are only as useful as the enforcement by national
authorities, but it should not exceed the maximum impact of the policy measures themselves.
PM7 Obligation for all B2C
MDMS platforms to share
data for mobility
management
QP1: Completeness and Accuracy of Info
Direction of impact expected to be neutral or slightly positive.
This measure does not directly affect the information that consumers see on MDMS platforms, but it indirectly supports
better planning and coordination, particularly for regional public authorities. To the extent that regional authorities are
given access to the information by national public authorities, this could lead to improved understanding of services
available in their region, and following their integration, lead to improvements in completeness and accuracy of information
on MDMS operated or co-operated by regional authorities.
By requiring B2C MDMS providers to share non-personal usage data with public authorities, the policy gives cities and
regions a clearer picture of how people use transport services, such as which routes are most used, where transfers happen
and what parts of the network may be underused or missing.
Equipped with better knowledge, public authorities can then work to provide a more complete physical service provision,
which then would become more accurately reflected on MDMS platforms. For example, if an area with poor integration
or missing data is identified, action could be taken to improve availability of those services, eventually enhancing the
completeness of journey options shown to relevant users.
Impact scores for this measure could range between 0 and +1.
Journey type: This may benefit both national and international journeys. By giving public authorities access to better data,
the integration of different transport modes can improve particularly for regional transport, leading to a more accurate view
of available services.
Attractiveness: The measure benefits both attractive and less attractive routes. For attractive routes, public authorities may
be able to optimise services, while for less attractive routes, it may highlight gaps or underserves areas, prompting action
to improve visibility and coverage.
MDMS advancement: This is likely to have a greater impact in follower regions or regions where data sharing is still
developing. These regions may benefit most as they gain better data and can use it to integrate services and improve their
transport offering.
Overall assessment: The impact of this PM on the completeness and accuracy of information is expected to be neutral or
slightly positive. By requiring B2C MDMS providers to share non-personal data with public authorities, it will help
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No Policy measure Logic for impact on qualitative parameters (QPs)
improve authorities’ ability to understand transport system usage and identify service gaps. This improved insight can
support better planning and the development of more accurate travel information over time.
However, since most operators are private, authorities have limited control over actual service provision, i.e., they can’t
directly create or force operators to create new services. Even if private investment increases, there’s no guarantee those
new services would be displayed on MDMS platforms unless those platforms have SMP, which would make them subject
to stricter rules about listing. Therefore, the impact on completeness and accuracy of information on platforms may be
limited in scope.
QP2: Ability to Book
Direction of impact expected to be neutral.
The obligation for B2C MDMS platforms to share data with public authorities does not directly impact consumers’ ability
to book services. While the availability of more data may help authorities improve service offerings and identify where
gaps exist, it does not change the commercial agreements or the integration of booking systems on MDMS platforms.
Therefore, there is no direct impact on booking availability or ease of booking through MDMS platforms.
Impact scores for this measure would be 0.
PM8 Obligation for all B2B and
B2C MDMS platforms to
display information on GHG
or CO2 emissions of trips
(when these data are
provided by the operators in
line with and Count
Emissions EU and Flight
Emission Label)
QP1: Completeness and Accuracy of Info
Direction of impact expected to be positive: the display of GHG emissions, where provided by operators, improves the
completeness of travel information by adding environmental data on displayed travel options. The accuracy of the data
provided depends on the consistency and quality of operator-provided data, however, when standardized (such as through
Count Emissions EU and Flight Emission Label) it is expected to be a reliable way for consumers to compare between
travel options. Some MDMS platforms (e.g. Trainline) already display GHG emissions from participating operators, but
this is not seen as an industry standard and many MDMS do not have this facility.
The impact score for this measure could range between 0 and +1:
Journey type: Emissions data are no more likely to be provided by an operator within one Member State than an
international operator.
Attractiveness: There may be higher operator participation and better data availability along competitive corridors due to
operators wishing to differentiate from competitors on indicators other than cost and time. When a route is less
attractive/has less traffic consumers are more limited by their travel options, and therefore an operator would have less
incentive to provide this data. Additionally, in European regions where air travel remains the sole viable option (low
demand) displaying emissions data offers limited practical relevance (as indicated by MDMS provider via interview) as
GHG emissions would remain similar, although the use of SAF might reduce emissions of some flights compared to other
similar offers.
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No Policy measure Logic for impact on qualitative parameters (QPs)
MDMS Advancement: MDMS platforms that are more developed, or more highly used (Leaders), may have more
participating operators (one MDMS association, ADN Mobilites indicated support for inclusion of GHG emissions via
interview). This could result in more GHG emissions data for consumers to compare between. In places where there is less
usage or platforms (Followers), the inclusion of environmental data may have a reduced impact as there is less comparison.
Overall Assessment: This PM can positively impact the provision of accurate and complete data to customers, specifically
along more trafficked routes or places with higher MDMS usage as this will enable consumers to compare between
transport operators more readily. The score is capped at +1 as some MDMS platforms already display GHG emissions,
therefore limiting the additional positive impact this measure may have compared to the baseline.
QP2: Ability to Book
Direction of impact expected to be neutral: The display of information on GHG emissions of trips does not impact the
ability of consumers to book transport tickets.
Impact scores would be 0: for the reasons above.
Grouping 1 This grouping corresponds
to PM9 to PM15 that are
applicable in PO1: PM9,
PM10, PM11, PM12.
PM9: Thresholds to identify
B2C MDMS platforms and
railway undertakings with
SMP
PM10: B2C MDMS
platforms and railway
undertakings with SMP at
national or EU level notify
national authorities or EC of
their market presence.
PM11 and PM12: B2C
MDMS platforms with SMP,
indispensable RU platforms
indispensable RUs and B2B
MDMS: must respect
principles on distribution
No impact is expected from PM9 or PM10. PM9 constitutes actions for policymakers to set SMP thresholds, while PM10
constitutes actions for platforms and RUs to notify to MS authorities when they reach those thresholds at national level,
and in turn for MS authorities to notify EC authorities. When the thresholds are reached at EU level, MDMS platforms
directly notify EC authorities. There are interactive effects with PM11 and PM12 which introduce obligations on those
platforms and indispensable railway undertakings, but the full impacts on QPs is attributed to the obligations, accounted
for below to avoid duplication.
QP1: Completeness and Accuracy of Information
Direction of impact from PM11 and PM12 expected to be positive: this group of policy measures aims to prohibit restrictive
contractual clauses by indispensable railway undertakings and indispensable MDMS platforms and introduces fairer
distribution fee principles. These principles could facilitate agreements between MDMS platforms and operators, directly
targeting gatekeeping behaviour, curbing anti-competitive practices, and enhancing transparency and fairness. This group
of measures can also be expected to fix existing biases and limitations in the presentation of service offerings of new entrant
RUs on MDMS platforms and indispensable RU platforms. Thich could increase the number of operators on those
platforms, improving completeness (referred during the interviews by three MDMS providers including ADN Mobilités
and EU Travel Tech, one national authority, and the consumer organisation EPF). Thes measures will target platforms and
RUs with a strategic position in the market, ensuring that the obligations are applied proportionally, avoiding
overburdening smaller or emerging MDMS platforms or railway undertakings.
The impact score for this group of measures could range between 0 and +2:
Journey type: The highest impact is expected in the context of international journeys, particularly cross-border rail services.
These trips are often fragmented in terms of data availability, pricing, and booking options due to the lack of equal
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No Policy measure Logic for impact on qualitative parameters (QPs)
fees and cannot impose
highly restrictive clauses
(exclusivity clauses, unfair
and unjustified conditions,
marketing clauses and other
technical restrictions) when
entering into commercial
agreements with transport
operators
treatment of RUs operating national legs, vertically integrated MDMS with proprietary sales channels favouring their own
services, and protectionist strategies by incumbents (this was referred during interviews by two rail incumbents including
DB, but also UITP representing the view of public transport operators). By targeting indispensable RUs and MDMS with
SMP, the measures would compel greater commercial openness, reducing information asymmetries and improving the
visibility of available cross-border options (interviews with four stakeholders: a rail ticketing platform, an international bus
and rail operator, a new-entrant railway undertakings, and a private mobility platform). Some impact is still expected in
domestic or regional trips: MDMS platforms sometimes reflect the full inventory (interview with EMTA), but there is
evidence of cases where RUs within an EU Member State are not integrated into MDMS platforms.
Attractiveness: The measure is likely to yield the greatest improvements in high-demand, highly populated corridors, where
RUs with SMP may control also distribution channels. On such routes, smaller RUs and alternative services often remain
less visible to consumers due to lack of access to dominant MDMS platforms. Requiring non-discriminatory agreements
would enhance transparency, increasing consumers’ visible choices and potentially stimulating modal shift (interviews
with WestBahn and T&E). On low-demand routes, however, where there might be a lack of alternative transport options,
even full information availability is unlikely to trigger substantial behavioural change, as barriers such as frequency, speed,
and service coverage dominate user preferences (interview with CER and BEUC).
MDMS advancement: The greatest effects will likely be seen in regions where the MDMS market is already advanced, but
where competitive distortions persist due to discrimination in the context of vertical integration or SMP (the problem of
discrimination in the context of vertical integration was referred in interviews by four independent MDMS providers such
as DoHop, by consumer organisations, such as EPF, and by other organisations like ECTAA). In this context, the measures
introduce a governance mechanism to enable access to commercially significant distribution platforms, on a fair basis. The
result is likely to be increased transparency and better coordination between platforms and RUs. In less developed MDMS
regions, while the legal framework could provide a signal for future interoperability, the short-term impact can be expected
to be more limited. The absence of mature MDMS players reduces the immediacy of the problem these measures are
designed to address. The role of regional RUs particularly in Germany and France, requires separate consideration. In these
contexts, regional authorities—not operators—control fare and ticketing policies (mentioned during interviews by a
MDMS provider, and the incumbent rail operator SNCF and one other organisation).
Overall assessment: These measures will likely result in a positive effect on the completeness and accuracy of information
across digital mobility platforms, especially in high-demand, competitive corridors and fragmented international routes.
The impact is capped at +2 as the requirement to respect the ‘specific rules’ will not necessarily lead to more agreements
being made between platforms and operators, it will only encourage cooperation ensuring this would be on a fair basis.
The impact could be neutral on national routes with little alternative journey options.
QP2: Ability to Book
Direction of impact for PM11 and PM12 expected to be neutral or slightly positive: the respect of specific rules applicable
to those with SMP again functions as a precondition or enabler. By pinpointing where booking restrictions are likely
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No Policy measure Logic for impact on qualitative parameters (QPs)
imposed by dominant players, it justifies and refines the application of rules for commercial agreement. On its own, these
principles would do little to alter booking capabilities, particularly in the case of MDMS platforms controlled by PTAs,
where both operators and distribution channels are already under PTA control and the measure does not enhance this
existing coordination. However, there is an argument that these rules may indirectly generate an incentive for platforms to
improve ability to book: for example, by providing greater confidence on the commercial terms that MDMS platforms
could negotiate with operators, this may increase the incentive to invest in new booking functionalities.
The impact score for this group of measures could range between 0 and +1:
Journey Type: functionalities on platforms may be slightly more likely to improve on international routes since cross-
border rail services are automatically in-scope regardless of the market power of an individual operators, meaning that
there may be broader confidence on the terms negotiated on such routes and encouraging development of cross-border
booking capabilities. By contrast, national routes will only sometimes have SMP, so these incentives to invest in booking
functionality will be scattered depending on the coverage of the operators or platforms with SMP.
Attractiveness: Impact will likely be greater in attractive, high-demand corridors. Dominant players in the transport sector
are typically more inclined to operate on high-demand or heavily trafficked routes, where passenger volumes ensure greater
commercial viability. These corridors offer higher revenue potential and better economies of scale, allowing large operators
to maximise returns on infrastructure, rolling stock, and service investments. As a result, they tend to concentrate their
services in these areas, reinforcing their market position and brand visibility. To the extent that they can exert this power
to negotiate unfair commercial terms, it will be more likely on these routes.
MDMS Advancement: In follower regions, where MDMS ecosystems are still developing, this group of measures may
help accelerate integration and prevent the entrenchment of gatekeeping behaviour. There will therefore be a larger, long-
term effect on follower regions, while in advanced MDMS a shorter term (smaller) impact is expected.
Overall Assessment: The positive impact is capped at +1 because booking capabilities are unlikely to be directly impacted
by this group of policy measures. In areas where MDMS has more value, an increase in the integration potential may
indirectly lead to an increase in MDMSs and their services (innovation), but this would be only an indirect effect. The
impact could even be neutral on national routes where SMP does not exist.
Grouping 2 This grouping corresponds
to PM9 to PM15 that are
applicable in PO2: PM9,
PM10, PM11, PM12, and
PM13.
QP1: Completeness and Accuracy of Info
Direction of impact expected to be positive: This grouping introduces obligations aimed at increasing the availability of
incumbent RUs offerings on online ticketing platform. The addition of PM13 establishes an obligation for indispensable
RUs to enter into agreement with willing online ticketing platform, ensuring that their services are made available on any
willing platform. This addresses gaps where incumbent offerings were previously limited to direct channels or linked
platforms that may prioritise their own services.
The impact score for this measure could range between +2 and +4.
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No Policy measure Logic for impact on qualitative parameters (QPs)
Measures are the same as in
Grouping 1, with the
addition of:
PM13: Indispensable RU
(with SMP and to all other
rail undertakings in relation
to PSO and cross- border
services): must enter into
commercial agreements with
willing MDMS platforms to
enable the re-linking, resale
and/or distribution of their
tickets
Journey type: The measures are expected to have the greatest impact on international routes. Similar to what was outlined
in Grouping 1, these journeys are typically fragmented in terms of data availability, pricing and booking options due to the
lack of coordination between national RUs, the presence of MDMS with proprietary sales channels, and protectionist
practices by incumbents. On these routes, the obligation to sell ensures that consumers can more easily see and compare
alternative offerings. Domestic routes may see a smaller effect where incumbents already dominate distribution.
Attractiveness: High traffic and attractive routes are likely to benefit the most. On these routes, the obligation to sell means
that incumbent RUs’ must provide their services to willing MDMS platforms, which in turn can display a broader set of
options to consumers. This increases the visibility of alternative rail offerings and ensures that independent platforms are
not disadvantaged by restricted access. On low-demand routes, the impact is expected to be smaller as fewer RUs provide
services on these routes. Even when incumbent RUs comply with the obligation to sell, the total number of rail options
available to consumers is naturally limited. In other words, consumer choice is constrained by the small number of operators
rather than by access to distribution platforms, so improvements in completeness are less pronounced.
MDMS advancement: The measures are likely to have more impact in the short term in regions where advanced
independent MDMS platforms exist (leaders). These platforms can already display incumbent offerings and benefit from
the obligation to sell, improving their service completeness. In less developed MDMS regions (followers), the obligation
supports longer-term platform development by creating a clearer business case for new entrants and preventing incumbents
from restricting access. This encourages the growth of more competitive and interoperable MDMS platforms across the
EU in the longer term.
Overall assessment: These measures are expected to have a clear positive effect on the completeness and accuracy of
information available to consumers. By introducing the obligation to sell for indispensable RUs, the measures ensure that
incumbent services are made available on MDMS platforms, including independent ones, which enhances comparability
and visibility of alternative options. The minimum impact score of +2 reflects the inherent improvement achieved simply
by adding incumbent rail offerings to platforms that previously had limited access.
The maximum score of +4 reflects the potential impact in high-demand and international routes, where multiple RUs
compete and the obligation to sell significantly increases the number of options displayed on MDMS platforms, improving
consumer choice. The limitations remain since there is no inclusion of an obligation to sell for smaller RUs and new
entrants, meaning independent MDMS platforms would still not necessarily display all possible rail offerings. Additionally,
there is no obligation for MDMS platforms to host all willing RUs immediately, meaning the full impact may be delayed
as platforms are not required to accommodate offerings straight away, even if doing so would be in their commercial
interest.
QP2: Ability to Book
Direction of impact expected to be positive: These measures are expected to improve the ability to book rail services on
MDMS platforms. By introducing the obligation to sell for indispensable RUs, the measures allow MDMS platforms to
have access to main rail offers and combine them with other transport offers therefore providing new, innovative transport
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No Policy measure Logic for impact on qualitative parameters (QPs)
journeys to consumers. Platforms are incentivized to integrate offers, enhancing the user experience and making it easier
for consumers to purchase tickets without needing to visit the incumbent operator’s website.
Stakeholder input indicates that current practices can restrict such booking functionality. As one MDMS provider, FTO,
noted: “Strong transport operators remove full content from neutral and cost effective B2B MDMS (CRS) and thus making
it burdensome and expensive for B2C MDMS (travel intermediaries) to provide full and undistorted access to tickets for
consumers.”
Another MDMS stakeholder (providing multimodal travel information) highlighted how certain commercial practices
affect booking and the user experience: “…some operators restrict the information that can be shown on MDMS platforms
or impose prohibitively low commission rates, forcing MDMS partners to operate at a loss on ticket sales and redirecting
users to operator websites for modifications, which disrupts the user experience”.
The impact score for this measure could range between +2 and +4.
Journey type: The positive effect is expected across both national and international routes, as the obligation to sell applies
to incumbent operators regardless of route type.
Attractiveness: The measures are likely to have the greatest impact on high-traffic or popular routes, where indispensable
RUs are most commonly active. On these routes, enabling booking on independent MDMS platforms provides tangible
benefits to consumers by improving convenience and increasing competition between platforms. On lower-demand routes,
the impact may be more limited because fewer operators are present and some platforms may not yet prioritise integration
of these services.
MDMS advancement: In regions with advanced independent platforms (leaders), the measures can have more immediate
effects, as these platforms are more likely to already have the capability to relink or enable full booking for incumbent
services. In less mature markets (followers), the measures are more likely to have stronger impact in the longer term, by
creating a clear business case for new platforms, promoting interoperability and preventing gatekeeping behaviour by
incumbents. Over time, this can encourage the development of new MDMS platforms.
Overall assessment: The measures are expected to have a clear positive effect on the ability to book rail services across
MDMS platforms. The minimum impact score of +2 reflects the improvement in routes where incumbents operate, and
users may benefit from booking tickets on alternative booking channels to the incumbent website, which may have better
user functionalities. The maximum score of +4 accounts for the potential benefits on high-demand routes and
internationally. Limitations nonetheless remain, i.e., there is no obligation to sell for smaller RUs, and no obligation for
MDMS platforms to host all willing Rus immediately. As a result, the ability to book may not improve for all rail offerings,
across all platforms straight away, and full benefits may be realised more gradually.
Grouping 3 This grouping corresponds
to PM9 to PM15 that are
QP1: Completeness and Accuracy of Info
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No Policy measure Logic for impact on qualitative parameters (QPs)
applicable in PO3: PM9,
PM10, PM11, PM12, PM13,
and PM14.
Measures are the same as in
Grouping 2, with the
addition of:
PM14: Indispensable RU
platforms: must enter into
commercial agreements with
willing RUs (operating
within the same
geographical area in which
the RU owning the
indispensable RU platform
has SMP) to enable the
distribution of tickets
Direction of impact expected to be positive: This PM grouping introduces an obligation for indispensable RU platforms to
enter into commercial agreements with any willing RU299, and an obligation on indispensable RUs to enter into
commercial agreements with any willing ticketing platform. These requirements aim to close gaps in MDMS platforms
and address exclusionary practices. These agreements mean that route, schedule, and pricing information for indispensable
services would be more fully displayed in MDMS platforms, and indispensable RU platforms would contain information
on other RUs, not just the RU they are linked to. As these services are added, the range and accuracy of information
available to users would improve.
Stakeholder input on the expected effectiveness of PM14 (obligation to host for indispensable RU platforms) specifically
was mixed. Across all 69 respondents, 19 considered it very or somewhat effective, 14 considered it very or somewhat
ineffective, and 36 were neutral or did not know. EPF and WestBahn noted that such an inclusive approach would prevent
loopholes and ensure a level playing field across the sector.
The impact score for this measure could range between +3 and +4.
Journey type: The impact is expected to be especially strong for international and long-distance national journeys where
indispensable RUs are not encouraging their services on all MDMS platforms, and where indispensable RU platforms are
not displaying alternative RUs. Access to these services is often fragmented or missing from MDMS/indispensable RUs
platforms due to gatekeeping or technical barriers. The inability of dominant players to provide seamless international and
intermodal ticketing without “opening the game” to competition is mentioned in interviews by two new entrant RUs
including WestBahn.
Attractiveness: In more attractive routes, where competition and demand are high, the visibility of indispensable RU
services in all relevant MDMS platforms will address the imbalances in information that currently favour RUs with SMP
and their affiliated services. Additionally, the obligation for indispensable RU platforms to include the offering of willing
RUs will also support the presentation of a more complete service offering on platforms, as well as the obligation for
indispensable RUs to share their offer to requesting platforms. In less attractive routes, the effect may be more limited but
still beneficial as they may become better linked with routes with significant traffic and competition that might comprise
legs of these trips.
MDMS advancement: in the short term there is undoubtably a positive effect on advanced MDMS where visibility would
increase swiftly. In the long term, this grouping would enable currently less advanced MDMS which show little integration
to advance faster. Therefore, there is likely to be a positive impact on advanced MDMS and a very positive impact on less
advanced MDMS.
Overall assessment: The measure focuses on enabling provision of route, schedule and pricing information for
indispensable RU on more platforms, and for indispensable RU platform to show this information for more RU. This
299 The obligation of indispensable RU platforms to integrate the offering of RU is limited to the offers within their geographical scope of operation.
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No Policy measure Logic for impact on qualitative parameters (QPs)
inherently improves information completeness. At the least, this will ensure indispensable rail options are available to be
seen on all willing MDMS platforms, increasing completeness of information for passengers (+3). The potential impact is
capped at +4 because the obligation for MDMS only extends to indispensable RU (one MDMS mentioned there are many
regional RU who do not want to be integrated in other platforms), and the obligation for railway undertaking extends only
to indispensable RU platforms (which do not necessarily cover all routes). Further, this group of measures could make
dominant platforms even more attractive for consumers as they can use the platform they are used to and already see more
services. This could limit the role of smaller MDMS who may offer alternative information of interest to consumers.
QP2: Ability to Book
Direction of impact expected to be positive. This builds on the fair treatment principles in Grouping 1 but goes further by
making ticketing agreements mandatory for indispensable RU and indispensable RU platforms. The main outcome of this
obligation is that it forces RU to enable both re-linking and direct booking within the MDMS (depending on their business
model and practice). This will help improve the user experience by allowing MDMS platforms to re-link or sell RUs offers
(depending on their current business model).
The impact score for this measure could range between +3 and +4.
Journey type: The grouping will benefit both national and international journeys, as indispensable RU often serve high-
volume routes that are central to long-distance and cross-border travel.
Attractiveness: On high-traffic, attractive routes, indispensable RUs are more commonplace. This Grouping would
mandate increased booking access to these routes, broadening competition and reduce consumers’ dependency on existing
services that may be vertically integrated, making the impact greater than in either Grouping 1 or Grouping 2. Indispensable
RUs may also operate some low-traffic routes, meaning that the impact would be smaller than on high-traffic routes, but
still greater than in Groupings 1 or 2 where commercial agreements are only encouraged through principles rather than
mandated.
MDMS advancement: As with previous Groupings, the impact is expected to be greater in MDMS follower Member
States, where integration is currently more limited. This Grouping would more rapidly facilitate an expansion of the
MDMS’ offerings to all indispensable railway undertaking, allowing some level of competition with more established
platforms.
Overall assessment: This PM grouping accelerates and streamlines the development of agreements between RUs and
MDMS platforms via the principles brought on commercial agreements. This, and the mandated integration RU services
into relinking and booking MDMS platforms, provides a more stable environment for MDMS services to develop and
expand. However, the impact is capped at +4 as parties have to be willing to make agreements to be made available on
indispensable RU platforms – one interview with an MDMS provider suggests that some smaller regional RUs have no
desire for their tickets to be available on other platforms.
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No Policy measure Logic for impact on qualitative parameters (QPs)
Grouping 4
This grouping corresponds
to PM9 to PM15 that are
applicable in PO4: PM9,
PM10, PM11, PM12, PM13,
and PM15.
Measures are the same as in
Grouping 2, with the
addition of:
PM15: Indispensable RU
platforms: must unbundle its
distribution system from the
systems of its parent
operator
QP1: Completeness and Accuracy of Info
Direction of impact expected to be positive.
This grouping of policy measures will improve the completeness and accuracy of information on MDMS platforms by
addressing structural barriers that limit the fair representation of transport operators’ services.
Initially, it provides, similar to Grouping 1, a framework for agreements between (indispensable) RU and MDMS platforms
with SMP. This framework of commercial principles can simplify the conclusion of agreements and consequently
accelerate the integration of services.
Further, it includes an unbundling requirement, potentially limiting the commercial incentive of dominant, vertically
integrated RU platforms, to provide unfair preferential treatment to their own transport services. This means dominant RU
must separate their platform operations from their own transport services. Insights from the interview with a rail MDMS
provider suggests that the principal issue in contract negotiations lies with vertically integrated RU that impose unfair
contractual conditions on independent MDMS providers. Stakeholder survey responses on the effectiveness of an
obligation to unbundle were mixed. Out of 69 respondents, 22 considered unbundling very or somewhat effective, 20
considered it ineffective, and 26 were neutral or did not know, with RU platforms being particularly sceptical (4 out of 5
considered it very ineffective) while new entrant RUs and national authorities were more positive. An MDMS provider
noted that “financial separation of accounts may provide a base to verify a level playing field between own distribution
system vs. independent MDMS and fair remuneration”. A tourism industry association highlighted that “the unbundling
requirement separates the distribution systems of vertically integrated MDMS from those of their parent operators. This
structural intervention is critical to ensuring that ticket offers are not biased toward the MDMS’s own transport services
[therefore enhancing] neutrality and transparency in distribution”.
Second, it includes an obligation for indispensable RU to enter commercial agreements with requesting MDMS platforms,
meaning they can no longer withhold their ticketing data or refuse to cooperate with platforms. By removing both
gatekeeping practices both by platforms and by RUs, this PM grouping has the potential to make travel options more
complete and accurately presented. Again, among stakeholders, there are a number of views that mutual commercial
interest should guide collaboration in distribution rather than mandated access (expressed by two MDMS providers
including ADN Mobilités, an incumbent RU, an association of airlines, the public transport operator’s association UITP,
two national authorities and other organisations such as ECTAA).Still, some also voice support for this obligation (EPF
and WestBahn) as a step toward fully integrated, multimodal travel experiences that prioritise consumer needs over
proprietary interests.
The impact score for this measure could range between +2 and +4.
Journey type: The measure is particularly impactful for cross-border and long-distance national services, where
indispensable RU often provide critical links but may currently be missing from MDMS platforms due to either their lack
of cooperation with platforms or MDMS bias (due to vertical integration). By unbundling and obliging indispensable RU
146
No Policy measure Logic for impact on qualitative parameters (QPs)
to enter into commercial agreements, MDMS providers will be more likely to include these services fully and accurately,
addressing long-standing issues with cross-border coverage and improving multimodal journeys that rely on rail.
Attractiveness: This measure will have a positive impact on both attractive and less attractive routes. Unbundling helps
prevent dominant platforms from showing only their own or preferred services, ensuring travellers can see all available
options. On less popular routes, it increases the chances that smaller or independent RU will also be shown fairly, improving
overall visibility. The impact is expected to be slightly higher on attractive routes where competition between RU is greater,
and this will be better represented in cases where visibility of this competition is being restricted by vertically integrated
players.
MDMS advancement: The effect on completeness and accuracy of information is likely to be most significant in MDMS
leader Member States, where indispensable RU platforms’ user base is broader than on other Member States, and where
major railway undertaking may currently avoid certain platforms. In this context, both sides of the PM grouping (obliging
indispensable RU platforms to become neutral and for indispensable RU to participate) directly address ongoing issues. In
MDMS follower or planned adopter Member States, where MDMS is still emerging and these kinds of conflicts may not
exist, the measure will likely have limited or no impact.
Overall assessment: The measure improves the completeness and accuracy of information by breaking up vertically
integrated RU platforms from their respective operators, removing commercial incentives for a biased representation of
the linked operator. Compared to PO2, the addition of the unbundling requirement strengthens neutrality in distribution by
structurally separating platform and operator interests; it reduces the likelihood that affiliated services receive preferential
visibility. The impact is therefore expected to be slightly stronger than under PO2, with the potential to reach the upper
end of the +2 to +4 range in markets where vertical integration currently constrains completeness and accuracy. The impact
is on the margin to be lower than Grouping 3 though, as it does not force indispensable RU platforms to enter commercial
agreements with any willing operator (which improve information completeness), it just removes the incentive to have any
connection or bias with a linked operator. In markets where vertical integration is not present, the measure will still have a
positive impact due to the inclusion of indispensable rail offerings on all MDMS (+2).
QP2: Ability to book
Direction of impact expected to be slightly positive.
This PM grouping may support better booking options on MDMS platforms by addressing the two issues: 1) obliging
indispensable RU to enter into commercial agreements and 2) requiring indispensable RU platforms to unbundle from their
affiliated RU. However, while the measure improves access, the effect on the booking system is uncertain. While
unbundling may reduce bias, it could also affect how efficiently booking systems operate. As a result, the overall benefit
is expected to be positive but limited.
The impact score for this measure could range between +2 and +4.
147
No Policy measure Logic for impact on qualitative parameters (QPs)
Journey type: Both national and international journeys may benefit. International journeys see particular improvements,
as indispensable RU often run cross-border services that were previously excluded from MDMS platforms. National
services, especially those provided by smaller or independent operators, will also gain better booking options through the
MDMS platforms.
Attractiveness: The PM grouping is expected to be stronger on high-demand, attractive routes, where indispensable RU
platforms and indispensable RU are most active and may compete the most with alternative operators. These are the areas
where exclusion of certain services from booking is most common, and where platform bias can most significantly distort
consumer choice. On less attractive routes, the impact is likely to be smaller, as indispensable RU platforms may not be
active and indispensable RU may not be present, though some benefits may still occur if the obligation leads to wider
inclusion of smaller transport operators.
MDMS advancement: As with previous Groupings, the impact is expected to be greater in MDMS follower Member
States, where integration is currently more limited. This Grouping would more rapidly facilitate an expansion of the
MDMS’ offerings to all indispensable RUs, allowing some level of competition with more established platforms.
Overall assessment: By combining the obligation to enter into ticketing agreements with indispensable RU and the
structural unbundling of indispensable RU platforms, this measure addresses both access and fairness in the booking
process. A similar impact is expected to Grouping 2, but with a slightly greater impact for attractive routes in follower
Member States.
Source: Ricardo et al. (2026), Impact assessment support study
148
1.3.2.5. MPA scoring outputs
The table below presents the share of the maximum potential modal shift and maximum reduction in travel
time that can be achieved in each cluster, for each policy option. It shows that PO2 presents a higher modal
shift potential than PO1 due to the additional obligation to share, while PO3 presents the highest modal shift
potential due to the integration of offerings on MDMS platforms.
Table 47: Share of the maximum potential modal shift and maximum reduction in travel time that can be
achieved in each policy option
Cluster short description Share of modal shift potential
captured
Cluster Route MDMS Attractiveness PO1 PO2 PO3 PO4
A National Leader Both attractive 30% 60% 70% 70%
B National
Planned
adopter/follower Both attractive 20% 80% 80% 80%
C
Internation
al At least one leader Both attractive 20% 60% 80% 60%
D
Internation
al
Planned
adopters/followers Both attractive 20% 80% 80% 80%
E National Leader Hybrid 20% 50% 60% 60%
F National
Planned
adopter/follower Hybrid 20% 50% 70% 50%
G
Internation
al At least one leader Hybrid 20% 50% 60% 60%
H
Internation
al
Planned
adopters/followers Hybrid 20% 60% 80% 60%
I National Any
Both moderately
attractive 20% 40% 60% 50%
J
Internation
al Any
Both moderately
attractive 10% 50% 60% 50%
Source: Ricardo et al. (2026), Impact assessment support study
Combining these scores with the estimated maximum potential modal shift (interpretated as the percentage
increase in journeys using collective transport means, such as trains and coaches, and a corresponding decrease
in journeys using less sustainable modes) and taking an average of the outcomes for each cluster, produces the
outcomes displayed in Figure 9.
In comparison to the 1.7% maximum potential, PO3 achieves the highest shift from 2035 onwards (1.19%),
while PO1 generates the lowest shift from 2035 onwards (0.34%). As explained above, these figures were
validated as part of the stakeholder consultation workshop held on 12th June 2025. More details on the
workshop are presented in section 1.3.2.2 of Annex 4. In summary, there was broad agreement from
stakeholders participating in the workshop on these inputs. However, noting the weaker response rate for PO3
and PO4300, sensitivity analysis has been performed considering lower model shift across all policy options.
The results of the sensitivity analysis are presented in section 7.6.
300 Around half of attendees replied to the questions (49 out of 108, or 45%)
149
Figure 9: Average modal shift in each policy option relative to the maximum potential modal shift
Source: Ricardo et al. (2026), Impact assessment support study
The MPA scoring outputs were also applied to the maximum reduction in the journey time resulting from
the 100 OD pairs analysis (see section 1.3.2.3 of Annex 4). Results are shown in the figures below, where the
code of each bar (e.g. APO1) denotes the cluster (A) and the policy option (PO1). The maximum reduction in
journey time is not the same in each cluster. The first figure below shows the reduction in the journey time for
2035 (where PO1 and PO3 have delivered their highest potential), and the second figure below for 2050 (after
PO2 and PO4 have delivered their highest potential). The relationships between the POs are the same as those
identified in the modal shift outputs above, since they are based on the same progress towards the maximum
potential.
Figure 10: Estimated change in journey time for each policy option compared to the maximum potential for
each cluster in 2035
Source: Ricardo et al. (2026), Impact assessment support study
150
Figure 11: Estimated change in journey time for each policy option compared to the maximum potential for
each cluster in 2050
Source: Ricardo et al. (2026), Impact assessment support study
1.3.3. Interface module
The Interface Module was developed in the context of the impact assessment support study to convert the
outputs of the MPA module for each cluster into modal shift impacts and changes in travel time that can be
used together as inputs in the ASTRA model.
The Interface Module builds on Origin-Destination (OD) passenger matrices at NUTS3 level, covering EU27
countries, representing for each specific year (five-years’ steps up to 2050):
- Passenger trips between OD pairs by mode;
- The average time of a passenger trip between OD pairs by mode.
The transport modes (and combinations) considered in the OD matrices are:
• Unimodal: Car, rail conventional (regional and intercity), high speed rail, coach, air, ferry (maritime);
• Multimodal: air+rail, rail+coach, air+coach, car+ferry, rail+ferry, coach+ferry, air+ferry.
The Interface Module was developed using MySQL to handle matrices of over 1.3 million OD pairs within
the 27 EU Member States. It simulates the impacts in five-years’ time steps up to 2050. The module uses the
MPA results by cluster as input, performs calculations based on matrices at NUTS3 level and produces
changes at aggregate level for modal split and travel time, in the format that can be fed as input into the ASTRA
model.
The starting points for the Interface Module are the TRUST network model301 and the OD matrices by mode
of transport complemented with intra-NUTS3 trips (that were especially needed to consider regional trips in
large zones). The regional trips data was derived based on the ASTRA model and EUROSTAT data.
Furthermore, additional information was considered for multimodal trips, building on the 2024
301 TRUST (TRansport eUropean Simulation Tool) is a European scale transport network model simulating road, rail
and maritime transport for both passengers and freight (https://www.trt.it/en/tools/trust/).
151
Eurobarometer survey and a JRC EU Survey on issues related to transport and mobility conducted in 2019.
The average time of a passenger trip between OD pairs by mode were derived from the TRUST transport
network model, complemented by the in-depth analysis of the 100 OD pairs performed as part of the impact
assessment support study. The TRUST network model is designed to assign passenger demand by mode to
different pathways/routes on the related network. Each route is associated with a cost and travel time based on
its distance and characteristics (tolled motorway or main roads, high speed rail or conventional services, etc.).
This information is weighted based on trips assigned to each route in the TRUST model to calculate the
average time between OD pairs by mode. Passenger transport demand of the Interface Module evolves over
time according to the baseline scenario up to 2050 (i.e. including also TEN-T network development over time,
as simulated in the TRUST network model).
1.3.4. Assessment of impacts of the policy options with the ASTRA model
For simulating the impacts of the policy options, the outputs from the interface module (i.e. changes in modal
shift and travel time) are used as inputs in the ASTRA model, which then estimates the overall impacts on
transport activity and related user costs and external costs savings. An overview of
the ASTRA model application and the input used for simulating the effects of the policy options is provided in
the figure below.
Figure 12: ASTRA model application for the quantitative assessment of impacts
Source: Ricardo et al. (2026), Impact assessment support study
The outputs from the interface module are provided in the ASTRA transport demand format: at NUTS1 level
for regional and national changes and at country-to-country level for international changes, relative to the
baseline. The output is also expressed in terms of main mode of transport, meaning associated with the mode
used for the longest part of the trip.
More specifically, the outputs from the interface module feed into the passenger demand module of ASTRA
for each specific geographical domain (regional, national, international). Changes in travel time and changes
in modal shift due to the ability to see all offerings on MDMS platforms and the ability to book all visible
travel options on MDMS platforms are both used as inputs in the ASTRA model. The changes in transport
activity in passenger-kilometres302 from the interface module are also used to consider changes in multimodal
302 Based on distance travelled by mode in each leg.
152
trips that, following the ASTRA model approach, have to be aggregated to the main mode. This allows to
derive the passenger-km travelled by mode for the consequent assessment of external costs303.
1.3.5. Cost-benefit analysis (CBA) module
The Cost Benefit Analysis (CBA) module is used to calculate the costs and/or benefits of policy measures,
aggregate them into options, and compare the costs and benefits of each policy option. The CBA builds on the
Standard Cost Model and estimates the cost of each policy option by combining the number of platforms and
operators, and the number of agreements between MDMS platforms and transport operators, with cost
data. It calculates both the costs by policy measure and by policy option. In addition, the model calculates the
monetised impacts of external costs for each policy option relative to the baseline by combining the impacts
on e.g. CO2 emissions, air pollution emissions, number of lives saved and injuries avoided from the
ASTRA model with the corresponding unit external cost values from the 2019 Handbook on the external
costs of transport304.
2. BASELINE
2.1. Main assumptions of the baseline scenario
As explained in section 1 of Annex 4, the baseline scenario for this impact assessment has been developed
with the PRIMES-TREMOVE model. The baseline scenario of the ASTRA model, that is used for assessing
the impacts of the policy options, has been calibrated on the PRIMES-TREMOVE results.
The assumptions used for developing baseline scenarios that underpin impact assessments in the energy,
transport and climate policy areas, are consulted regularly with Member States and other stakeholders in the
context of the so-called Reference scenario process. The baseline scenario underpinning this initiative builds
on the work on the EU Reference scenario process 2025, that is currently ongoing. In this context, the
PRIMES-TREMOVE model (and subsequently the ASTRA model) has been calibrated on the latest available
statistics. The macro-economic projections, the energy price projections and the technology assumptions have
been consulted with Member States during a meeting of the Reference scenario expert group on 5 June 2024.
In addition, bilateral meetings with Member States took place between September 2024 and April 2025 to
discuss the national policies to be reflected, based on the updated National Energy and Climate Plans prepared
by the Member States under the Regulation 2018/1999 on the Governance of the Energy Union and Climate
Action and submitted to the Commission during 2024-2025.
The technology assumptions, that drive the magnitude of the impacts on costs and benefits, are based
on a rigorous literature review carried out by E3-Modelling in collaboration with the JRC and
building on studies conducted for the Commission and used in previous impact assessments on
related topics305. Continuing the approach adopted in the long-term strategy in 2018 and for the
Reference Scenario 2020, the Commission consulted on the technology assumptions with Member
States and stakeholders in 2024, as further explained in the following sections.
The baseline scenario reflects the projected higher energy prices driven by the Russian invasion of Ukraine.
Beyond this aspect, it was however not possible to quantify the impact of the Russian invasion of Ukraine, as
there is large uncertainty with respect to its impacts, in particular for the medium to long-term. While its impact
303 As an example, an increase in multimodal trips by “coach-rail” is assigned to rail as main mode in ASTRA, but the alignment of
distance travelled in each leg of the trip allows to consider also an increase of passenger-km by coach as part of that multimodal trip
and consequent reduction in the distance travelled by rail (rather than the entire distance being associated with the rail mode). 304 Handbook on the external costs of transport - Publications Office of the EU 305 Sources include: ACEA, BloomberNEF, Goldman Sachs, ICCT, IEA, Ricardo, DEA, other scientific publications.
153
is felt in terms of trade (e.g., grain, bulk fertilizers and hydrocarbons) and in certain geographical areas, the
impact on the baseline of this initiative is expected to be limited.
The main assumptions related to economic development, international energy prices and technologies are
described below.
2.1.1. Economic assumptions
The modelling work is based on socio-economic assumptions describing the expected evolution of the
European society. Long-term projections on population dynamics and economic activity form part of the input
to the model and are used to estimate transport activity, particularly relevant for this impact assessment.
Population projections rely on Eurostat’s long-term projections (EUROPOP2023)306. The EU population is
projected to remain broadly stable over the projection period to 2050. However, there is a noticeable trend
towards the ageing of the population, with a 10% decline in the working-age population aged 20 to 64 between
2025 and 2050 and an increase in the old-age dependency ratio from 38% to 55.2% (Figure 13).
Figure 13: Population assumptions
Source: Eurostat
Economic projections have taken place in an unusually unstable context in the past few years, as the EU and
world economies were hit first by the COVID pandemic and second by Russia’s war of aggression against
Ukraine, with the ensuing sharp increase in international energy prices. The GDP projections for 2025 rely on
the Spring Forecast307 of the Directorate General for Economic and Financial Affairs (DG ECFIN). From
2025 onwards, the GDP growth projections converge to those prepared by DG ECFIN for the 2024 Ageing
Report308. At EU level, real GDP is projected to be 23% higher in 2030 than in 2015, 39% higher in 2040,
and 60% higher in 2050 compared to 2015.
Projections on the sectoral composition of GDP were prepared using the GEM-E3 computable general
economic model. It is projected that the EU economy will continue to become increasingly services-oriented,
with the sector’s share rising from close to 74% of total gross value added (GVA) in 2016-2020 to around
75% in 2040 and 76% in 2050. While the share of the transport sector in total GVA declined during the
COVID pandemic, the projections assume that this was only a temporary phenomenon, and that the sector’s
306 EUROPOP2023 (proj_23n). 307 DG ECFIN, https://ec.europa.eu/commission/presscorner/detail/en/ip_22_6782 308 DG ECFIN, 2024 Ageing Report. Economic and budgetary projections for the EU Member States (2022-2070).
0%
10%
20%
30%
40%
50%
60%
0
50
100
150
200
250
300
350
400
450
500
20 25
20 26
20 27
20 28
20 29
20 30
20 31
20 32
20 33
20 34
20 35
20 36
20 37
20 38
20 39
20 40
20 41
20 42
20 43
20 44
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20 47
20 48
20 49
20 50
M ill
io n
pe op
le
Old-age dependency ratio (RHS) Total population Working-age population (20-64y)
154
share remains broadly constant at close to 5% of the total. This is consistent with recent economic
developments.
Figure 14: EU GDP (2015 = 100) and GDP growth (%)
Source: DG ECFIN
2.1.2. International energy prices assumptions
Alongside socio-economic projections, transport modelling requires projections of international fuel prices.
The table below shows the oil prices assumptions of the baseline used in this impact assessment.
Table 48: Oil prices assumptions
Oil 2015 2020 2030 2040 2050
in $'2023 per boe 62.6 48.0 92.8 105.7 131.6
in €'2023 per boe 57.5 44.0 85.2 97.0 120.7
2.1.3. Technology assumptions
Modelling scenarios on the evolution of the transport system is highly dependent on the assumptions on the
development of technologies - both in terms of performance and costs. For the purpose of the development of
the baseline, these assumptions have been updated based on a rigorous literature review carried out by external
consultants in collaboration with the JRC.
Continuing the approach adopted in the long-term strategy in 2018 and for the Reference Scenario 2020, the
Commission consulted on the technology assumptions with Member States and stakeholders in 2024. In
particular, the technology database of PRIMES-TREMOVE transport model was discussed with Member
States during a meeting of the Reference scenario expert group on 5 June 2024. They also benefited from a
dedicated consultation workshop with stakeholders, held on 22-23 October 2024.
2.1.4. Policies in the Baseline scenario
In line with the Better Regulation toolbox (Tool #60), the baseline has been designed to include the initiatives
of the ‘Fit for 55’ package309 and the proposed amendment of the European Climate Law to include a 2040
309 Delivering the European Green Deal - European Commission
-6%
-4%
-2%
0%
2%
4%
6%
90
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170
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20 29
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20 41
20 43
20 45
20 47
20 49
20 15
=1 00
Real GDP (2015=100) Real GDP growth (RHS)
155
climate target for the EU310, of reducing the EU's net greenhouse gas emissions by 90% by 2040 relative to
1990, with a limited contribution towards the 2040 target of high-quality international credits. It also reflects
the CO2 emission performance standards for heavy-duty vehicles311, the Euro 7 standards312, the revised TEN-
T Regulation313, as well as the initiatives part of the Greening Freight package314 and Roadworthiness
package315. It also reflects the National Energy and Climate Plans prepared by the Member States under the
Regulation 2018/1999 on the Governance of the Energy Union and Climate Action and submitted to the
Commission during 2024-2025. The baseline scenario assumes no further EU level intervention beyond the
ITS Directive316 and the Delegated Regulation on multimodal travel information services (MMTIS)317. The
CRS Code of Conduct318 would continue to apply. More details on the baseline scenario assumptions and
results are provided in Annex 4 (section 2).
The baseline also incorporates perspectives on potential future developments captured in the 2022 Strategic
Foresight Report319 and during a foresight workshop organised by DG MOVE and JRC on 10 February 2025,
analysing the impacts of the megatrends and drivers of change on the EU transport sector320. In particular, the
projected transport activity draws on the long-term population projections from Eurostat and GDP growth
from the Ageing Report 2024321. An increasingly connected world with high levels of access to digital
products and services and in which new services, business models, life and work patterns emerge is the
background against which the initiative is assessed.
2.2. Baseline scenario results
2.2.1. Number of passengers
Total number of passengers. The total number of passengers in the EU travelling by air, coach (excluding
local and suburban public transport), rail and waterborne transport is projected to grow from 12.9 billion in
2019 to 14 billion in 2028, 15.4 billion in 2030 and 17.8 billion in 2050 (19% increase for 2019-2030 and
38.1% increase for 2019-2050), following the recovery from the COVID pandemic. The number of
passengers travelling by air within the EU would increase from 515 million in 2019 to 538 million in 2028,
542 million in 2030 and 644 million in 2050 (5.1% growth for 2019-2030 and 24.9% for 2019-2050). The
number of passengers travelling by rail is projected to increase faster than for air (from 8.6 billion in 2019 to
9.6 billion in 2028, 10.7 billion in 2030 and 12.5 billion by 2050), driven in particular by the completion of
the TEN-T core network by 2030, the extended core network by 2040 and of the comprehensive network by
2050, supported by the CEF, Cohesion Fund and ERDF funding, but also by measures of the ‘Fit for 55’
package, the revised TEN-T Regulation, as well as the initiatives part of the Greening Freight package. The
number of passengers travelling by coach is projected to increase from 3.3 billion in 2019 to 3.4 billion in
2028, 3.7 billion in 2030 and 4.2 billion by 2050 (9% increase for 2019-2030 and 24.1% increase for 2019-
2050). The number of passengers travelling by waterborne transport would also increase in the baseline
scenario, from 418 million in 2019 to 465 million in 2028, 466 million in 2030 and 518 million in 2050 (11.4%
increase for 2019-2030 and 23.8% growth for 2019-2050).
310 COM(2025) 524 final 311 Regulation (EU) 2024/1610 312 Regulation - 2024/1257 - EN - EUR-Lex 313 Regulation - EU - 2024/1679 - EN - EUR-Lex 314 Green Deal: Greening freight for more economic gain with less environmental impact (europa.eu). 315 Updated rules for safer roads, less air pollution and digital vehicle documents 316 OJ L, 2023/2661 317 OJ L, 2024/490 318 OJ L 35, 4.2.2009, pp. 47–55.319 COM(2022) 289 final 320 https://knowledge4policy.ec.europa.eu/foresight/tool/megatrends-hub_en#explore 321 DG ECFIN, 2024 Ageing Report. Economic and Budgetary Projections for the EU Member States (2022-2070) -
Economy and Finance
156
Table 49: Projected number of passengers at EU level in the baseline, by mode (million) 2019 2028 2030 2040 2050 2019-
2030
2019-
2040
2019-
2050
Total air, coach, rail and waterborne passenger transport
Coach * 3,345 3,357 3,646 3,935 4,152 9.0% 17.6% 24.1%
Rail transport ** 8,639 9,639 10,720 11,864 12,525 24.1% 37.3% 45.0%
Air transport 515 538 542 611 644 5.1% 18.5% 24.9%
Waterborne transport*** 418 465 466 485 518 11.4% 15.8% 23.8%
Total number of passengers 12,918 13,998 15,374 16,894 17,839 19.0% 30.8% 38.1%
Source: Ricardo et al. (2026), Impact assessment support study; ASTRA. Note: * Coaches (excluding urban and suburban
transport); ** Rail transport (excluding tram and metro); *** Waterborne transport refers to maritime transport.
Multimodal passengers. Drawing on data for the historical period collected in the context of the exploratory
study on passenger rights in the multimodal context322 and projections developed in the context of the impact
assessment support study, the number of multimodal passengers is projected to increase from 91 million in
2019 to 91.6 million in 2028, reaching 94.4 million in 2030 and 130.8 million in 2050 in the baseline scenario.
The air-rail passengers represent over 60% of the total multimodal passengers, air-coach passengers above
30%, while the share of rail-coach passengers is limited to around 1% of the total number of multimodal
passengers. In terms of market size, the air-rail passengers represented 11.8% of the total number of intra-EU
passengers travelling by air in 2019 and their share is projected at 11.3% in 2030, following the recovery from
the COVID-19 pandemic, going up to 12.6% by 2050. The air-coach passengers represented around 0.9% of
the total number of coach passengers in 2019, going up to 1.2% by 2050 in the baseline scenario, while the
rail-coach passengers represent below 0.05% of the coach passengers over the whole-time horizon.
Table 50: Projected number of multimodal passengers and the market share in the baseline scenario
2019 2028 2030 2040 2050
Number of multimodal passengers (million) 91 91.6 94.4 114.3 130.8
Air-rail passengers 60.8 61.3 61.3 72.9 80.9
Air-coach passengers 29.2 29.2 32 40.1 48.4
Rail-coach passengers 1 1 1.1 1.3 1.5
Market size
Air-Rail (% of air market size) 11.80% 11.40% 11.30% 11.90% 12.60%
Air-Coach (% of bus and coach market size) 0.90% 0.80% 0.90% 1.00% 1.20%
Rail-Coach (% of bus and coach market size) 0.03% 0.03% 0.03% 0.03% 0.04%
Share in multimodal transport
Air-Rail (% of air market size) 66.80% 67.00% 64.90% 63.80% 61.80%
Air-Coach (% of bus and coach market size) 32.10% 31.80% 33.90% 35.10% 37.00%
Rail-Coach (% of bus and coach market size) 1.10% 1.10% 1.20% 1.20% 1.10%
Source: Ricardo et al. (2026), Impact assessment support study
2.2.2. Number of MDMS platforms
Based on desk research, first a database of MDMS platforms currently operating across EU was created in the
context of the impact assessment support study. The database includes MDMS platforms with relinking
capabilities or better (i.e. direct booking functionality). MDMS platforms only providing information on travel
offerings, that do not actually provide the ability to purchase tickets, are out of scope. MDMS platforms
322 EY (2019), Exploratory study on passenger rights in the multimodal context: final report,
https://data.europa.eu/doi/10.2832/72925
157
operating only within cities are also out of scope. The initial number of MDMS platforms was increased by
25%, to account for the uncertainty323.
It should be noted that many B2C platforms operate at regional level or serve citizens in a handful of Member
States. On the other hand, B2B platforms, that are dominated by the air ticket distribution channel, tend to
offer tickets EU-wide. The number of MDMS platforms, by category of platform, estimated for 2025 is
provided in the table below.
Table 51: Number of MDMS platforms by type of platform and business type in 2025 Platform type Business type Number of platforms (large
and SMEs)
Of which, number of
SME platforms
Member State specific
Indispensable rail B2C 19 0
Indispensable other B2C 1 0
Other (mostly OTA and
TMCs)
B2C 105 55
Total B2C 125 55
EU-wide
Indispensable rail B2C 0 0
Indispensable other324 B2C 3 0
OTA B2C 26 9
TMC325 B2C 63 30
MSE B2C 50 23
NCA326 B2B 94 72
CRS / GDS B2B 3 0
Total B2C + B2B 239 134
Total (Member State specific and EU-wide)
B2C 266 116
B2B 98 72
Total B2C + B2B 364 189
Source: Ricardo et al. (2026), Impact assessment support study
Platforms were further distributed among three groupings (i.e. leader, planned adopters and followers) based
on the country of origin for the Member State specific platforms and for EU-wide platforms these were
distributed among the groupings proportional to the total population under each group.
Table 52: Number of B2B and B2C platforms by grouping in 2025
Business type Grouping Number of platforms (large and SME) Of which SME
platforms
B2C Leaders327 116 51
B2C Planned adopters328 112 49
B2C Followers329 38 16
B2C Total 266 116
323 There is no European database of these services. Not all existing platforms may be identifiable through desk
research due to the way they define or market themselves. 324 There is uncertainty with this figure due to limitations with data in particular for MSE, OTAs. 325 https://www.businesstravelnewseurope.com/Europes-leading-TMCs/2025/Europe-rankings 326 https://a4e.eu/wp-content/uploads/A4E-intermediaries-study_FINAL-02.pdf 327 Country of origin for the leader platforms include DE, AT, DK, LU, FI, ES and NL. 328 Country of origin for the planned adopter platforms include FR, PL, IT, BE, PT, MT, CY, EL, BG and EE. 329 Country of origin for the follower platforms include HR, LT, HU, SE, CZ, IE, SI, LV, RO and SK.
158
Business type Grouping Number of platforms (large and SME) Of which SME
platforms
B2B Leaders 37 28
B2B Planned adopters 45 33
B2B Followers 16 12
B2B Total 98 72
B2C + B2B Leaders 154 78
B2C + B2B Planned adopters 157 82
B2C + B2B Followers 53 28
B2C + B2B Total 364 189
Source: Ricardo et al. (2026), Impact assessment support study
The deployment of MDMS platforms in the baseline is projected based on the assumed level of progress
towards the number of platforms in a ‘mature market’, linked to the expansion of service coverage and service
level. The ‘mature market’ represents the level that is expected to be reached as service deployment approaches
full coverage. This is assumed to imply an increase in the number of platforms although it should be
acknowledged that existing platforms could also improve their offerings, which could further lead to a
consolidation towards a lower number of platforms.
The description of a ‘mature market’ was derived based on the leader group. A ‘platforms per capita’ metric
was calculated for the leader Member States, estimated by dividing the number of platforms available in each
leader Member State by the population330. A weighted average was then calculated across the leader Member
States based on population, resulting in 2.25 platforms per million people. This metric is then applied to the
population corresponding to the planned adopters’ and followers’ group to yield the total number of platforms
expected in a ‘mature market’, namely 1,010.
Table 53: Number MDMS platforms by grouping in a ‘mature market’ Grouping Assumed number of
platforms per million capita
in a ‘mature market’
Total population (million) Estimated number of
platforms in the EU27
assuming a ‘mature market’
Leaders 2.25 171.4 385
Planned Adopters 2.25 206.3 464
Followers 2.25 71.6 161
Total 2.25 449.3 1,010
Source: Ricardo et al. (2026), Impact assessment support study
The development in the baseline for each grouping is linked in the calculations to the projection of services
deployment calculated in the MPA module. The identified qualitative parameters (QPs), which are weighted
in terms of their contribution, are used to project service coverage and estimate the progress towards the
number of MDMS platforms in a ‘mature market’. The logic for the baseline scoring within the MPA is
explained in the table below.
Table 54: Qualitative parameters scoring logic withing the MPA for the evolution of number of MDMS
platforms in the baseline Logic for impact on qualitative parameters (QPs)
Baseline QP1: Completeness and accuracy of info
330 The platforms per capita metric was estimated as the sum of two elements: Member States specific platforms divided
by Member States population, and EU-wide platforms divided by EU27 population. The second element is therefore the
same for all Member States and reflects the fact that all Member States have access to some EU-wide platforms.
159
Logic for impact on qualitative parameters (QPs)
Direction of impact expected to be neutral or positive, with impact scores ranging from 0 to +1:
The deployment of MDMS platforms and tickets sold via MDMS is expected to increase over time in the
baseline. Along higher deployment, an increased integration of RUs’ offers in MDMS platforms is
expected although limited. Industry initiatives, such as the CER Ticketing Roadmap, foresee actions to
increase the visibility of fares and to enable the purchase of international and domestic tickets through a
wider range of distribution channels, including online apps. Thus, an increased sharing of rail ticketing
data can be expected in line with CER members’ commitment to increase the availability of tickets.
However, the voluntary nature of these actions, and the lack of provisions against excluding platforms and
other operators from reciprocal agreements, is likely to result in this integration following the currently
observed patterns where the data sharing approach is dictated by commercial interests preventing a full
integration of the transport offering in all relevant third-party platforms.
Thanks to the ongoing opening of the rail market, new RUs entering the market are expected to increase
their market share in the rail passenger services market. These new RUs have a stronger interest to sell
their tickets using diverse range of distribution channels, as these tickets are their sole source of income.
Nevertheless, the limited integration of rail services into MDMS platforms over time in the baseline is
expected to result in limited completeness of the rail offering on the MDMS platforms. In addition, even
in cases in which transport offerings are integrated in MDMS platforms, this does not secure that the
information made available to different platforms will be of the same quality. This is because of the
preferential treatment both on the side of transport operators and of MDMS platforms when choosing what
information will be shared or promoted on different ticket distribution platforms. Therefore, a limited
level of progress is expected with respect to the completeness and accuracy of information.
QP2: Ability to book
Direction of impact expected to be neutral or positive, with impact scores ranging from 0 to +1:
The user experience and ease of planning and booking a multimodal or multi-operator trip is one of the
factors recognised as affecting the modal choice for a journey, as showcased by the Eurobarometer survey
findings. With the increasing deployment and expanding scope of MDMS platforms, more passengers are
expected to find such platforms useful to plan their trips. As platforms evolve and gain a better
understanding of their users, further innovations are expected to improve the user experience over time,
but the incentive to do so is limited in the baseline due to the lack of a regulatory framework conducive
to creating a level playing field that would further encourage such ventures.
Source: Ricardo et al. (2026), Impact assessment support study
As explained in section 1.3.2 of Annex 4, scores are assessed on a scale of 1 to 5, meaning that a score of 1
would correspond to a progress towards a ‘mature market’ of 20% in 2050. Considering a linear improvement
towards 2050, the additional service coverage in the baseline is provided in the table below.
Table 55: Assumptions on the additional service coverage in the baseline relative to 2025, by grouping
Scenario Grouping 2028 2030 2040 2050
Baseline Leader 0% 1% 5% 10%
Baseline Planned adopter 0% 2% 11% 20%
Baseline Follower 0% 2% 11% 20%
Source: Ricardo et al. (2026), Impact assessment support study
Starting from the baseline service coverage, equal to the current number of platforms over the number for a
‘mature market’ (for leaders: 154/385 = 40%), the above metrics for additional service coverage are applied
as a percentage increase (for leaders in 2050: 40% x (1+10%) = 44%) and then multiplied by the number of
platforms in a ‘mature market’ (for leaders equal to 385) to yield the number of MDMS platforms projected
each year (for leaders in 2050, 169 platforms). The projected number of MDMS platforms in the baseline
scenario are provided in the table below.
160
Table 56: Estimated number of platforms across the EU in the baseline scenario
Number of platforms in the baseline in EU27
2028 2030 2040 2050
Leaders 154 155 162 169
Planned Adopters 157 160 174 188
Followers 53 54 59 64
Total 364 369 395 421
Source: Ricardo et al. (2026), Impact assessment support study
The growing digitalisation of transport services and the emergence of new business models for ticket
distribution is expected to lead to an increase in the number of MDMS platforms over time. The number of
MDMS platforms is projected to increase from 364 in 2025 to 369 in 2030, and 421 in 2050 in the baseline
scenario. The number of agreements between MDMS platforms and transport operators is also expected to
increase, from 48,624 in 2025 to 49,321 in 2030, and 56,295 in 2050. This trend reflects the projected growth
in ticket sales across all transport modes, alongside the rising share of online sales. However, differences are
expected between modes. In aviation ticket distribution has already undergone significant transformation.
Since IATA introduced new standards in 2015, 75 NCAs have entered the global air distribution market. At
the same time, the OTA market has consolidated around players offering integrated travel and hotel bookings.
As a result, growth in air-focused platforms is likely to slow, with new entrants mainly offering differentiated,
integrated solutions tailored to specific consumer or corporate needs. Beyond aviation, significant potential
remains for MDMS platforms integrating land-based transport, which are not yet widely deployed across the
EU. Although 364 MDMS platforms have been identified, 14 of the 27 EU Member States have at most one
platform offering more than basic travel information for land-based modes. No platform currently provides
EU-wide direct booking across air, land, and water modes; even the most advanced only offer re-linking
functionality. This creates opportunities for competitors to develop multimodal direct booking solutions,
particularly at national or regional level. However, in the baseline further growth is likely to be constrained by
the absence of a regulatory framework that ensures a level playing field. Overall, the number of MDMS
platforms is expected to increase gradually, with growth concentrated on those offering direct booking across
transport modes.
2.2.3. Number of transport operators
The number of transport operators by transport mode used in the assessment is provided in the table below.
The number of transport operators is assumed to remain stable over time in the baseline scenario. The second
column shows the total number of operators. The third column shows the number of operators in scope331.
Some measures (PM12 and PM13) are limited to indispensable RUs, i.e. RUs with SMP (as described in
section 5) and those operating PSO and cross-border services. These are shown in the fourth column of the
table below. Finally, the fifth column shows the number of SMEs, which are out of scope of the policy
options but indirectly benefit of the impacts of some of the measures.
Table 57: Number of transport operators All
operators
Operators
in scope
(excluding
SMEs)
Indispensable
RUs (out of
operators in
scope)
SMEs (out
of scope)
Bus and coach (offering services above 50km)332 3,778 567 0 3,211
Rail333 158 9
Domestic PSO services 119 112 112 7
Domestic non PSO services 8 8 0 0
331 Whilst SME are not directly affected by the measures, they are still expected to benefit from them as a result of their
implementation. 332 Source: Eurostat, number of operators in 2023 333 Source: desk research based on websites of railway regulators, RUs and competent authorities.
161
All
operators
Operators
in scope
(excluding
SMEs)
Indispensable
RUs (out of
operators in
scope)
SMEs (out
of scope)
RUs with SMP334 24 24 24 0
Cross-border services335 7 5 5 2
Waterborne336 523 5 0 518
Air carriers337 331 331 0 0
Total 4,790 3,738
Source: Ricardo et al. (2026), Impact assessment support study
2.2.4. Number of agreements between MDMS platforms and transport operators
The number of agreements between MDMS platforms and transport operators is calculated by multiplying
the number of platforms by the number of operators engaged with each platform. The number of transport
operators that each platform engages with differs depending on factors like the modal scope of the platform,
its geographical coverage, and the coverage of service offerings.
In the context of the impact assessment support study, an analysis was conducted to assess the number of
transport operator partnerships each MDMS maintains. Among the national/regional MDMS, the number of
operator agreements ranged from 8 to 100, with a mean of 28 and a median of 20338. For EU-wide MDMS,
partnerships ranged from 16 to 500, with a mean of 189 and a median of 40.
Table 58: Number of transport operators in partnerships with a sample of MDMS platforms, split by
national/regional and EU-wide platforms National/regional platforms EU-wide platforms
MDMS platform Number of operator partners MDMS platform Number of operator partners
ARGE ÖVV 100 Omio 500
reittiopas 50 Rome2rio 423
Open Move Way 30 Trainline 270
Glimble 25 Interrail 40
Mobimeo 22 Tranzer 40
Wien Mobil 20 Eurail 35
HannoverMobil 20 AccessRail 16
Gaiyo 20
Upstream 20
Turnn 17
OV Chipkaart 15
Natur Trip 10
Ruter 8
Average 28 Average 189
334 Covering all 25 Member States with a rail system, those RUs which are indispensable meaning that they have
significant market presence on the national rail market. 335 No additional cross-border PSO services have been added to this number. Most cross-border services that are
operated under a PSO contract are part of a bigger contract that comprises domestic PSO services as well. 336 Source: Eurostat, number of operators in 2023 337 Air carriers holding an A operating licence in EU27 in 2023 based on ACOL database. 338 Of the 20 MDMS reviewed, totals for the number of transport operator partnerships were available for 8 systems
(Omio, Trainline, Interrail, Tranzer, Eurail, Wien Mobil, Upstream, and AccessRail). For the remaining 12 systems
(Rome2rio, ARGE ÖVV, reittiopas, Open Move Way, Glimble, Mobimeo, HannoverMobil, Gaiyo, Turnn, OV Chipkaart,
Natur Trip, and Ruter) the totals are based on best available estimates. These estimates draw on publicly accessible
information about known partnerships and network coverage, and were developed through analysis conducted in the
context of the impact assessment support study.
162
National/regional platforms EU-wide platforms
Median 20 Median 40
Source: Ricardo et al. (2026), Impact assessment support study
The number of agreements between MDMS platforms and transport operators projected in the baseline is
shown in the table below. The table shows the total number of agreements, the new agreements negotiated
each year, and the number of agreements that need to be renewed. The agreements are assumed to undergo
renegotiation every three years. This is consistent with a survey on CRS conducted in 2021 where CRS
providers and air carriers indicated that the average contract length is around three years.
Table 59: Number of agreements between MDMS platforms and transport operators in the baseline Agreement type 2028 2030 2040 2050
Total 48,624 49,321 52,808 56,295
New - 349 349 349
Renew 16,208 16,440 17,603 18,765
Source: Ricardo et al. (2026), Impact assessment support study
2.2.5. Number of tickets sold via MDMS platforms
The total number of passenger tickets sold via MDMS platforms is projected to increase from 433 million in
2019 to 520 million in 2030 and 854 million by 2050. However, their share in the total number of tickets sold
is projected to remain limited in the baseline scenario (7.1% in 2030 and 10.1% in 2050).
The share of rail tickets sold via independent MDMS platforms was estimated at around 3% of the total rail
tickets sold in 2019 at EU level. In the baseline scenario, this is projected to go up to 4.1% in 2030 and 7.3%
in 2050. This corresponds to around 65 million rail tickets sold via MDMS platforms in 2019, increasing to
111 million in 2030 and 230 million in 2050 due the increase in the MDMS market share and of the total
number of rail tickets sold339.
Building on evidence collected from stakeholders, different trends are identified for air tickets sold via B2B
platforms and for those sold via B2C platforms. A larger share of tickets will be sold through B2C MDMS,
and B2B new content aggregators and the market share of low-cost carriers, which rely less on CRSs, is
expected to continue increasing. This is expected to further erode the share of CRSs in ticket distribution,
despite the growing number of passengers travelling by air, decreasing from 30.1% in 2019 to 16.8% in 2030
and remaining stable at that level afterwards. This corresponds to 155 million air tickets sold via CRS
platforms in 2019, going down to roughly 91 million in 2030 and increasing to 108 million in 2050 due to the
growing number of passengers travelling by air. The share of tickets sold through B2B new content
aggregators is projected to increase from 5% in 2019 to 13.4% in 2030 and remaining stable at that level
afterwards, partially offsetting the decrease in the share of tickets sold through CRSs. This corresponds to 26
million air tickets sold via non-CRS content aggregators in 2019, going up to 73 million in 2030 and 86 million
in 2050. Thus, the total share of ticket sold through B2B platforms (CRSs and new content aggregators) is
projected to decrease from 35.1% in 2019 to 31.1% in 2024 and 30.2% in 2030 and remaining stable
afterwards. This corresponds to 181 million tickets sold via MDMS platforms in 2019, 164 million in 2030
and 194 million in 2050. On the other hand, the share of air tickets sold via B2C platforms is projected to
slightly increase from 18% in 2019 to 18.9% in 2030 of the total air tickets sold and remain stable over time.
339 The information on the number of rail tickets collected as part of the desk study and the stakeholder consultation
process in the context of the impact assessment support study was limited and fragmented. The number of tickets sold
excluding seasonal passes in the Member States has been estimated based on the number of passengers travelling by rail
and assumptions on the share of seasonal passes sold compared to the total number of tickets sold. The number of tickets
sold projected in the baseline scenario follows the evolution of the number of passengers travelling by rail, provided in
section 2.2.1 of Annex 4.
163
The number of air tickets sold via B2C platforms is projected to increase from around 93 million in 2019, to
103 million in 2030 and 122 million by 2050.
The share of coach tickets sold via MDMS platforms was 2.5% in 2019 at EU level. The share is projected to
go up to 3.5% in 2030 and 6.6% in 2050 indicating a somewhat slower ramp up compared to that of rail
transport. The number of coach tickets sold via MDMS platforms in 2019 was estimated at around 84 million,
increasing to 126 million in 2030 and 273 million in 2050 due the increase in the MDMS market share and of
the total number of coach tickets sold. The share of waterborne tickets sold via MDMS platforms was about
2.5% in 2019, with a projected increase to 3.4% by 2030 and 6.7% in 2050 at EU level. This corresponds to
around 11 million tickets sold via MDMS platforms in 2019, increasing to 16 million in 2030 and 35 million
in 2050.
Table 60: Number of tickets sold via MDMS platforms, by mode, in the baseline scenario at EU level (in
million and % change relative to 2019)
Mode
Per year % change relative to 2019
2019 2028 2030 2040 2050 2019-
2030
2019-
2040
2019-
2050
Rail
Tickets sold
via MDMS 65 82 111 170 230 71% 161% 254%
Share of
total rail
tickets sold
3.0% 3.4% 4.1% 5.7% 7.3%
Air transport
B2B
Tickets sold
via CRSs 155 102 91 103 108 -41% -34% -30%
Share of
total air
tickets sold
30.1% 19.0% 16.8% 16.8% 16.8%
Tickets sold
via NCA 26 67 73 82 86 181% 217% 234%
Share of
total air
tickets sold
5% 12.4% 13.4% 13.4% 13.4%
Tickets sold
via MDMS 181 169 164 185 194 -10% 2% 8%
Share of
total air
tickets sold
35.1% 31.4% 30.2% 30.2% 30.2%
Air transport
B2C
Tickets sold
via MDMS 92.7 101.5 102.7 115.7 122.0 11% 25% 32%
Share of
total air
tickets sold
18.0% 18.8% 18.9% 18.9% 18.9%
Coach
Tickets sold
via MDMS 84 106 126 197 273 51% 136% 226%
Share of
total B&C
tickets sold
2.5% 3.2% 3.5% 5.0% 6.6%
Waterborne
transport
Tickets sold
via MDMS 11 14 16 25 35 45% 127% 218%
Share of
total
waterborne
tickets sold
2.5% 3.0% 3.4% 5.0% 6.7%
All modes Tickets sold
via MDMS 433 473 520 692 854 20% 60% 97%
164
Mode
Per year % change relative to 2019
2019 2028 2030 2040 2050 2019-
2030
2019-
2040
2019-
2050
Share of
total
passenger
tickets sold
6.7% 7.0% 7.1% 8.6% 10.1%
Source: Ricardo et al. (2026), Impact assessment support study
2.2.6. External costs of road congestion, and road fatalities and injuries
Road congestion costs in the baseline scenario would increase by about 18% by 2030 and 34% by 2050,
relative to 2015. On the inter-urban network this would be the result of growing transport activity along
specific corridors, in particular where these corridors cross urban areas with heavy local traffic.
On the other hand, driven by policy in place and the assumed implementation of the Roadworthiness package,
the number of fatalities is expected to decrease by 25% by 2030, relative to 2015 (36% decrease by 2050) and
the number of injuries by 23% by 2030 (32% reduction for 2015-2050).
Table 61: Road fatalities and injuries in the baseline scenario at EU level 2015 2028 2030 2040 2050 2015-
2030
2015-
2040
2015-
2050
Fatalities 24,151 18,675 18,082 16,702 15,447 -25.1% -30.8% -36.0%
Serious injuries 196,994 153,974 147,516 142,290 133,023 -25.1% -27.8% -32.5%
Slight injuries 1,032,040 831,491 797,958 735,180 701,123 -22.7% -28.8% -32.1%
Source: Ricardo et al. (2026), Impact assessment support study; ASTRA model. Note: calibrated on PRIMES-TREMOVE
model results and CARE database; including powered-two-wheelers (P2W)
2.2.7. CO2 emissions and air pollution emissions
CO2 emissions from passenger transport are projected to be 27% lower by 2030 compared to 2015, and 96%
lower by 2050. The baseline scenario shows that the emission reductions from the passenger transport sector
would contribute towards the ambition of at least 55% emission reductions by 2030 and climate neutrality by
2050, while relying to a significant extent on technological solutions (i.e., the uptake of low- and zero-emission
vehicles and of renewable and low carbon fuels) and carbon pricing. This is mainly driven by the reduction in
emissions from passenger road transport, but also by the reduction in the intra-EU air transport CO2 emissions.
The main drivers are the CO2 standards for light duty vehicles, supported by Alternative Fuels Infrastructure
Regulation (AFIR), the Renewables Energy Directive and the ETS2 for road transport. The ReFuelEU
aviation Regulation, together with the EU ETS, also leads to significant reductions in intra-EU27 air transport
emissions.
NOx emissions are projected to go down by 56% between 2015 and 2030 (94% by 2050), mainly driven by
the electrification of the road transport. The decline in particulate matter (PM2.5) would be slightly lower by
2030 at 34% relative to 2015 (89% by 2050).
Table 62: CO2 emissions and air pollution emissions from passenger transport in the baseline scenario at EU
level (in kilo tonnes) 2015 2028 2030 2040 2050 2015-
2030
2015-
2040
2015-
2050
CO2 emissions 600,107 505,609 439,217 168,579 22,383 -26.8% -71.9% -96.3%
NOx emissions 2,211 1,152 976 423 125 -55.9% -80.9% -94.3%
PM2.5 (exhaust)
emissions
71 59 47 21 8 -33.7% -70.9% -88.5%
CO emissions 3,353 1,760 1,280 387 106 -61.8% -88.5% -96.8%
165
2015 2028 2030 2040 2050 2015-
2030
2015-
2040
2015-
2050
VOC emissions 258 171 132 55 25 -48.9% -78.6% -90.5%
Source: Ricardo et al. (2026), Impact assessment support study; ASTRA model. Note: calibrated on PRIMES-TREMOVE
model results.
3. IMPACTS OF POLICY MEASURE ON COSTS AND COSTS SAVINGS
This section explains the inputs used and provides the assessment of the impacts of the policy measures
included in the policy options on costs and costs savings. The synergies between the measures included in the
options are already captured in this section.
Costs by Member State are provided where possible. Most B2B MDMS platforms operate EU-wide and it is
not possible to split the costs arising from obligations on these platforms by Member State. On the other hand,
many B2C platforms are more localised and based on desk research in the context of the impact assessment
support study it was possible to ascertain in which Member States they offer services. Thus, for policy
measures that affect B2C platforms the associated costs are also provided by Member State, while for B2B
platform costs are provided at EU-level only.
The section first presents the main factors affecting the costs and costs savings (i.e. number of MDMS
platforms, number of transport operators and number of agreements between MDMS platforms and transport
operators), followed by some common assumptions used for estimating costs and costs savings for the policy
measures and the detailed explanations of the calculation of the costs and costs savings by policy measure and
policy option.
3.1. Main factors affecting the costs and costs savings of policy measures
Three main factors affect the costs and costs savings of the policy measures: the number of MDMS platforms,
the number of agreements between MDMS platforms and transport operators, and the number of transport
operators.
3.1.1. Number of MDMS platforms
The deployment of MDMS platforms in the policy options is projected based on the assumed level of progress
towards the number of platforms in a ‘mature market’, linked to the expansion of service coverage and service
level. The ‘mature market’ represents the level that is expected to be reached as service deployment approaches
full coverage. The number of platforms is projected to increase in all policy options relative to the baseline
due to the enhanced ability of MDMS platforms to display more travel options, promoting competition in the
online ticketing market. This is assumed to imply an increase in the number of MDMS platforms although it
should be acknowledged that existing platforms could also improve their offerings, which could lead to a
consolidation towards a lower number of platforms. Such consolidation is assumed to take place towards 2050
in the projections. However, it should be acknowledged that the consolidation could also take place earlier.
Thus, the costs for the MDMS platforms should be regarded as the upper bound.
PO1 is projected to result in the lowest number of additional MDMS platforms relative to the baseline (10 in
2030, 45 in 2040 and 19 in 2050) for all time horizon under assessment. In 2030, the sharing obligation (PM13)
provides more opportunities for new platforms than in PO1. The effect is the highest in PO2 relative to the
baseline (29 additional platforms in 2030), since in PO3 some platforms would anticipate a broader offer by
the incumbents due to the hosting obligation (PM14) and see less margin for an alternative offer and thus new
platforms (26 additional platforms relative to the baseline in 2030). The effect in PO4 is between that of PO2
and PO3 (27 additional platforms relative to the baseline in 2030) because the new platforms are expected to
perceive the unbundled platform as a less strong competitor, once it is no longer tied to the incumbent rail
operators. In 2040, in PO2 the incumbent platforms are expected to continue to show a limited offer, and new
166
platforms would exploit the opportunities that this creates. PO2 thus results in 282 additional platforms relative
to the baseline in 2040. In PO3, incumbent platforms provide a full offer, and customers have no reason to
switch. The number of new additional platforms is thus expected to be lower than in PO2 (235 additional
platforms relative to the baseline in 2040). PO4 sits between PO2 and PO3, since the unbundled platforms are
not as strong as the vertically integrated ones and leave more space for the new platform (258 additional
platforms relative to the baseline in 2040). By 2050, the market is expected to converge towards the same
number of platforms in PO2, PO3 and PO4 (209 additional platforms relative to the baseline). In PO2, the
strong competition between platforms is expected to erode the legacy advantage of the incumbents. This
creates an intense competition leading to a consolidation of the sector. In PO3 no change is expected relative
to 2040, while in PO4 some consolidation also takes place but to a lesser extent than in PO2.
Table 63: Assumptions on the additional service coverage in the policy options relative to 2025, by grouping
Grouping 2028 2030 2040 2050
Baseline Leader 0% 1% 5% 10%
Baseline Planned adopter 0% 2% 11% 20%
Baseline Follower 0% 2% 11% 20%
PO1 Leader 0% 5% 23% 23%
PO1 Planned adopter 0% 4% 20% 20%
PO1 Follower 0% 4% 20% 20%
PO2 Leader 0% 8% 80% 68%
PO2 Planned adopter 0% 10% 91% 78%
PO2 Follower 0% 10% 91% 78%
PO3 Leader 0% 7% 68% 68%
PO3 Planned adopter 0% 9% 78% 78%
PO3 Follower 0% 9% 78% 78%
PO4 Leader 0% 8% 74% 68%
PO4 Planned adopter 0% 10% 84% 78%
PO4 Follower 0% 10% 84% 78%
Source: Ricardo et al. (2026), Impact assessment support study
The analysis takes into consideration all different types of platforms and differences between Member States,
grouping them into three categories: ‘leaders340’, ‘planned adopters341’, or ‘followers342’, based on the current
number of MDMS platforms and the number of users of these platforms.
Table 64: Projected number of MDMS platforms across EU, by group, in the baseline and policy options Grouping 2028 2030 2040 2050
Baseline
Leaders 154 155 162 169
Planned adopters 157 160 174 188
Followers 53 54 59 64
Total 364 369 395 421
PO1
Leaders 154 160 188 188
Planned adopters 157 163 188 188
Followers 53 56 64 64
Total 364 379 440 440
PO2
Leaders 154 166 276 257
Planned adopters 157 173 300 279
Followers 53 59 101 94
340 Germany, Austria, Denmark, Luxembourg, Finland, Spain, Netherlands 341 France, Poland, Italy, Belgium, Portugal, Malta, Cyprus, Greece, Bulgaria, Estonia. 342 Croatia, Lithuania, Hungary, Sweden, Czech Republic, Ireland, Slovenia, Latvia, Romania, Slovakia
167
Grouping 2028 2030 2040 2050
Total 364 398 677 630
PO3
Leaders 154 165 257 257
Planned adopters 157 172 279 279
Followers 53 58 94 94
Total 364 395 630 630
PO4
Leaders 154 166 266 257
Planned adopters 157 172 289 279
Followers 53 58 98 94
Total 364 396 653 630
Source: Ricardo et al. (2026), Impact assessment support study
3.1.2. Number of transport operators
The number of transport operators is assumed to remain unchanged relative to the baseline scenario and over
time.
3.1.3. Number of agreements between MDMS platforms and transport operators
In PO1 the number of transport operators per MDMS platform is projected to be the same as in the baseline,
as principles on distribution fees alone are not expected to lead to more agreements.
Progress in the form of an expansion of service coverage and service level is linked to the number of operators
available on each platform:
• PM13 (in PO2, PO3, PO4) introduces an obligation to share for indispensable RUs and PSO/cross-border
operators. Willing platforms would therefore enter new agreements with any indispensable or PSO/cross-
border RU. It is assumed that all EU-wide platforms would be willing to request integration with the 24
indispensable RUs and with non-SME operators who are either PSO or cross-border (117). This is because
their platforms benefit from network effects. Similarly, national/regional platforms would be willing to
request integration with the incumbent RU in the main Member State of operation and one of a
neighbouring Member State (2), and with any local operators who are either PSO or cross-border (117/25
= 5), totalling an additional 7 operators per platform.
• PM14 (in PO3) introduces an obligation to host for indispensable rail platforms (19 platforms). These
platforms would therefore enter new agreements with willing RUs active within the geographical scope
covered by the MDMS platform. It is assumed that the integration requests would come from any local
operators who are not already obligated to share under PM13 ([158 rail operators – 24 indispensable rail
operators – 117 PSO or cross-border] / 25 Member States with rail = 1 local operator).
• PM15 (in PO4), introduces an obligation to unbundle for indispensable rail platforms. It is assumed that
this will not oblige them to undertake new agreements.
The table below shows the assumptions on the number of operators per MDMS platform, which is higher in
the policy options where obligations lead to additional agreements relative to the baseline. Total agreements
are calculated by multiplying the number of relevant platforms by the number of operators engaged with each
platform. These assumptions only apply to non-SME MDMS platforms as SMEs are exempted from
obligations. However, the counterparties to these agreements (transport operators) are assumed to partly
consist of SMEs, in line with the share of SMEs in total transport operators. These SMEs enter willingly into
agreements and are assumed to bear no costs relative to the baseline, but benefit from cost savings from
simplified contract negotiations (PM11 and PM12).
168
Table 65: Assumed average number of operators per platform in the baseline and each policy option Average number of operators per platform
National/regional platforms (excl. SMEs) EU-wide platforms
Indispensable rail Other B2C
Baseline 28 28 189
PO1 28 28 189
PO2 35 35 330
PO3 36 35 330
PO4 35 35 330
Source: Ricardo et al. (2026), Impact assessment support study
The table below summarises the projected number of total, new and renegotiated agreements between MDMS
platforms and transport operators in 2028, 2030, 2040 and 2050 in the baseline and in the policy options.
Table 66: Number of total, new and renegotiated agreements in 2028, 2030, 2040 and 2050 between MDMS
platforms and transport operators in the baseline and in the policy options Agreement type 2028 2030 2040 2050
Baseline
Total 48,624 49,321 52,808 56,295
New 0 349 349 349
Renegotiated 16,208 16,440 17,603 18,765
PO1
Total 48,624 50,671 58,862 58,862
New 0 1,024 614 0
Renegotiated 16,208 16,890 19,621 19,621
PO2
Total 63,870 69,832 119,049 110,673
New 15,247 2,981 4,922 0
Renegotiated 21,290 23,277 39,683 36,891
PO3
Total 63,883 69,248 110,686 110,686
New 15,260 2,998 4,144 0
Renegotiated 21,294 23,083 36,895 36,895
PO4
Total 64,402 69,519 114,842 110,673
New 15,779 2,982 4,532 0
Renegotiated 21,467 23,173 38,281 36,891
Source: Ricardo et al. (2026), Impact assessment support study
3.2. Other common assumptions used to estimate the costs and costs savings of the policy
measures
For monetising the labour costs, the hourly rates for the ISCO3 category (technicians and associate
professionals) from the ‘Eurostat Structure of earnings survey, Labour Force Survey data’ have been used.
They are expressed in 2024 prices using the Harmonised Index of Consumer Prices (HICP). The number of
working hours per day assumed in the calculations is 7.2 hours343, and the number of working days per year
is 220.
For the staff employed by the European Commission the cost per FTE in 2024 prices was assumed at EUR
118,326 at AD5 level, including overheads.
343 Actual and usual hours of work - Statistics Explained - Eurostat
169
3.3. Detailed explanations of the calculations of costs and costs savings by policy measure
and policy option
3.3.1. PM1 – Obligation for all MDMS platforms to apply neutral display obligations and for
transport operators (in all modes) to ensure that the data they submit are accurate
In PM1, all non-SME MDMS platforms (non-SME B2B and B2C platforms) when displaying travel options
will need, by default, to rank them based on one or more of the minimum criteria set in legislation (e.g. final
price, travel time, greenhouse gas emissions). PM1 retains, updates and extends the neutral display obligations
and the obligation to submit accurate data, set out in the CRS Code of Conduct which is part of the baseline.
In the CRS Code of Conduct this measure is limited to CRS platforms, while PM1 extends it to all B2B and
B2C MDMS, except for SMEs. In addition, new ranking criteria are added as minimum mandatory criteria
and display rules allow for more flexibility compared to the current principal display. Transport operators will
need to ensure the data they submit to MDMS providers are accurate, up to date and allow the MDMS platform
to respect the neutral display rules.
The measure is expected to result in:
• Adjustment costs for non-SME MDMS platforms to reprogramme for neutral display, of which:
- One-off adjustment costs for existing platforms in 2028 (i.e. year of implementation) and for new
platforms that join the market each year from 2029 onwards
- Recurrent adjustment costs for platforms to maintain the neutral display from 2029 onwards.
No significant costs are expected due to PM1 for transport operators for ensuring that the data they submit to
MDMS providers is accurate.
One-off and recurrent adjustment costs for non-SME MDMS platforms
The stakeholders’ consultation activities provided limited evidence on the one-off adjustment costs for non-
SME MDMS platforms to comply with the neutral display obligations. The feedback received ranged
between zero and several hundred thousand EUR. A conservative assumption has been used for estimating
the costs for non-SME MDMS platforms (excluding CRS platforms), of 90 working days of a software
engineer’s time. This also takes into account the synergies with PM2 (equal care for data), PM3 (marketing
and booking data sharing) and PM8 (GHG emission data). Based on the hourly rates presented in section 3.2
of Annex 4, the one-off cost per MDMS platform (excluding CRS platforms) is estimated at EUR 23,125.
CRS platforms are expected to incur lower one-off effort344, estimated at one third of that for other non-SME
MDMS platforms (i.e. 30 working days), to adapt their software to PM1 new requirements. Thus, the one-off
costs per CRS platform is estimated at EUR 7,708 considering the hourly rates presented in section 3.2 of
Annex 4.
The total one-off adjustment costs in 2028 (i.e. the assumed year of implementation) are derived by
multiplying the cost per MDMS platform with the number of non-SME MDMS platforms estimated to be
active in 2028. Post-2028, the one-off adjustment costs are derived by multiplying the cost per MDMS
platform with the number of new non-SME MDMS platforms joining the market each year. The number of
non-SME MDMS platforms per policy option (split between CRS platforms and other non-SME MDMS
platforms) and the associated one-off adjustment costs are shown in the table below for 2028, 2030, 2040 and
2050.
344 CRS platforms are already subject to neutral display obligations in the baseline (Article 5 and 9 of the CRS Code of
Conduct). Compared to Article 5 of the CRS Code of Conduct, new ranking criteria will be added as minimum
mandatory criteria and display rules will allow for more flexibility compared to the current principal display.
170
Recurrent adjustment costs for maintenance for non-SME MDMS platforms (excluding CRS platforms) are
assumed to be 10% of the one-off costs, or EUR 2,312 annually per platform from 2029 onwards. Taking into
account the number of non-SME MDMS platform (excluding CRS platforms) in each policy option, the total
recurrent adjustment costs for 2028, 2030, 2040 and 2050 due to PM1 are provided in the table below. No
recurrent costs are expected for CRS platforms as they already need to maintain the systems currently in place
as part of the baseline.
Table 67: One-off and recurrent adjustment costs for non-SME MDMS platforms (B2B and B2C) due to PM1
in the policy options in 2028, 2030, 2040 and 2050 relative to the baseline (in 2024 prices) 2028 2030 2040 2050
One-off cost per MDMS platform (excluding CRS) to programme for
neutral display (EUR)
23,125 23,125 23,125 23,125
One-off cost per CRS platform to re-programme for neutral display (EUR) 7,708 7,708 7,708 7,708
Recurrent costs per MDMS platform, excluding CRS (EUR) 2,312 2,312 2,312 2,312
PO1
Number of non-SME MDMS platforms (excluding CRSs) that incur one-
off costs due to PM1
172 4 2 0
Number of non-SME MDMS platforms (excluding CRSs) that incur
recurrent costs due to PM1
0 176 207 209
Number of CRS platforms that incur one-off costs due to PM1 3
Total one-off adjustment costs (million EUR) 4.0 0.1 0.1 0.0
Total recurrent adjustment costs (million EUR) 0.0 0.4 0.5 0.5
PO2
Number of non-SME MDMS platforms (excluding CRSs) that incur one-
off costs due to PM1
172 8 13 0
Number of non-SME MDMS platforms (excluding CRSs) that incur
recurrent costs due to PM1
0 180 309 303
Number of CRS platforms that incur one-off costs due to PM1 3
Total one-off adjustment costs (million EUR) 4.0 0.2 0.3 0.0
Total recurrent adjustment costs (million EUR) 0.0 0.4 0.7 0.7
PO3
Number of non-SME MDMS platforms (excluding CRSs) that incur one-
off costs due to PM1
172 9 11 0
Number of non-SME MDMS platforms (excluding CRSs) that incur
recurrent costs due to PM1
0 179 289 300
Number of CRS platforms that incur one-off costs due to PM1 3
Total one-off adjustment costs (million EUR) 4.0 0.2 0.3 0.0
Total recurrent adjustment costs (million EUR) 0.0 0.4 0.7 0.7
PO4
Number of non-SME MDMS platforms (excluding CRSs) that incur one-
off costs due to PM1
172 8 12 0
Number of non-SME MDMS platforms (excluding CRSs) that incur
recurrent costs due to PM1
0 180 298 302
Number of CRS platforms that incur one-off costs due to PM1 3
Total one-off adjustment costs (million EUR) 4.0 0.2 0.3 0.0
Total recurrent adjustment costs (million EUR) 0.0 0.4 0.7 0.7
Source: Ricardo et al. (2026), Impact assessment support study
The table above covers total one-off and recurrent adjustment costs for both non-SME B2B and B2C
platforms. As already explained, most B2B MDMS platforms operate EU-wide and it is not possible to
provide the costs by Member State. Therefore, only the part of the total one-off and recurrent adjustment costs
for the B2C platforms is provided by Member State in the tables below, by policy option345.
345 Costs for some Member States are zero because no large B2C platforms are projected to operate in these countries.
171
Table 68: Total one-off and recurrent adjustment costs for non-SME B2C MDMS platforms due to PM1 in
PO1 in 2028, 2030, 2040 and 2050 relative to the baseline (thousand EUR, in 2024 prices) 2028 2030 2040 2050
Germany 411.0 50.5 54.3 49.6
Austria 308.3 37.9 40.8 37.2
Denmark 205.5 25.2 27.2 24.8
Luxembourg 137.0 16.8 18.1 16.5
Finland 171.3 21.0 22.6 20.7
Spain 137.0 16.8 18.1 16.5
Netherlands 342.5 42.1 45.3 41.3
France 445.3 54.7 58.9 53.8
Poland 239.8 29.5 31.7 28.9
Italy 205.5 25.2 27.2 24.8
Belgium 205.5 25.2 27.2 24.8
Portugal 68.5 8.4 9.1 8.3
Malta 34.3 4.2 4.5 4.1
Cyprus 34.3 4.2 4.5 4.1
Greece 68.5 8.4 9.1 8.3
Bulgaria 0.0 0.0 0.0 0.0
Estonia 0.0 0.0 0.0 0.0
Croatia 34.3 4.2 4.5 4.1
Lithuania 0.0 0.0 0.0 0.0
Hungary 102.8 12.6 13.6 12.4
Sweden 68.5 8.4 9.1 8.3
Czechia 102.8 12.6 13.6 12.4
Ireland 68.5 8.4 9.1 8.3
Slovenia 0.0 0.0 0.0 0.0
Latvia 0.0 0.0 0.0 0.0
Romania 0.0 0.0 0.0 0.0
Slovakia 34.3 4.2 4.5 4.1
Total 3,425.2 420.8 452.9 413.5
Source: Ricardo et al. (2026), Impact assessment support study
Table 69: Total one-off and recurrent adjustment costs for non-SME B2C MDMS platforms due to PM1 in
PO2 in 2028, 2030, 2040 and 2050 relative to the baseline (thousand EUR, in 2024 prices) 2028 2030 2040 2050
Germany 411.0 62.2 105.0 71.8
Austria 308.3 46.7 78.8 53.9
Denmark 205.5 31.1 52.5 35.9
Luxembourg 137.0 20.7 35.0 23.9
Finland 171.3 25.9 43.8 29.9
Spain 137.0 20.7 35.0 23.9
Netherlands 342.5 51.8 87.5 59.9
France 445.3 67.4 113.8 77.8
Poland 239.8 36.3 61.3 41.9
Italy 205.5 31.1 52.5 35.9
Belgium 205.5 31.1 52.5 35.9
Portugal 68.5 10.4 17.5 12.0
Malta 34.3 5.2 8.8 6.0
Cyprus 34.3 5.2 8.8 6.0
Greece 68.5 10.4 17.5 12.0
Bulgaria 0.0 0.0 0.0 0.0
Estonia 0.0 0.0 0.0 0.0
Croatia 34.3 5.2 8.8 6.0
Lithuania 0.0 0.0 0.0 0.0
Hungary 102.8 15.6 26.3 18.0
Sweden 68.5 10.4 17.5 12.0
Czechia 102.8 15.6 26.3 18.0
Ireland 68.5 10.4 17.5 12.0
172
2028 2030 2040 2050
Slovenia 0.0 0.0 0.0 0.0
Latvia 0.0 0.0 0.0 0.0
Romania 0.0 0.0 0.0 0.0
Slovakia 34.3 5.2 8.8 6.0
Total 3,425.2 518.4 875.4 598.7
Source: Ricardo et al. (2026), Impact assessment support study
Table 70: Total one-off and recurrent adjustment costs for non-SME B2C MDMS platforms due to PM1 in
PO3 in 2028, 2030, 2040 and 2050 relative to the baseline (thousand EUR, in 2024 prices) 2028 2030 2040 2050
Germany 411.0 63.2 95.4 71.3
Austria 308.3 47.4 71.5 53.5
Denmark 205.5 31.6 47.7 35.7
Luxembourg 137.0 21.1 31.8 23.8
Finland 171.3 26.3 39.7 29.7
Spain 137.0 21.1 31.8 23.8
Netherlands 342.5 52.6 79.5 59.4
France 445.3 68.4 103.3 77.3
Poland 239.8 36.8 55.6 41.6
Italy 205.5 31.6 47.7 35.7
Belgium 205.5 31.6 47.7 35.7
Portugal 68.5 10.5 15.9 11.9
Malta 34.3 5.3 7.9 5.9
Cyprus 34.3 5.3 7.9 5.9
Greece 68.5 10.5 15.9 11.9
Bulgaria 0.0 0.0 0.0 0.0
Estonia 0.0 0.0 0.0 0.0
Croatia 34.3 5.3 7.9 5.9
Lithuania 0.0 0.0 0.0 0.0
Hungary 102.8 15.8 23.8 17.8
Sweden 68.5 10.5 15.9 11.9
Czechia 102.8 15.8 23.8 17.8
Ireland 68.5 10.5 15.9 11.9
Slovenia 0.0 0.0 0.0 0.0
Latvia 0.0 0.0 0.0 0.0
Romania 0.0 0.0 0.0 0.0
Slovakia 34.3 5.3 7.9 5.9
Total 3,425.2 526.3 794.8 594.4
Source: Ricardo et al. (2026), Impact assessment support study
Table 71: Total one-off and recurrent adjustment costs for non-SME B2C MDMS platforms due to PM1 in
PO4 in 2028, 2030, 2040 and 2050 relative to the baseline (thousand EUR, in 2024 prices) 2028 2030 2040 2050
Germany 411.0 62.1 100.1 71.6
Austria 308.3 46.6 75.0 53.7
Denmark 205.5 31.1 50.0 35.8
Luxembourg 137.0 20.7 33.4 23.9
Finland 171.3 25.9 41.7 29.8
Spain 137.0 20.7 33.4 23.9
Netherlands 342.5 51.8 83.4 59.6
France 445.3 67.3 108.4 77.5
Poland 239.8 36.2 58.4 41.8
Italy 205.5 31.1 50.0 35.8
Belgium 205.5 31.1 50.0 35.8
Portugal 68.5 10.4 16.7 11.9
Malta 34.3 5.2 8.3 6.0
Cyprus 34.3 5.2 8.3 6.0
Greece 68.5 10.4 16.7 11.9
173
2028 2030 2040 2050
Bulgaria 0.0 0.0 0.0 0.0
Estonia 0.0 0.0 0.0 0.0
Croatia 34.3 5.2 8.3 6.0
Lithuania 0.0 0.0 0.0 0.0
Hungary 102.8 15.5 25.0 17.9
Sweden 68.5 10.4 16.7 11.9
Czechia 102.8 15.5 25.0 17.9
Ireland 68.5 10.4 16.7 11.9
Slovenia 0.0 0.0 0.0 0.0
Latvia 0.0 0.0 0.0 0.0
Romania 0.0 0.0 0.0 0.0
Slovakia 34.3 5.2 8.3 6.0
Total 3,425.2 517.8 833.8 596.5
Source: Ricardo et al. (2026), Impact assessment support study
Expressed as present value over 2028-2050 relative to the baseline, the total one-off and recurrent adjustment
costs due to PM1 for non-SME B2B and B2C MDMS platforms are provided in the table below, by policy
option.
Table 72: One-off and recurrent adjustment costs for non-SME MDMS platforms (B2B and B2C) due to PM1
in the policy options, expressed as present value over 2028-2050 relative to the baseline (in million EUR, 2024
prices) Difference to baseline
PO1 PO2 PO3 PO4
Total adjustment costs 12.0 16.5 15.8 16.1
One-off adjustment costs 4.7 6.9 6.4 6.6
Recurrent adjustment costs 7.3 9.7 9.3 9.5
Source: Ricardo et al. (2026), Impact assessment support study
3.3.2. PM2 – Obligation for all MDMS platforms to load and process data of operators with
equal care and timeliness
In PM2, non-SME MDMS platforms (non-SME B2B and B2C platforms) shall load and process data
provided by transport operators, with equal care and timeliness. PM2 retains and extends to all non-SME
MDMS platforms the obligation provided in the CRS Code of Conduct, which is part of the baseline, to ensure
fair treatment of all transport operators participating to a platform.
The measure is expected to result in:
• Adjustment costs for non-SME MDMS platforms (excluding CRS platforms) to reprogramme for new
requirements:
- One-off adjustment costs are expected for existing non-SME MDMS platforms in 2028 (i.e. first year
of implementation) and for new non-SME MDMS platforms that join the market each year from 2029
onwards.
- Recurrent adjustment costs for non-SME MDMS platforms for maintenance from 2029 onwards.
174
One-off and recurrent adjustment costs for non-SME MDMS platforms (excluding CRS platforms)
PM2 is expected to require less effort than PM1346 because it primarily entails standardising back-end
pipelines to ensure operators’ data is loaded and processed with uniform care, timelines, and error-handling
(eliminating preferential caching, fallbacks, or operator-specific prioritisation). This involves updates to
logging, timeout harmonisation, and removal of custom prioritisation logic. Therefore, under a conservative
approach, it is assumed that PM2 would require 75% of the workload of PM1 (i.e. 67.5 working days). This
also accounts for synergies with PM1 (neutral display), PM3 (marketing and booking data sharing) and PM8
(GHG emission data). For example, fixing data flows evenly also supports sharing data with partners, saving
time on data handling and checks. The one-off cost per MDMS platform is estimated at EUR 17,343
considering the hourly rates presented in section 3.2 of Annex 4.
The total one-off adjustment costs in 2028 (i.e. the assumed year of implementation) are derived by
multiplying the cost per MDMS platform with the number of non-SME MDMS platforms (excluding CRS
platforms which already implement these requirements in the baseline) estimated to be active in 2028. Post-
2028, the one-off adjustment costs are derived by multiplying the cost per MDMS platform with the number
of new non-SME MDMS platforms joining the market each year. The number of non-SME MDMS platforms
per policy option and the associated one-off adjustment costs are shown in the table below for 2028, 2030,
2040 and 2050.
Recurrent adjustment costs for the maintenance of the system are estimated at 10% of the one-off costs (i.e.
EUR 1,734 per MDMS platform). They are applied to the number of non-SME MDMS platforms on the
market from 2029 onwards (excluding CRS platforms which already implement these requirements in the
baseline). The total recurrent adjustment costs due to PM2 for 2028, 2030, 2040 and 2050 are shown in the
table below.
Table 73: One-off and recurrent adjustment costs for non-SME MDMS platforms (B2B and B2C, excluding
CRS platforms) due to PM2 in the policy options in 2028, 2030, 2040 and 2050 relative to the baseline (in
2024 prices) 2028 2030 2040 2050
One-off cost per MDMS platform (excluding CRS) to reprogramme for
new requirements (EUR)
17,343 17,343 17,343 17,343
Recurrent costs per MDMS platform (EUR) 0 1,734 1,734 1,734
PO1
Number of non-SME MDMS platforms (excluding CRSs) that incur one-
off costs due to PM2
172 4 2 0
Number of non-SME MDMS platforms (excluding CRSs) that incur
recurrent costs due to PM2
0 179 210 212
Total one-off adjustment costs (million EUR) 3.0 0.1 0.0 0.0
Total recurrent adjustment costs (million EUR) 0.0 0.3 0.4 0.4
PO2
Number of non-SME MDMS platforms (excluding CRSs) that incur one-
off costs due to PM2
172 8 13 0
Number of non-SME MDMS platforms (excluding CRSs) that incur
recurrent costs due to PM2
0 183 312 306
Total one-off adjustment costs (million EUR) 3.0 0.1 0.2 0.0
Total recurrent adjustment costs (million EUR) 0.0 0.3 0.5 0.5
PO3
Number of non-SME MDMS platforms (excluding CRSs) that incur one-
off costs due to PM2
172 9 11 0
346 By comparison, PM1 requires a comprehensive overhaul of ranking and display functions, including revisions to
ranking algorithms, potential front-end redesign, and enhanced data validation or restructuring. Development of ranking
algorithms, UI/UX components (User interface and User experience), and data-processing pipelines generally entails
greater complexity than back-end standardisation.
175
2028 2030 2040 2050
Number of non-SME MDMS platforms (excluding CRSs) that incur
recurrent costs due to PM2
0 182 292 303
Total one-off adjustment costs (million EUR) 3.0 0.2 0.2 0.0
Total recurrent adjustment costs (million EUR) 0.0 0.3 0.5 0.5
PO4
Number of non-SME MDMS platforms (excluding CRSs) that incur one-
off costs due to PM2
172 8 12 0
Number of non-SME MDMS platforms (excluding CRSs) that incur
recurrent costs due to PM2
0 183 301 305
Total one-off adjustment costs (million EUR) 3.0 0.1 0.2 0.0
Total recurrent adjustment costs (million EUR) 0.0 0.3 0.5 0.5
Source: Ricardo et al. (2026), Impact assessment support study
The table above covers total one-off and recurrent adjustment costs for both non-SME B2B and B2C platforms
(excluding CRS platforms). As already explained, most B2B MDMS platforms operate EU-wide and it is not
possible to provide the costs by Member State. Therefore, only the part of the total one-off and recurrent
adjustment costs for the B2C platforms is provided by Member State in the tables below, by policy option347.
Table 74: Total one-off and recurrent adjustment costs for non-SME B2C MDMS platforms due to PM2 in
PO1 in 2028, 2030, 2040 and 2050 relative to the baseline (thousand EUR, in 2024 prices) 2028 2030 2040 2050
Germany 306.5 38.4 41.3 37.7
Austria 229.9 28.8 31.0 28.3
Denmark 153.2 19.2 20.6 18.9
Luxembourg 102.2 12.8 13.8 12.6
Finland 127.7 16.0 17.2 15.7
Spain 102.2 12.8 13.8 12.6
Netherlands 255.4 32.0 34.4 31.5
France 332.0 41.6 44.7 40.9
Poland 178.8 22.4 24.1 22.0
Italy 153.2 19.2 20.6 18.9
Belgium 153.2 19.2 20.6 18.9
Portugal 51.1 6.4 6.9 6.3
Malta 25.5 3.2 3.4 3.1
Cyprus 25.5 3.2 3.4 3.1
Greece 51.1 6.4 6.9 6.3
Bulgaria 0.0 0.0 0.0 0.0
Estonia 0.0 0.0 0.0 0.0
Croatia 25.5 3.2 3.4 3.1
Lithuania 0.0 0.0 0.0 0.0
Hungary 76.6 9.6 10.3 9.4
Sweden 51.1 6.4 6.9 6.3
Czechia 76.6 9.6 10.3 9.4
Ireland 51.1 6.4 6.9 6.3
Slovenia 0.0 0.0 0.0 0.0
Latvia 0.0 0.0 0.0 0.0
Romania 0.0 0.0 0.0 0.0
Slovakia 25.5 3.2 3.4 3.1
Total 2,554.1 320.0 344.1 314.6
Source: Ricardo et al. (2026), Impact assessment support study
Table 75: Total one-off and recurrent adjustment costs for non-SME B2C MDMS platforms due to PM2 in
PO2 in 2028, 2030, 2040 and 2050 relative to the baseline (thousand EUR, in 2024 prices) 2028 2030 2040 2050
Germany 306.5 47.2 79.3 54.4
347 Costs for some Member States are zero because no large B2C platforms are projected to operate in these countries.
176
2028 2030 2040 2050
Austria 229.9 35.4 59.5 40.8
Denmark 153.2 23.6 39.7 27.2
Luxembourg 102.2 15.7 26.4 18.1
Finland 127.7 19.7 33.0 22.7
Spain 102.2 15.7 26.4 18.1
Netherlands 255.4 39.3 66.1 45.3
France 332.0 51.1 85.9 59.0
Poland 178.8 27.5 46.3 31.7
Italy 153.2 23.6 39.7 27.2
Belgium 153.2 23.6 39.7 27.2
Portugal 51.1 7.9 13.2 9.1
Malta 25.5 3.9 6.6 4.5
Cyprus 25.5 3.9 6.6 4.5
Greece 51.1 7.9 13.2 9.1
Bulgaria 0.0 0.0 0.0 0.0
Estonia 0.0 0.0 0.0 0.0
Croatia 25.5 3.9 6.6 4.5
Lithuania 0.0 0.0 0.0 0.0
Hungary 76.6 11.8 19.8 13.6
Sweden 51.1 7.9 13.2 9.1
Czechia 76.6 11.8 19.8 13.6
Ireland 51.1 7.9 13.2 9.1
Slovenia 0.0 0.0 0.0 0.0
Latvia 0.0 0.0 0.0 0.0
Romania 0.0 0.0 0.0 0.0
Slovakia 25.5 3.9 6.6 4.5
Total 2,554.1 393.2 661.0 453.5
Source: Ricardo et al. (2026), Impact assessment support study
Table 76: Total one-off and recurrent adjustment costs for non-SME B2C MDMS platforms due to PM2 in
PO3 in 2028, 2030, 2040 and 2050 relative to the baseline (thousand EUR, in 2024 prices) 2028 2030 2040 2050
Germany 306.5 47.9 72.1 54.0
Austria 229.9 35.9 54.1 40.5
Denmark 153.2 24.0 36.0 27.0
Luxembourg 102.2 16.0 24.0 18.0
Finland 127.7 20.0 30.0 22.5
Spain 102.2 16.0 24.0 18.0
Netherlands 255.4 39.9 60.1 45.0
France 332.0 51.9 78.1 58.5
Poland 178.8 27.9 42.0 31.5
Italy 153.2 24.0 36.0 27.0
Belgium 153.2 24.0 36.0 27.0
Portugal 51.1 8.0 12.0 9.0
Malta 25.5 4.0 6.0 4.5
Cyprus 25.5 4.0 6.0 4.5
Greece 51.1 8.0 12.0 9.0
Bulgaria 0.0 0.0 0.0 0.0
Estonia 0.0 0.0 0.0 0.0
Croatia 25.5 4.0 6.0 4.5
Lithuania 0.0 0.0 0.0 0.0
Hungary 76.6 12.0 18.0 13.5
Sweden 51.1 8.0 12.0 9.0
Czechia 76.6 12.0 18.0 13.5
Ireland 51.1 8.0 12.0 9.0
Slovenia 0.0 0.0 0.0 0.0
Latvia 0.0 0.0 0.0 0.0
Romania 0.0 0.0 0.0 0.0
177
2028 2030 2040 2050
Slovakia 25.5 4.0 6.0 4.5
Total 2,554.1 399.2 600.6 450.3
Source: Ricardo et al. (2026), Impact assessment support study
Table 77: Total one-off and recurrent adjustment costs for non-SME B2C MDMS platforms due to PM2 in
PO4 in 2028, 2030, 2040 and 2050 relative to the baseline (thousand EUR, in 2024 prices) 2028 2030 2040 2050
Germany 306.5 47.1 75.6 54.2
Austria 229.9 35.4 56.7 40.7
Denmark 153.2 23.6 37.8 27.1
Luxembourg 102.2 15.7 25.2 18.1
Finland 127.7 19.6 31.5 22.6
Spain 102.2 15.7 25.2 18.1
Netherlands 255.4 39.3 63.0 45.2
France 332.0 51.1 81.9 58.7
Poland 178.8 27.5 44.1 31.6
Italy 153.2 23.6 37.8 27.1
Belgium 153.2 23.6 37.8 27.1
Portugal 51.1 7.9 12.6 9.0
Malta 25.5 3.9 6.3 4.5
Cyprus 25.5 3.9 6.3 4.5
Greece 51.1 7.9 12.6 9.0
Bulgaria 0.0 0.0 0.0 0.0
Estonia 0.0 0.0 0.0 0.0
Croatia 25.5 3.9 6.3 4.5
Lithuania 0.0 0.0 0.0 0.0
Hungary 76.6 11.8 18.9 13.6
Sweden 51.1 7.9 12.6 9.0
Czechia 76.6 11.8 18.9 13.6
Ireland 51.1 7.9 12.6 9.0
Slovenia 0.0 0.0 0.0 0.0
Latvia 0.0 0.0 0.0 0.0
Romania 0.0 0.0 0.0 0.0
Slovakia 25.5 3.9 6.3 4.5
Total 2,554.1 392.8 629.8 451.8
Source: Ricardo et al. (2026), Impact assessment support study
Expressed as present value over 2028-2050 relative to the baseline, the total one-off and recurrent adjustment
costs due to PM2 for non-SME B2B and B2C MDMS platforms (excluding CRS platforms) are provided in
the table below, by policy option.
Table 78: One-off and recurrent adjustment costs for non-SME MDMS platforms (B2B and B2C, excluding
CRS platforms) due to PM2 in the policy options, expressed as present value over 2028-2050 relative to the
baseline (in million EUR, 2024 prices) Difference to baseline
PO1 PO2 PO3 PO4
Total adjustment costs 9.0 12.4 11.8 12.1
One-off adjustment costs 3.5 5.1 4.8 5.0
Recurrent adjustment costs 5.4 7.3 7.0 7.1
Source: Ricardo et al. (2026), Impact assessment support study
3.3.3. PM3 – Obligation for all MDMS platforms to share marketing and booking data in a fair
way, when requested by transport operators and authorities
In PM3, marketing, booking and sales data will need to be made available by MDMS platforms, when there
is such request by transport operators, provided that such data are offered with equal timeliness and on a non-
178
discriminatory basis to all transport operators displayed on that platform. PM3 retains and extends to all
MDMS platforms, the obligation provided by CRS Code of Conduct (which is part of the baseline) to prevent
CRSs and other MDMS from using marketing and booking data to increase their bargaining power against
carriers and travel agents.
The measure is expected to result in:
• Adjustment costs for non-SME MDMS platforms (excluding CRS platforms and NCAs) to reprogramme
for marketing and booking data requirements:
- One-off adjustment costs are expected for existing non-SME MDMS platforms in 2028 (i.e. first year
of implementation) and for new non-SME MDMS platforms that join the market each year from 2029
onwards.
- Recurrent adjustment costs for non-SME MDMS platforms for maintenance from 2029 onwards.
One-off and recurrent adjustment costs for non-SME MDMS platforms (excluding CRS platforms and NCAs)
The one-off implementation effort for PM3 is expected to be similar to that of PM2 (67.5 working days). As
PM2, PM3 affects only backend data‑handling and governance processes, without requiring the extensive
reprogramming of ranking logic, display behaviour or user‑interface components that drive a higher workload
in PM1. Although PM3 concerns a different data domain, the technical scope remains comparably narrower
and predominantly limited to adjustments of the automated data flows that already exist, access controls and
audit mechanisms. The estimated effort for PM3 also takes into account the synergies with PM1, PM2 and
PM8. The one-off cost per non-SME MDMS platform is estimated at EUR 17,343 considering the hourly
rates presented in section 3.2 of Annex 4.
The total one-off adjustment costs in 2028 (i.e. the assumed year of implementation) are derived by
multiplying the cost per MDMS platform with the number of non-SME MDMS platforms (excluding CRS
platforms and NCAs, which already implement these requirements in the baseline) estimated to be active in
2028. Post-2028, the one-off adjustment costs are derived by multiplying the cost per MDMS platform with
the number of new non-SME MDMS platforms joining the market each year. The number of non-SME
MDMS platforms per policy option and the associated one-off adjustment costs are shown in the table below
for 2028, 2030, 2040 and 2050.
Recurrent adjustment costs for the maintenance of the system are estimated at 10% of the one-off costs (i.e.
EUR 1,734 per MDMS platform). They are applied to the number of non-SME MDMS platforms on the
market from 2029 onwards (excluding CRS platforms and NCAs, which already implement these
requirements in the baseline). The total recurrent adjustment costs due to PM3 for 2028, 2030, 2040 and 2050
are shown in the table below.
Table 79: One-off and recurrent adjustment costs for non-SME MDMS platforms (B2B and B2C, excluding
CRS platforms and NCAs) due to PM3 in the policy options in 2028, 2030, 2040 and 2050 relative to the
baseline (in 2024 prices) 2028 2030 2040 2050
One-off cost per MDMS platform (excluding CRS and NCA) to
reprogramme for new requirements (EUR)
17,343 17,343 17,343 17,343
Recurrent costs per MDMS platform (EUR) 0 1,734 1,734 1,734
PO1
Number of non-SME MDMS platforms (excluding CRSs and NCAs) that
incur one-off costs due to PM3
133 3 2 0
Number of non-SME MDMS platforms (excluding CRSs and NCAs) that
incur recurrent costs due to PM3
0 136 159 161
Total one-off adjustment costs (million EUR) 2.3 0.0 0.0 0.0
Total recurrent adjustment costs (million EUR) 0.0 0.2 0.3 0.3
PO2
179
2028 2030 2040 2050
Number of non-SME MDMS platforms (excluding CRSs and NCAs) that
incur one-off costs due to PM3
133 6 10 0
Number of non-SME MDMS platforms (excluding CRSs and NCAs) that
incur recurrent costs due to PM3
0 139 236 232
Total one-off adjustment costs (million EUR) 2.3 0.1 0.2 0.0
Total recurrent adjustment costs (million EUR) 0.0 0.2 0.4 0.4
PO3
Number of non-SME MDMS platforms (excluding CRSs and NCAs) that
incur one-off costs due to PM3
133 7 9 0
Number of non-SME MDMS platforms (excluding CRSs and NCAs) that
incur recurrent costs due to PM3
0 138 222 230
Total one-off adjustment costs (million EUR) 2.3 0.1 0.1 0.0
Total recurrent adjustment costs (million EUR) 0.0 0.2 0.4 0.4
PO4
Number of non-SME MDMS platforms (excluding CRSs and NCAs) that
incur one-off costs due to PM3
133 6 9 0
Number of non-SME MDMS platforms (excluding CRSs and NCAs) that
incur recurrent costs due to PM3
0 138 229 231
Total one-off adjustment costs (million EUR) 2.3 0.1 0.2 0.0
Total recurrent adjustment costs (million EUR) 0.0 0.2 0.4 0.4
Source: Ricardo et al. (2026), Impact assessment support study
The table above covers total one-off and recurrent adjustment costs for both non-SME B2B and B2C platforms
(excluding CRS platforms and NCAs). As already explained, most B2B MDMS platforms operate EU-wide
and it is not possible to provide the costs by Member State. Therefore, only the part of the total one-off and
recurrent adjustment costs for the B2C platforms is provided by Member State in the tables below, by policy
option348.
Table 80: Total one-off and recurrent adjustment costs for non-SME B2C MDMS platforms due to PM3 in
PO1 in 2028, 2030, 2040 and 2050 relative to the baseline (thousand EUR, in 2024 prices) 2028 2030 2040 2050
Germany 236.5 29.1 31.3 28.6
Austria 177.4 21.8 23.5 21.5
Denmark 118.3 14.6 15.7 14.3
Luxembourg 78.8 9.7 10.4 9.5
Finland 98.5 12.1 13.1 11.9
Spain 78.8 9.7 10.4 9.5
Netherlands 197.1 24.3 26.1 23.9
France 256.2 31.6 33.9 31.0
Poland 138.0 17.0 18.3 16.7
Italy 118.3 14.6 15.7 14.3
Belgium 118.3 14.6 15.7 14.3
Portugal 39.4 4.9 5.2 4.8
Malta 19.7 2.4 2.6 2.4
Cyprus 19.7 2.4 2.6 2.4
Greece 39.4 4.9 5.2 4.8
Bulgaria 0.0 0.0 0.0 0.0
Estonia 0.0 0.0 0.0 0.0
Croatia 19.7 2.4 2.6 2.4
Lithuania 0.0 0.0 0.0 0.0
Hungary 59.1 7.3 7.8 7.2
Sweden 39.4 4.9 5.2 4.8
Czechia 59.1 7.3 7.8 7.2
Ireland 39.4 4.9 5.2 4.8
Slovenia 0.0 0.0 0.0 0.0
348 Costs for some Member States are zero because no large B2C platforms are projected to operate in these countries.
180
2028 2030 2040 2050
Latvia 0.0 0.0 0.0 0.0
Romania 0.0 0.0 0.0 0.0
Slovakia 19.7 2.4 2.6 2.4
Total 1,970.9 242.7 261.0 238.6
Source: Ricardo et al. (2026), Impact assessment support study
Table 81: Total one-off and recurrent adjustment costs for non-SME B2C MDMS platforms due to PM3 in
PO2 in 2028, 2030, 2040 and 2050 relative to the baseline (thousand EUR, in 2024 prices) 2028 2030 2040 2050
Germany 236.5 35.8 60.2 41.3
Austria 177.4 26.8 45.1 31.0
Denmark 118.3 17.9 30.1 20.6
Luxembourg 78.8 11.9 20.1 13.8
Finland 98.5 14.9 25.1 17.2
Spain 78.8 11.9 20.1 13.8
Netherlands 197.1 29.8 50.1 34.4
France 256.2 38.8 65.2 44.7
Poland 138.0 20.9 35.1 24.1
Italy 118.3 17.9 30.1 20.6
Belgium 118.3 17.9 30.1 20.6
Portugal 39.4 6.0 10.0 6.9
Malta 19.7 3.0 5.0 3.4
Cyprus 19.7 3.0 5.0 3.4
Greece 39.4 6.0 10.0 6.9
Bulgaria 0.0 0.0 0.0 0.0
Estonia 0.0 0.0 0.0 0.0
Croatia 19.7 3.0 5.0 3.4
Lithuania 0.0 0.0 0.0 0.0
Hungary 59.1 8.9 15.0 10.3
Sweden 39.4 6.0 10.0 6.9
Czechia 59.1 8.9 15.0 10.3
Ireland 39.4 6.0 10.0 6.9
Slovenia 0.0 0.0 0.0 0.0
Latvia 0.0 0.0 0.0 0.0
Romania 0.0 0.0 0.0 0.0
Slovakia 19.7 3.0 5.0 3.4
Total 1,970.9 298.3 501.3 344.0
Source: Ricardo et al. (2026), Impact assessment support study
Table 82: Total one-off and recurrent adjustment costs for non-SME B2C MDMS platforms due to PM3 in
PO3 in 2028, 2030, 2040 and 2050 relative to the baseline (thousand EUR, in 2024 prices) 2028 2030 2040 2050
Germany 236.5 36.3 54.7 41.0
Austria 177.4 27.2 41.0 30.7
Denmark 118.3 18.2 27.3 20.5
Luxembourg 78.8 12.1 18.2 13.7
Finland 98.5 15.1 22.8 17.1
Spain 78.8 12.1 18.2 13.7
Netherlands 197.1 30.3 45.6 34.2
France 256.2 39.4 59.2 44.4
Poland 138.0 21.2 31.9 23.9
Italy 118.3 18.2 27.3 20.5
Belgium 118.3 18.2 27.3 20.5
Portugal 39.4 6.1 9.1 6.8
Malta 19.7 3.0 4.6 3.4
Cyprus 19.7 3.0 4.6 3.4
Greece 39.4 6.1 9.1 6.8
Bulgaria 0.0 0.0 0.0 0.0
181
2028 2030 2040 2050
Estonia 0.0 0.0 0.0 0.0
Croatia 19.7 3.0 4.6 3.4
Lithuania 0.0 0.0 0.0 0.0
Hungary 59.1 9.1 13.7 10.2
Sweden 39.4 6.1 9.1 6.8
Czechia 59.1 9.1 13.7 10.2
Ireland 39.4 6.1 9.1 6.8
Slovenia 0.0 0.0 0.0 0.0
Latvia 0.0 0.0 0.0 0.0
Romania 0.0 0.0 0.0 0.0
Slovakia 19.7 3.0 4.6 3.4
Total 1,970.9 302.8 455.5 341.5
Source: Ricardo et al. (2026), Impact assessment support study
Table 83: Total one-off and recurrent adjustment costs for non-SME B2C MDMS platforms due to PM3 in
PO4 in 2028, 2030, 2040 and 2050 relative to the baseline (thousand EUR, in 2024 prices) 2028 2030 2040 2050
Germany 236.5 35.8 57.3 41.1
Austria 177.4 26.8 43.0 30.8
Denmark 118.3 17.9 28.7 20.6
Luxembourg 78.8 11.9 19.1 13.7
Finland 98.5 14.9 23.9 17.1
Spain 78.8 11.9 19.1 13.7
Netherlands 197.1 29.8 47.8 34.3
France 256.2 38.7 62.1 44.5
Poland 138.0 20.9 33.4 24.0
Italy 118.3 17.9 28.7 20.6
Belgium 118.3 17.9 28.7 20.6
Portugal 39.4 6.0 9.6 6.9
Malta 19.7 3.0 4.8 3.4
Cyprus 19.7 3.0 4.8 3.4
Greece 39.4 6.0 9.6 6.9
Bulgaria 0.0 0.0 0.0 0.0
Estonia 0.0 0.0 0.0 0.0
Croatia 19.7 3.0 4.8 3.4
Lithuania 0.0 0.0 0.0 0.0
Hungary 59.1 8.9 14.3 10.3
Sweden 39.4 6.0 9.6 6.9
Czechia 59.1 8.9 14.3 10.3
Ireland 39.4 6.0 9.6 6.9
Slovenia 0.0 0.0 0.0 0.0
Latvia 0.0 0.0 0.0 0.0
Romania 0.0 0.0 0.0 0.0
Slovakia 19.7 3.0 4.8 3.4
Total 1,970.9 297.9 477.7 342.7
Source: Ricardo et al. (2026), Impact assessment support study
Expressed as present value over 2028-2050 relative to the baseline, the total one-off and recurrent adjustment
costs due to PM3 for non-SME B2B and B2C MDMS platforms (excluding CRS platforms and NCAs) are
provided in the table below, by policy option.
Table 84: One-off and recurrent adjustment costs for non-SME MDMS platforms (B2B and B2C, excluding
CRS platforms and NCAs) due to PM3 in the policy options, expressed as present value over 2028-2050
relative to the baseline (in million EUR, 2024 prices) Difference to baseline
PO1 PO2 PO3 PO4
Total adjustment costs 6.9 9.5 9.1 9.3
182
Difference to baseline
PO1 PO2 PO3 PO4
One-off adjustment costs 2.7 3.9 3.7 3.8
Recurrent adjustment costs 4.2 5.6 5.4 5.5
Source: Ricardo et al. (2026), Impact assessment support study
3.3.4. PM4 – Obligation for all B2B MDMS platforms to treat subscribers fairly and clearly
identify in their display banned airlines. Obligation for third countries B2B MDMS to
ensure equal treatment of EU air carriers
In PM4, all B2B MDMS platforms will need to fairly treat subscribers and not impose unfair and unjustified
conditions to travel agents in their commercial relationships with them. All B2B MDMS platforms shall
comply with the obligations to bring air carriers subject to an operating ban to the attention of passengers.
Third countries B2B MDMS will need to equally treat EU air carriers and third country air carriers. PM3
retains and extends to all B2B MDMS platforms the rule on fair treatment of subscribers provided for by the
CRS Code of Conduct which is part of the baseline.
Extending the fair treatment rule to all B2B MDMS platforms involves removing unfair contractual clauses
and practices but does not require major platform engineering changes. Extending the CRS Code of Conduct
to all B2B MDMS platforms would result in negligible one-off adjustment costs and negligible recurrent IT
expenditures. Stakeholders reported that no significant contractual revisions are needed, neither IT system
changes nor additional administrative burden for public authorities. Ensuring equivalent treatment of EU
airlines on third countries B2B MDMS is also expected to generate negligible costs for platforms outside the
EU, if any. Any potential revenue loss arising from increased competition would result in market redistribution
among MDMS platforms rather than a net cost for MDMS platforms group. On this basis, no costs are
estimated by PM4.
3.3.5. PM5 – Remove provisions from CRS Code of Conduct on data protection which are no
longer necessary due to GDPR
In PM5, the provisions from the CRS Code of Conduct on data protection will be repealed as they are not
relevant and fit for purpose anymore, given market, regulatory and technological changes. Notably, the entry
into force of GDPR already provides the necessary framework to ensure data protection on ticketing platforms.
No costs or costs savings are expected due to PM5 as MDMS platforms and operators will continue to apply
the GDPR rules.
3.3.6. PM6 – Obligation for Member States to appoint a national authority to settle disputes
between parties, and establish an EU enforcement network for coordination
According to PM6, each Member State shall appoint one national enforcement body (NEB), responsible for
disputes related to neutral display or rules on contractual agreements. Member States already have competent
authorities responsible for resolving disputes in relevant areas, such as competition authorities, transport
regulatory authorities, and rail regulators. In addition, the EU Data Act requires Member States to ensure that
a competent authority or appropriate mechanism is in place to address disputes and oversee compliance with
FRAND (Fair, Reasonable, and Non-Discriminatory) conditions, particularly in relation to data access and
sharing. It is therefore assumed that Member States will not need to establish new bodies. At most, existing
authorities may need to expand their operational capacity. This could involve recruiting additional staff, legal
and competition specialists to handle potential increases in disputes and ensure regulatory compliance. The
enforcement and monitoring of compliance with the new rules will also be handled by NEBs. The
Commission will establish an enforcement network to ensure consistent enforcement in the EU and monitor
the market.
183
The measure is expected to result in:
• Recurrent administrative costs for national authorities to settle disputes;
• Recurrent enforcement costs for national authorities to monitor the correct implementation of new rules
and monitor the market for entities with SMP;
• Recurrent adjustment costs for the European Commissions for organising meetings of the EU-wide
enforcement network, to exchange best practices, and for monitoring the market.
Recurrent administrative costs for national authorities to settle disputes
Member States already have competent authorities responsible for resolving disputes in relevant areas, such
as competition authorities, transport regulatory authorities, and rail regulators. In addition, the EU Data Act
requires Member States to ensure that a competent authority or appropriate mechanism is in place to address
disputes and oversee compliance with FRAND (Fair, Reasonable, and Non-Discriminatory) conditions,
particularly in relation to data access and sharing. It is therefore assumed that Member States will not need to
establish new bodies. At most, existing authorities may need to expand their operational capacity. This could
involve recruiting additional staff, legal and competition specialists to handle potential increases in disputes
and report on disputes and coordinate in the context of the EU enforcement network.
According to PM6, this will be carried out by 27 national authorities. One FTE is assumed to be needed per
national authority. Considering the hourly rates presented in section 3.2 of Annex 4, the recurrent
administrative costs per national authority is estimated at EUR 56,527. At EU level, this corresponds to total
recurrent administrative costs of EUR 1.53 million per year from 2028 onwards. Expressed as present value
over 2028-2050, relative to the baseline, they are estimated at EUR 25.8 million.
Table 85: Recurrent administrative costs for national authorities due to PM6 in all policy options in 2028,
2030, 2040 and 2050 relative to the baseline (2024 prices) 2028 2030 2040 2050
Administrative cost per national authority (EUR) 56,527 56,527 56,527 56,527
All policy options Recurrent administrative costs at EU level (million EUR) 1.53 1.53 1.53 1.53
Source: Ricardo et al. (2026), Impact assessment support study
Table 86: Administrative costs for national authorities due to PM6 in all policy options relative to the baseline,
expressed as present value over 2028-2050 (in million EUR, 2024 prices) Difference to baseline
PO1 PO2 PO3 PO4
Total administrative costs 25.8 25.8 25.8 25.8
One-off administrative costs 0 0 0 0
Recurrent administrative costs 25.8 25.8 25.8 25.8
Source: Ricardo et al. (2026), Impact assessment support study
Recurrent enforcement costs for national authorities
Based on stakeholder feedback the new rules will require labour effort for monitoring the enforcement of the
obligations and monitor the market for entities with SMP. Maximum 4 FTEs were estimated to be needed by
Member State, noting that costs are difficult to separate by individual policy measure. Taking into account the
hourly rates presented in section 3.2 of Annex 4, the recurrent enforcement costs by Member State are
estimated at EUR 226,106, or EUR 6.1 million at EU level from 2028 onwards in all policy options. Expressed
as present value over 2028-2050 relative to the baseline, they are estimated at EUR 106.5 million in all policy
options.
184
Table 87: Recurrent enforcement costs for national authorities due to PM6 in all policy options in 2028, 2030,
2040 and 2050 relative to the baseline (2024 prices) 2028 2030 2040 2050
Cost for monitoring enforcement per Member State (EUR) 226,106 226,106 226,106 226,106
All policy options
Total recurrent enforcement costs at EU level (million EUR) 6.1 6.1 6.1 6.1
Source: Ricardo et al. (2026), Impact assessment support study
Table 88: Recurrent enforcement costs for national authorities due to PM6 in all policy options relative to the
baseline, expressed as present value over 2028-2050 (in million EUR, 2024 prices) Difference to baseline
PO1 PO2 PO3 PO4
Total enforcement costs 106.5 106.5 106.5 106.5
One-off enforcement costs 0 0 0 0
Recurrent enforcement costs 106.5 106.5 106.5 106.5
Source: Ricardo et al. (2026), Impact assessment support study
Recurrent adjustment costs for the European Commission
The European Commission (EC) is assumed to organise one meeting of the EU‑wide enforcement network
per year from 2028 onwards, to exchange best practices. The average cost for a two-day in-person meeting
hosted by EC, where participants are reimbursed by the EC, is around EUR 30,000. Thus, the recurrent
adjustment costs for the European Commission are estimated at EUR 30,000 per year from 2028 onwards. In
addition, each two years from 2030 onwards, a Eurobarometer survey is assumed to be conducted. The costs
for the Eurobarometer survey, are assumed at EUR 100,000 per year based on the costs of the Eurobarometer
survey conducted in 2024. Expressed as present value over 2028-2050 relative to the baseline, total recurrent
adjustment costs for the European Commissions are estimated at EUR 1.3 million in all policy options.
3.3.7. PM7 – Obligation for all B2C MDMS platforms to share data for mobility management
In PM7, upon request of a public transport authority, MDMS platforms would need to provide data relevant
for improving the effectiveness of public transport policies on the territories which fall under the responsibility
of the public transport authority. The data needs to be aggregated and anonymised.
The measure is expected to result in:
• Adjustment costs for non-SME B2C platforms to set up and maintain data sharing interfaces (API) with
public authorities, of which:
- One-off adjustment costs for the set-up of the API;
- Recurrent adjustment costs corresponding to the maintenance of the API.
One-off and recurrent adjustment costs for non-SME B2C platforms
To enable the sharing of data critical for mobility management with public authorities, non-SME B2C
platforms are expected to incur one-off costs for setting up and maintaining an API with the relevant national
authority. Drawing on stakeholder feedback, the one-off adjustment costs borne by a non-SME B2C platform
for setting up an API is estimated at EUR 117,719 in 2024 prices349. The one‑off cost is multiplied with the
number of non-SME B2C MDMS platforms projected to be active in 2028 (i.e. the implementation year) and
with the number of new non-SME B2C platforms joining the market from 2029 onwards to derive the total
one-off adjustment costs.
349 The estimate was derived by calculating the average of the values submitted by stakeholders, after removing two
extreme outliers, one unusually low and one unusually high.
185
The maintenance of the API is estimated at 10% of the initial setup cost (i.e. EUR 11,772) and is applied from
2029 onwards. This concerns the platforms that are operational each year and have already incurred the one-
off setup cost.
The number of non-SME B2C MDMS platforms subject to PM7 and the one-off and recurrent adjustment
costs for 2028, 2030, 2040 and 2050 for each policy option relative to the baseline are provided in the table
below.
Table 89: One-off and recurrent adjustment costs for non-SME B2C platforms due to PM7 in the policy options
in 2028, 2030, 2040 and 2050 relative to the baseline (in 2024 prices) 2028 2030 2040 2050
One-off cost per B2C platform for
setting up the API (EUR)
117,719 117,719 117,719 117,719
Recurrent cost per B2C platform for
maintaining the API (EUR)
11,772 11,772 11,772 11,772
PO1
Number of non-SME B2C MDMS
platforms that incur one-off costs due to
PM7
150 3 2 0
Number of non-SME B2C MDMS
platforms that incur recurrent costs due
to PM7
0 153 179 181
Total one-off adjustment costs (million
EUR)
17.6 0.4 0.2 0.0
Total recurrent adjustment costs
(million EUR)
0.0 1.8 2.1 2.1
PO2
Number of non-SME B2C MDMS
platforms that incur one-off costs due to
PM7
150 7 11 0
Number of non-SME B2C MDMS
platforms that incur recurrent costs due
to PM7
0 157 267 261
Total one-off adjustment costs (million
EUR)
17.6 0.8 1.3 0.0
Total recurrent adjustment costs
(million EUR)
0.0 1.8 3.1 3.1
PO3
Number of non-SME B2C MDMS
platforms that incur one-off costs due to
PM7
150 7 10 0
Number of non-SME B2C MDMS
platforms that incur recurrent costs due
to PM7
0 156 250 260
Total one-off adjustment costs (million
EUR)
17.6 0.9 1.1 0.0
Total recurrent adjustment costs
(million EUR)
0.0 1.8 2.9 3.1
PO4
Number of non-SME B2C MDMS
platforms that incur one-off costs due to
PM7
150 7 11 0
Number of non-SME B2C MDMS
platforms that incur recurrent costs due
to PM7
0 156 258 260
Total one-off adjustment costs (million
EUR)
17.6 0.8 1.2 0.0
Total recurrent adjustment costs
(million EUR)
0.0 1.8 3.0 3.1
Source: Ricardo et al. (2026), Impact assessment support study
186
The tables below present the total one-off and recurrent adjustment costs for non-SME B2C platforms by
Member State for 2028, 2030, 2040 and 2050, by policy option350.
Table 90: Total one-off and recurrent adjustment costs for non-SME B2C MDMS platforms due to PM7 in
PO1 in 2028, 2030, 2040 and 2050 relative to the baseline (thousand EUR, in 2024 prices) 2028 2030 2040 2050
Germany 2,116.5 260.7 280.3 256.2
Austria 1,587.4 195.5 210.2 192.2
Denmark 1,058.3 130.3 140.1 128.1
Luxembourg 705.5 86.9 93.4 85.4
Finland 881.9 108.6 116.8 106.8
Spain 705.5 86.9 93.4 85.4
Netherlands 1,763.8 217.2 233.6 213.5
France 2,292.9 282.4 303.6 277.6
Poland 1,234.7 152.1 163.5 149.5
Italy 1,058.3 130.3 140.1 128.1
Belgium 1,058.3 130.3 140.1 128.1
Portugal 352.8 43.4 46.7 42.7
Malta 176.4 21.7 23.4 21.4
Cyprus 176.4 21.7 23.4 21.4
Greece 352.8 43.4 46.7 42.7
Bulgaria 0.0 0.0 0.0 0.0
Estonia 0.0 0.0 0.0 0.0
Croatia 176.4 21.7 23.4 21.4
Lithuania 0.0 0.0 0.0 0.0
Hungary 529.1 65.2 70.1 64.1
Sweden 352.8 43.4 46.7 42.7
Czechia 529.1 65.2 70.1 64.1
Ireland 352.8 43.4 46.7 42.7
Slovenia 0.0 0.0 0.0 0.0
Latvia 0.0 0.0 0.0 0.0
Romania 0.0 0.0 0.0 0.0
Slovakia 176.4 21.7 23.4 21.4
Total 17,637.9 2,172.3 2,335.7 2,135.2
Source: Ricardo et al. (2026), Impact assessment support study
Table 91: Total one-off and recurrent adjustment costs for non-SME B2C MDMS platforms due to PM7 in
PO2 in 2028, 2030, 2040 and 2050 relative to the baseline (thousand EUR, in 2024 prices) 2028 2030 2040 2050
Germany 2,116.5 320.3 537.8 369.3
Austria 1,587.4 240.2 403.4 277.0
Denmark 1,058.3 160.2 268.9 184.7
Luxembourg 705.5 106.8 179.3 123.1
Finland 881.9 133.5 224.1 153.9
Spain 705.5 106.8 179.3 123.1
Netherlands 1,763.8 266.9 448.2 307.8
France 2,292.9 347.0 582.6 400.1
Poland 1,234.7 186.8 313.7 215.4
Italy 1,058.3 160.2 268.9 184.7
Belgium 1,058.3 160.2 268.9 184.7
Portugal 352.8 53.4 89.6 61.6
Malta 176.4 26.7 44.8 30.8
Cyprus 176.4 26.7 44.8 30.8
Greece 352.8 53.4 89.6 61.6
Bulgaria 0.0 0.0 0.0 0.0
Estonia 0.0 0.0 0.0 0.0
350 Costs for some Member States are zero because no large B2C platforms are projected to operate in these countries.
187
2028 2030 2040 2050
Croatia 176.4 26.7 44.8 30.8
Lithuania 0.0 0.0 0.0 0.0
Hungary 529.1 80.1 134.5 92.3
Sweden 352.8 53.4 89.6 61.6
Czechia 529.1 80.1 134.5 92.3
Ireland 352.8 53.4 89.6 61.6
Slovenia 0.0 0.0 0.0 0.0
Latvia 0.0 0.0 0.0 0.0
Romania 0.0 0.0 0.0 0.0
Slovakia 176.4 26.7 44.8 30.8
Total 17,637.9 2,669.2 4,481.8 3,077.9
Source: Ricardo et al. (2026), Impact assessment support study
Table 92: Total one-off and recurrent adjustment costs for non-SME B2C MDMS platforms due to PM7 in
PO3 in 2028, 2030, 2040 and 2050 relative to the baseline (thousand EUR, in 2024 prices) 2028 2030 2040 2050
Germany 2,116.5 326.3 488.9 366.8
Austria 1,587.4 244.7 366.7 275.1
Denmark 1,058.3 163.2 244.5 183.4
Luxembourg 705.5 108.8 163.0 122.3
Finland 881.9 136.0 203.7 152.8
Spain 705.5 108.8 163.0 122.3
Netherlands 1,763.8 271.9 407.4 305.6
France 2,292.9 353.5 529.7 397.3
Poland 1,234.7 190.3 285.2 213.9
Italy 1,058.3 163.2 244.5 183.4
Belgium 1,058.3 163.2 244.5 183.4
Portugal 352.8 54.4 81.5 61.1
Malta 176.4 27.2 40.7 30.6
Cyprus 176.4 27.2 40.7 30.6
Greece 352.8 54.4 81.5 61.1
Bulgaria 0.0 0.0 0.0 0.0
Estonia 0.0 0.0 0.0 0.0
Croatia 176.4 27.2 40.7 30.6
Lithuania 0.0 0.0 0.0 0.0
Hungary 529.1 81.6 122.2 91.7
Sweden 352.8 54.4 81.5 61.1
Czechia 529.1 81.6 122.2 91.7
Ireland 352.8 54.4 81.5 61.1
Slovenia 0.0 0.0 0.0 0.0
Latvia 0.0 0.0 0.0 0.0
Romania 0.0 0.0 0.0 0.0
Slovakia 176.4 27.2 40.7 30.6
Total 17,637.9 2,719.3 4,074.5 3,056.3
Source: Ricardo et al. (2026), Impact assessment support study
Table 93: Total one-off and recurrent adjustment costs for non-SME B2C MDMS platforms due to PM7 in
PO4 in 2028, 2030, 2040 and 2050 relative to the baseline (thousand EUR, in 2024 prices) 2028 2030 2040 2050
Germany 2,116.5 320.1 512.4 368.0
Austria 1,587.4 240.1 384.3 276.0
Denmark 1,058.3 160.0 256.2 184.0
Luxembourg 705.5 106.7 170.8 122.7
Finland 881.9 133.4 213.5 153.3
Spain 705.5 106.7 170.8 122.7
Netherlands 1,763.8 266.7 427.0 306.6
France 2,292.9 346.8 555.1 398.6
Poland 1,234.7 186.7 298.9 214.6
188
2028 2030 2040 2050
Italy 1,058.3 160.0 256.2 184.0
Belgium 1,058.3 160.0 256.2 184.0
Portugal 352.8 53.3 85.4 61.3
Malta 176.4 26.7 42.7 30.7
Cyprus 176.4 26.7 42.7 30.7
Greece 352.8 53.3 85.4 61.3
Bulgaria 0.0 0.0 0.0 0.0
Estonia 0.0 0.0 0.0 0.0
Croatia 176.4 26.7 42.7 30.7
Lithuania 0.0 0.0 0.0 0.0
Hungary 529.1 80.0 128.1 92.0
Sweden 352.8 53.3 85.4 61.3
Czechia 529.1 80.0 128.1 92.0
Ireland 352.8 53.3 85.4 61.3
Slovenia 0.0 0.0 0.0 0.0
Latvia 0.0 0.0 0.0 0.0
Romania 0.0 0.0 0.0 0.0
Slovakia 176.4 26.7 42.7 30.7
Total 17,637.9 2,667.3 4,270.3 3,066.4
Source: Ricardo et al. (2026), Impact assessment support study
Expressed as present value over 2028-2050 relative to the baseline, the total one-off and recurrent adjustment
costs due to PM7 for non-SME B2C MDMS platforms are provided in the table below, by policy option.
Table 94: One-off and recurrent adjustment costs for non-SME B2C platforms due to PM7 in the policy
options, expressed as present value over 2028-2050 relative to the baseline (in million EUR, 2024 prices) Difference to baseline
PO1 PO2 PO3 PO4
Total adjustment costs 52.9 72.6 69.4 70.8
One-off adjustment costs 20.8 30.0 28.3 29.1
Recurrent adjustment costs 32.1 42.6 41.1 41.8
Source: Ricardo et al. (2026), Impact assessment support study
3.3.8. PM8 – Obligation for all B2B and B2C MDMS platforms to display information on GHG
or CO2 emissions of trips (when these data are provided by the operators in line with and
Count Emissions EU and Flight Emission Label)
In PM8, non-SME MDMS platforms (non-SME B2B and B2C MDMS platforms) will need to provide clear,
transparent and accessible information on the greenhouse gas emissions of the travel options displayed,
whenever such information is shared by transport operators. Based on Count Emissions EU and Flight
Emission Label operators are expected to share these data in a specific format.
The measure is expected to result in:
• Adjustment costs for non-SME MDMS platforms for presenting GHG and CO2 data when available, of
which:
- One-off adjustment costs for IT development to adjust their display criteria.
- Recurrent adjustment costs for system maintenance.
One-off and recurrent adjustment costs for non-SME MDMS platforms
The estimate of the one-off adjustment costs for non-SME MDMS platforms to adjust their systems to display
the relevant environmental information draws on stakeholder feedback on the software‑engineering effort
needed to implement the upgrade. Since non-SME MDMS platforms must also modify how transport offers
189
are displayed to ensure a neutral presentation, including if they choose to do so with the integration of GHG
and CO₂ criteria, it is reasonable to assume that they will leverage economies of scale and simultaneously
update their interfaces to include information on GHG and CO₂ emissions. Approximately 90 working days
are estimated to be required for a software technician to carry out the upgrade, considering the synergies with
PM1 (neutral display), PM2 (equal care for data) and PM3 (marketing and booking data sharing). The one-
off cost per MDMS platform is estimated at EUR 23,125. This is multiplied by the number of non-SME
MDMS platforms projected to be operational in 2028 (i.e. the year of implementation) and the number of new
non-SME MDMS platforms entering the market from 2029 onwards.
In addition, recurrent adjustment costs of 10% of the upgrade costs are assumed for the annual system
maintenance (i.e. EUR 2,312 per MDMS platform per year). Taking into account the number of non-SME
MDMS platform in the scope of PM8 in each policy option, the total recurrent adjustment costs for 2028,
2030, 2040 and 2050 due to PM8 are provided in the table below.
Table 95: One-off and recurrent adjustment costs for non-SME MDMS platforms (B2B and B2C) due to PM8
in the policy options in 2028, 2030, 2040 and 2050 relative to the baseline (in 2024 prices) 2028 2030 2040 2050
One-off cost per MDMS platform to adjust its display criteria
(EUR)
23,125 23,125 23,125 23,125
Recurrent costs per MDMS platform (EUR) 2,312 2,312 2,312 2,312
PO1
Number of non-SME MDMS platforms that incur one-off
costs due to PM8
175 4 2 0
Number of non-SME MDMS platforms that incur recurrent
costs due to PM8
0 179 210 212
Total one-off adjustment costs (million EUR) 4.1 0.1 0.1 0.0
Total recurrent adjustment costs (million EUR) 0.0 0.4 0.5 0.5
PO2
Number of non-SME MDMS platforms that incur one-off
costs due to PM8
175 8 13 0
Number of non-SME MDMS platforms that incur recurrent
costs due to PM8
0 183 312 306
Total one-off adjustment costs (million EUR) 4.1 0.2 0.3 0.0
Total recurrent adjustment costs (million EUR) 0.0 0.4 0.7 0.7
PO3
Number of non-SME MDMS platforms that incur one-off
costs due to PM8
175 9 11 0
Number of non-SME MDMS platforms that incur recurrent
costs due to PM8
0 182 292 303
Total one-off adjustment costs (million EUR) 4.1 0.2 0.3 0.0
Total recurrent adjustment costs (million EUR) 0.0 0.4 0.7 0.7
PO4
Number of non-SME MDMS platforms that incur one-off
costs due to PM8
175 8 12 0
Number of non-SME MDMS platforms that incur recurrent
costs due to PM8
0 183 301 305
Total one-off adjustment costs (million EUR) 4.1 0.2 0.3 0.0
Total recurrent adjustment costs (million EUR) 0.0 0.4 0.7 0.7
Source: Ricardo et al. (2026), Impact assessment support study
The table above covers total one-off and recurrent adjustment costs for both non-SME B2B and B2C
platforms. As already explained, most B2B MDMS platforms operate EU-wide and it is not possible to
provide the costs by Member State. Therefore, only the part of the total one-off and recurrent adjustment costs
for the non-SME B2C platforms is provided by Member State in the tables below, by policy option351.
351 Costs for some Member States are zero because no large B2C platforms are projected to operate in these countries.
190
Table 96: Total one-off and recurrent adjustment costs for non-SME B2C MDMS platforms due to PM8 in
PO1 in 2028, 2030, 2040 and 2050 relative to the baseline (thousand EUR, in 2024 prices) 2028 2030 2040 2050
Germany 415.8 51.2 55.1 50.3
Austria 311.8 38.4 41.3 37.7
Denmark 207.9 25.6 27.5 25.2
Luxembourg 138.6 17.1 18.4 16.8
Finland 173.2 21.3 22.9 21.0
Spain 138.6 17.1 18.4 16.8
Netherlands 346.5 42.7 45.9 41.9
France 450.4 55.5 59.6 54.5
Poland 242.5 29.9 32.1 29.4
Italy 207.9 25.6 27.5 25.2
Belgium 207.9 25.6 27.5 25.2
Portugal 69.3 8.5 9.2 8.4
Malta 34.6 4.3 4.6 4.2
Cyprus 34.6 4.3 4.6 4.2
Greece 69.3 8.5 9.2 8.4
Bulgaria 0.0 0.0 0.0 0.0
Estonia 0.0 0.0 0.0 0.0
Croatia 34.6 4.3 4.6 4.2
Lithuania 0.0 0.0 0.0 0.0
Hungary 103.9 12.8 13.8 12.6
Sweden 69.3 8.5 9.2 8.4
Czechia 103.9 12.8 13.8 12.6
Ireland 69.3 8.5 9.2 8.4
Slovenia 0.0 0.0 0.0 0.0
Latvia 0.0 0.0 0.0 0.0
Romania 0.0 0.0 0.0 0.0
Slovakia 34.6 4.3 4.6 4.2
Total 3,464.8 426.7 458.8 419.4
Source: Ricardo et al. (2026), Impact assessment support study
Table 97: Total one-off and recurrent adjustment costs for non-SME B2C MDMS platforms due to PM8 in
PO2 in 2028, 2030, 2040 and 2050 relative to the baseline (thousand EUR, in 2024 prices) 2028 2030 2040 2050
Germany 415.8 62.9 105.8 72.6
Austria 311.8 47.2 79.3 54.4
Denmark 207.9 31.5 52.9 36.3
Luxembourg 138.6 21.0 35.3 24.2
Finland 173.2 26.2 44.1 30.2
Spain 138.6 21.0 35.3 24.2
Netherlands 346.5 52.4 88.1 60.5
France 450.4 68.2 114.6 78.6
Poland 242.5 36.7 61.7 42.3
Italy 207.9 31.5 52.9 36.3
Belgium 207.9 31.5 52.9 36.3
Portugal 69.3 10.5 17.6 12.1
Malta 34.6 5.2 8.8 6.0
Cyprus 34.6 5.2 8.8 6.0
Greece 69.3 10.5 17.6 12.1
Bulgaria 0.0 0.0 0.0 0.0
Estonia 0.0 0.0 0.0 0.0
Croatia 34.6 5.2 8.8 6.0
Lithuania 0.0 0.0 0.0 0.0
Hungary 103.9 15.7 26.4 18.1
Sweden 69.3 10.5 17.6 12.1
Czechia 103.9 15.7 26.4 18.1
Ireland 69.3 10.5 17.6 12.1
191
2028 2030 2040 2050
Slovenia 0.0 0.0 0.0 0.0
Latvia 0.0 0.0 0.0 0.0
Romania 0.0 0.0 0.0 0.0
Slovakia 34.6 5.2 8.8 6.0
Total 3,464.8 524.3 881.3 604.7
Source: Ricardo et al. (2026), Impact assessment support study
Table 98: Total one-off and recurrent adjustment costs for non-SME B2C MDMS platforms due to PM8 in
PO3 in 2028, 2030, 2040 and 2050 relative to the baseline (thousand EUR, in 2024 prices) 2028 2030 2040 2050
Germany 415.8 63.9 96.1 72.0
Austria 311.8 47.9 72.1 54.0
Denmark 207.9 31.9 48.0 36.0
Luxembourg 138.6 21.3 32.0 24.0
Finland 173.2 26.6 40.0 30.0
Spain 138.6 21.3 32.0 24.0
Netherlands 346.5 53.2 80.1 60.0
France 450.4 69.2 104.1 78.0
Poland 242.5 37.3 56.1 42.0
Italy 207.9 31.9 48.0 36.0
Belgium 207.9 31.9 48.0 36.0
Portugal 69.3 10.6 16.0 12.0
Malta 34.6 5.3 8.0 6.0
Cyprus 34.6 5.3 8.0 6.0
Greece 69.3 10.6 16.0 12.0
Bulgaria 0.0 0.0 0.0 0.0
Estonia 0.0 0.0 0.0 0.0
Croatia 34.6 5.3 8.0 6.0
Lithuania 0.0 0.0 0.0 0.0
Hungary 103.9 16.0 24.0 18.0
Sweden 69.3 10.6 16.0 12.0
Czechia 103.9 16.0 24.0 18.0
Ireland 69.3 10.6 16.0 12.0
Slovenia 0.0 0.0 0.0 0.0
Latvia 0.0 0.0 0.0 0.0
Romania 0.0 0.0 0.0 0.0
Slovakia 34.6 5.3 8.0 6.0
Total 3,464.8 532.2 800.7 600.4
Source: Ricardo et al. (2026), Impact assessment support study
Table 99: Total one-off and recurrent adjustment costs for non-SME B2C MDMS platforms due to PM8 in
PO4 in 2028, 2030, 2040 and 2050 relative to the baseline (thousand EUR, in 2024 prices) 2028 2030 2040 2050
Germany 415.8 62.9 100.8 72.3
Austria 311.8 47.1 75.6 54.2
Denmark 207.9 31.4 50.4 36.1
Luxembourg 138.6 21.0 33.6 24.1
Finland 173.2 26.2 42.0 30.1
Spain 138.6 21.0 33.6 24.1
Netherlands 346.5 52.4 84.0 60.2
France 450.4 68.1 109.2 78.3
Poland 242.5 36.7 58.8 42.2
Italy 207.9 31.4 50.4 36.1
Belgium 207.9 31.4 50.4 36.1
Portugal 69.3 10.5 16.8 12.0
Malta 34.6 5.2 8.4 6.0
Cyprus 34.6 5.2 8.4 6.0
Greece 69.3 10.5 16.8 12.0
192
2028 2030 2040 2050
Bulgaria 0.0 0.0 0.0 0.0
Estonia 0.0 0.0 0.0 0.0
Croatia 34.6 5.2 8.4 6.0
Lithuania 0.0 0.0 0.0 0.0
Hungary 103.9 15.7 25.2 18.1
Sweden 69.3 10.5 16.8 12.0
Czechia 103.9 15.7 25.2 18.1
Ireland 69.3 10.5 16.8 12.0
Slovenia 0.0 0.0 0.0 0.0
Latvia 0.0 0.0 0.0 0.0
Romania 0.0 0.0 0.0 0.0
Slovakia 34.6 5.2 8.4 6.0
Total 3,464.8 523.8 839.7 602.4
Source: Ricardo et al. (2026), Impact assessment support study
Expressed as present value over 2028-2050 relative to the baseline, the total one-off and recurrent adjustment
costs due to PM8 for non-SME B2B and B2C MDMS platforms are provided in the table below, by policy
option.
Table 100: One-off and recurrent adjustment costs for non-SME MDMS platforms (B2B and B2C) due to PM8
in the policy options, expressed as present value over 2028-2050 relative to the baseline (in million EUR, 2024
prices) Difference to baseline
PO1 PO2 PO3 PO4
Total adjustment costs 12.1 16.7 15.9 16.3
One-off adjustment costs 4.8 6.9 6.5 6.7
Recurrent adjustment costs 7.4 9.8 9.4 9.6
Source: Ricardo et al. (2026), Impact assessment support study
3.3.9. PM9 – Thresholds to identify MDMS platforms and RUs with SMP
PM9 sets thresholds for the identification of MDMS platforms with SMP (in the platform market) and RUs
with SMP (in the passenger railway services market). As detailed in section 5.1, to operationalise the concept
of indispensability in the B2C distribution market, an MDMS platform is considered as having SMP if it
controls at least 10% of the EU market or 30% of a national market, based on either the total value or volume
of tickets sold in one transport mode. For RUs, SMP is defined as operating 50% or more of total rail services
in a Member State, measured in annual passenger-kilometres, including both domestic and cross-border
services. No direct costs are expected from PM9. This only leads to costs in combination with other measures
such as PM10, PM11, PM12, PM13, PM14 and PM15. The costs are described under the respective measures.
3.3.10. PM10 – B2C MDMS platforms with SMP: must notify national authorities or the EC
about their market presence. National authorities designate B2C MDMS platform, RUs
with SMP and indispensable RU platforms at national level, while the EC designates
B2C MDMS platforms with SMP at EU level. The EC publishes a list of MDMS platforms
(including indispensable RU platforms) and RUs with SMP at both national and EU level
According to PM10, when an MDMS platform meets the thresholds at EU level, it shall notify the
Commission and the national enforcement body, for the thresholds at national level. The national enforcement
body designates B2C MDMS and RUs with SMP at national level, as well as indispensable RU platforms.
For RU, this is done following the procedure of the Rail Market Monitoring Scheme. National enforcement
Bodies need to inform the Commission of their respective designation decisions. The Commission will publish
on its official website, and keep up to date, a list of the designated, at national or Union’s level, MDMS
193
platforms and RUs with SMP. This also lists indispensable RUs platforms which are considered indispensable
when it is owned by an indispensable RU.
The measure is expected to result in:
• One-off administrative costs:
- For MDMS platforms to send a notification to authorities in order to determine the Significant Market
Presence (SMP);
- For national authorities designated under PM6 to receive notifications from B2C MDMS platforms and
notify the European Commission about the designated entities with SMP at national level and
potentially deal with complaints;
- For RUs with SMP to provide a list to authorities of their platforms.
• Recurrent adjustment costs for the European Commission to designate B2C MDMS with SMP at EU
level and deal with related complaints.
One-off administrative costs for MDMS platforms with SMP
MDMS platforms with SMP are expected to incur off-costs administrative for notifying national authorities
(PM10). In the baseline, RUs already submit the required information through the RMMS scheme352. Under
PM10 this is thus a new requirement only for MDMS platforms. Evidence for the costs incurred is taken from
the impact assessment for the Digital Market Act, which assumed 20 FTEs per ‘Gatekeeper’ for submission
of relevant data to authorities353. In this case, the entities are much smaller than those regulated under the DMA
(Apple, Google, etc.) and the process is expected to be much lighter (platforms only need to notify that they
have reached a threshold). The one-off effort required in 2028 is therefore assumed at 2 FTE per MDMS
platform. Only platforms reaching the threshold set in PM9 (4 MDMS platforms) would be requested to
submit this information, and once submitted, those designated would not be obliged to submit any further
notification in the consecutive years. The one-off administrative costs for the MDMS platforms in 2028 in all
the policy options are provided in the table below.
Table 101: One-off administrative costs for MDMS platforms due to PM10 in the policy options in 2028, 2030,
2040 and 2050 relative to the baseline (in 2024 prices) 2028 2030 2040 2050
One-off costs per MDMS platform (EUR) 113,053
PO1
Number of MDMS platforms that incur one-off costs due to PM10 4 0 0 0
Total one-off administrative costs (million EUR) 0.5 0.0 0.0 0.0
PO2
Number of MDMS platforms that incur one-off costs due to PM10 4 0 0 0
Total one-off administrative costs (million EUR) 0.5 0.0 0.0 0.0
PO3
Number of MDMS platforms that incur one-off costs due to PM10 4 0 0 0
Total one-off administrative costs (million EUR) 0.5 0.0 0.0 0.0
PO4
Number of MDMS platforms that incur one-off costs due to PM10 4 0 0 0
Total one-off administrative costs (million EUR) 0.5 0.0 0.0 0.0
Source: Ricardo et al. (2026), Impact assessment support study
One-off administrative costs for RU with SMP
352 https://transport.ec.europa.eu/transport-modes/rail/market/rail-market-monitoring-rmms_en 353 https://eur-lex.europa.eu/resource.html?uri=cellar:57a5679e-3f85-11eb-b27b-
01aa75ed71a1.0001.02/DOC_2&format=PDF
194
In PM10, RUs with SMP are expected to incur one-off administrative costs for informing national authorities
about the list of their platforms and whether these are opened to other RUs. This is meant to support the
identification and designation of indispensable RU platforms (a RU platform is considered indispensable when
it is owned by a RU with SMP and if its IT system is already opened to other RUs). It is assumed that 2 hours
are needed per RU with SMP for this task. Only RUs with SMP in line with PM9, and whose platforms are
already opened to other RUs (19) would be requested to submit this information, and once submitted, they
would not be obliged to submit any further information in subsequent years, unless a change occurs. We
therefore assume one-off administrative costs for RUs to be relevant for 2028 (i.e. the year of implementation).
Considering the hourly rates presented in section 3.2 of Annex 4, they are estimated at EUR 71.4 per RU.
Thus, the total one-off administrative costs at EU level for RUs are estimated at EUR 1,356 in 2028.
Table 102: One-off administrative costs for RUs due to PM10 in the policy options in 2028, 2030, 2040 and
2050 relative to the baseline (in 2024 prices) 2028 2030 2040 2050
One-off costs per RU (EUR) 71.4
PO1
Number of RUs that incur one-off costs due to PM10 19 0 0 0
Total one-off administrative costs (million EUR) 0.001 0.0 0.0 0.0
PO2
Number of RUs that incur one-off costs due to PM10 19 0 0 0
Total one-off administrative costs (million EUR) 0.001 0.0 0.0 0.0
PO3
Number of RUs that incur one-off costs due to PM10 19 0 0 0
Total one-off administrative costs (million EUR) 0.001 0.0 0.0 0.0
PO4
Number of RUs that incur one-off costs due to PM10 19 0 0 0
Total one-off administrative costs (million EUR) 0.001 0.0 0.0 0.0
Source: Ricardo et al. (2026), Impact assessment support study
One-off administrative costs for national authorities
Member States are expected to incur costs for processing the notifications from MDMS platforms with SMP,
designating them and submitting this information to the EC (PM10) in 2028 (the year of implementation).
They are also assumed to assess the submissions of the RUs under the RMMS for assessing the SMP and
designating indispensable RU platforms. The one-off effort required is estimated at 2 FTEs per Member State
in 2028. The one-off administrative costs per Member State are thus estimated at EUR 113,053 and the total
one-off administrative costs at EU level at EUR 3.1 million. National authorities might also need to deal with
complaints/further investigations related to the designation process. These costs, along the ones related to the
monitoring market developments, are already accounted for in PM6.
Table 103: One-off administrative costs for national authorities due to PM10 2028 2030 2040 2050
Cost of processing market information per
Member State due to PM10 in EUR
113,053 0.0 0.0 0.0
All policy options
Total one-off administrative cost (million EUR) 3.1 0.0 0.0 0.0
Source: Ricardo et al. (2026), Impact assessment support study
Recurrent adjustment costs for the European Commission
PM10 introduces a requirement for the European Commission to designate B2C MDMS platforms with SMP
at EU-level, after receiving notifications from platforms. EC might also need to deal with complaints/further
investigations related to the designation process. Over time, EC will need to monitor developments and
manage the list of designated entities (with potential additions or removals from the list). This is assumed to
require 2 FTE per year from 2028 onwards. The cost per FTE was assumed at EUR 118,326 at AD5 level,
195
including overheads. Thus, the total recurrent adjustment costs for EC are estimated at EUR 236,652 per year
in all policy options. Expressed as present value over 2028-2050, relative to the baseline, they are estimated at
EUR 4 million.
Table 104: Recurrent adjustment costs for the European Commission due to PM10 (in EUR, 2024 prices) 2028 2030 2040 2050
Recurrent adjustment costs to designate platforms with SMP and
deal with complains (PM10)
236,652 236,652 236,652 236,652
Source: Ricardo et al. (2026), Impact assessment support study
Table 105: Adjustment costs for the European Commission due to PM10 in the policy options, expressed as
present value over 2028-2050 relative to the baseline (in million EUR, 2024 prices) Difference to the baseline
PO1 PO2 PO3 PO4
Total adjustment costs 4.01 4.01 4.01 4.01
One-off adjustment costs - - - -
Recurrent adjustment costs 4.01 4.01 4.01 4.01
Source: Ricardo et al. (2026), Impact assessment support study
3.3.11. PM11 – B2C MDMS platforms with SMP, indispensable RU platforms and B2B MDMS:
must respect principles on distribution fees and cannot impose highly restrictive clauses
(exclusivity clauses, unfair and unjustified conditions, marketing clauses and other
technical restrictions) when entering into commercial agreements with transport
operators
In PM11, MDMS platforms with SMP, indispensable RU platforms and B2B MDMS providers must
respect a set of rules when entering into a commercial agreement with an operator, such as (1) the protection
of commercially sensitive data, (2) cannot attach unjustified contract conditions or unnecessary to the
contract, (3) apply remuneration based on objective and transparent criteria (such as quality and level of
services, annual volume of transport products distributed, look-to-book ratios, etc). These criteria must be
transparently shared with the operator or the NEB if requested. They should not discriminate between
transport operators, and B2B MDMS providers must ensure equal access to distribution facilities and
maintain a clear software-based separation from transport operators' private systems. PM11 retains and
extends the rules on fair treatment of transport operators of the CRS Code of Conduct to all other B2B MDMS
and to B2C MDMS with SMP to prevent abusive behaviours through unfair and unjustified conditions.
The measure is expected to result in:
• Recurrent adjustment cost savings for transport operators and MDMS platforms due to simplification in
commercial agreements from the use of principles on distribution fees. These apply only to commercial
agreements entered by B2C MDMS with SMP, or B2B MDMS.
PM11 is expected to result in lower costs for negotiating and renegotiating contracts relative to the baseline
for both sides of the agreement (i.e. transport operators and MDMS platforms). The stakeholders survey
conducted in the context of the impact assessment support study provided a range of costs for negotiating a
new service licence agreement between a transport operator and an MDMS platform. A rail operator
estimated EUR 20,000 per service licence agreement and a public transport operator suggested 6 months to
a year of negotiation time. A cost of EUR 20,000 is assumed, expressed in 2024 prices. Responses to the
same consultation suggested contract renegotiation costs of EUR 11,830. Costs savings of 10% are assumed
due to PM11, equivalent to costs savings of EUR 2,000 per new agreement and EUR 1,183 per renegotiation.
First, the changes in the number of new agreements and renegotiated agreements have been calculated for
each policy option relative to the baseline, as explained in section 3.1.3 of Annex 4. In the second step, the
costs savings for MDMS platforms and transport operators have been calculated by applying the costs savings
196
per new agreement or renegotiated agreement to the difference in new agreements and renegotiated
agreements relative to the baseline. The distribution of savings between non-SMEs and SMEs is assumed
proportional to the share of SMEs in each group (i.e. 74% SMEs for B2B platforms and 78% for transport
operators at aggregate level).
Recurrent adjustment costs savings for MDMS platforms
The adjustment costs savings for MDMS platforms due to PM11 in 2028, 2030, 2040 and 2050 relative to
the baseline are provided in the table below. The table also includes a split between the costs savings
corresponding to non-SME MDMS platforms and SMEs.
Table 106: Adjustment costs savings for MDMS platforms due to PM11 in 2028, 2030, 2040 and 2050 relative
to the baseline 2028 2030 2040 2050
Cost savings per new agreement (EUR) 2,000 2,000 2,000 2,000
Cost savings per renegotiated agreement (EUR) 1,183 1,183 1,183 1,183
PO1
New agreements by non-SME platforms (changes relative to the baseline) 0 75 29 0
New agreements by SME platforms (changes relative to the baseline) 0 189 75 0
Renegotiated agreements by non-SME platforms (changes relative to the baseline) 0 50 223 95
Renegotiated agreements by SME platforms (changes relative to the baseline) 0 126 566 240
Total adjustment cost savings for non-SME platforms (million EUR) 0.0 0.2 0.3 0.1
Total adjustment cost savings for SME platforms (million EUR) 0.0 0.5 0.8 0.3
PO2
New agreements by non-SME platforms (changes relative to the baseline) 1,483 276 481 0
New agreements by SME platforms (changes relative to the baseline) 2,642 662 1,158 0
Renegotiated agreements by non-SME platforms (changes relative to the baseline) 494 678 2,281 1,857
Renegotiated agreements by SME platforms (changes relative to the baseline) 881 1,322 5,183 4,141
Total adjustment cost savings for non-SME platforms (million EUR) 3.6 1.4 3.7 2.2
Total adjustment cost savings for SME platforms (million EUR) 6.3 2.9 8.4 4.9
PO3
New agreements by non-SME platforms (changes relative to the baseline) 1,496 276 399 0
New agreements by SME platforms (changes relative to the baseline) 2,642 662 960 0
Renegotiated agreements by non-SME platforms (changes relative to the baseline) 499 660 1,990 1,861
Renegotiated agreements by SME platforms (changes relative to the baseline) 881 1,268 4,467 4,141
Total adjustment cost savings for non-SME platforms (million EUR) 3.6 1.3 3.2 2.2
Total adjustment cost savings for SME platforms (million EUR) 6.3 2.8 7.2 4.9
PO4
New agreements by non-SME platforms (changes relative to the baseline) 2,015 276 440 0
New agreements by SME platforms (changes relative to the baseline) 2,642 662 1,059 0
Renegotiated agreements by non-SME platforms (changes relative to the baseline) 672 667 2,133 1,857
Renegotiated agreements by SME platforms (changes relative to the baseline) 881 1,295 4,825 4,141
Total adjustment cost savings for non-SME platforms (million EUR) 4.8 1.3 3.4 2.2
Total adjustment cost savings for SME platforms (million EUR) 6.3 2.9 7.8 4.9
Source: Ricardo et al. (2026), Impact assessment support study
Expressed as present value over 2028-2050, relative to the baseline, the adjustment costs savings for non-SME
and SME MDMS platforms are provided in the table below.
Table 107: Recurrent adjustment costs savings for MDMS platforms due to PM11, expressed as present value
over 2028-2050 relative to the baseline (in million EUR, 2024 prices) Difference to baseline
PO1 PO2 PO3 PO4
Non-SME MDMS platforms 3.4 42.3 38.4 41.6
197
Difference to baseline
PO1 PO2 PO3 PO4
SME MDMS platforms 8.6 93.7 83.9 88.8
Source: Ricardo et al. (2026), Impact assessment support study
Recurrent adjustment costs savings for transport operators
The adjustment costs savings for transport operators due to PM11 in 2028, 2030, 2040 and 2050 relative to
the baseline are provided in the table below. The table also includes a split between the costs savings
corresponding to non-SME transport operators and SMEs.
Table 108: Adjustment costs savings for transport operators due to PM11 in 2028, 2030, 2040 and 2050
relative to the baseline 2028 2030 2040 2050
Cost savings per new agreement (EUR) 2,000 2,000 2,000 2,000
Cost savings per renegotiated agreement (EUR) 1,183 1,183 1,183 1,183
PO1
New agreements by non-SME operators (changes relative to the baseline) 0 58 23 0
New agreements by SME operators (changes relative to the baseline) 0 206 81 0
Renegotiated agreements by non-SME operators (changes relative to the baseline) 0 39 173 73
Renegotiated agreements by SME operators (changes relative to the baseline) 0 137 616 261
Total adjustment cost savings for non-SME operators (million EUR) 0.0 0.2 0.3 0.1
Total adjustment cost savings for SME operators (million EUR) 0.0 0.6 0.9 0.3
PO2
New agreements by non-SME operators (changes relative to the baseline) 906 206 360 0
New agreements by SME operators (changes relative to the baseline) 3,220 732 1,279 0
Renegotiated agreements by non-SME operators (changes relative to the baseline) 302 439 1,639 1,317
Renegotiated agreements by SME operators (changes relative to the baseline) 1,073 1,561 5,825 4,681
Total adjustment cost savings for non-SME operators (million EUR) 2.2 0.9 2.7 1.6
Total adjustment cost savings for SME operators (million EUR) 7.7 3.3 9.4 5.5
PO3
New agreements by non-SME operators (changes relative to the baseline) 909 206 298 0
New agreements by SME operators (changes relative to the baseline) 3,230 732 1,060 0
Renegotiated agreements by non-SME operators (changes relative to the baseline) 303 423 1,418 1,318
Renegotiated agreements by SME operators (changes relative to the baseline) 1,077 1,505 5,039 4,684
Total adjustment cost savings for non-SME operators (million EUR) 2.2 0.9 2.3 1.6
Total adjustment cost savings for SME operators (million EUR) 7.7 3.2 8.1 5.5
PO4
New agreements by non-SME operators (changes relative to the baseline) 1,023 206 329 0
New agreements by SME operators (changes relative to the baseline) 3,635 732 1,170 0
Renegotiated agreements by non-SME operators (changes relative to the baseline) 341 431 1,528 1,317
Renegotiated agreements by SME operators (changes relative to the baseline) 1,212 1,531 5,430 4,681
Total adjustment cost savings for non-SME operators (million EUR) 2.4 0.9 2.5 1.6
Total adjustment cost savings for SME operators (million EUR) 8.7 3.3 8.8 5.5
Source: Ricardo et al. (2026), Impact assessment support study
Expressed as present value over 2028-2050, relative to the baseline, the adjustment costs savings for non-SME
and SME transport operators are provided in the table below.
Table 109: Recurrent adjustment costs savings for transport operators due to PM11, expressed as present
value over 2028-2050 relative to the baseline (in million EUR, 2024 prices) Difference to baseline
PO1 PO2 PO3 PO4
Non-SME operators 2.6 29.9 26.9 28.6
198
Difference to baseline
PO1 PO2 PO3 PO4
SME operators 9.4 106.2 95.4 101.8
Source: Ricardo et al. (2026), Impact assessment support study
3.3.12. PM12 – Indispensable RUs (RUs with SMP and RUs operating PSO or cross- border
services): must respect principles on distribution fees without imposing restrictive
clauses (exclusivity clauses, marketing clauses and other technical restrictions) when
entering into commercial agreements with MDMS platforms
In PM12, indispensable RUs (with SMP) and all other rail undertakings in relation to PSO and cross- border
services, are obliged to enter into a commercial agreement when requested by an online distribution platform.
When entering a commercial agreement with an online distribution platform, these entities must apply non-
discriminatory and reasonable contract conditions. Beyond, they may not include conditions that would
prevent the online distribution platform to combine their tickets and fares with any other ticket of other RUs,
and which would potentially prevent the platforms to offer single tickets.
Similarly to PM11, PM12 requires adherence to principles on distribution fees and preventing restrictive
practices. In PM12 they apply to agreements entered by RUs with SMP and other large RUs operating PSOs
or international rail services, with MDMS platforms. The same costs savings per new agreement and
renegotiated agreement are assumed as in PM12 and the approach is similar for estimating the recurrent
adjustment costs savings. The distribution of costs savings between non-SME companies and SMEs follows
the share of SMEs within each group (i.e. 7% for PSOs and cross-border RUs, and 56% for B2B and B2C
MDMS platforms).
Recurrent adjustment costs savings for MDMS platforms
The adjustment costs savings for MDMS platforms due to PM12 in 2028, 2030, 2040 and 2050 relative to
the baseline are provided in the table below. The table also includes a split between the costs savings
corresponding to non-SME MDMS platforms and SMEs.
Table 110: Adjustment costs savings for MDMS platforms due to PM12 in 2028, 2030, 2040 and 2050 relative
to the baseline 2028 2030 2040 2050
Cost savings per new agreement (EUR) 2,000 2,000 2,000 2,000
Cost savings per renegotiated agreement (EUR) 1,183 1,183 1,183 1,183
PO1
New agreements made by non-SME platforms (changes relative
to the baseline)
0 9 4 0
New agreements made by SME platforms (changes relative to the
baseline)
0 12 5 0
Renegotiated agreements made by non-SME platforms (changes
relative to the baseline)
0 6 28 12
Renegotiated agreements made by SME platforms (changes
relative to the baseline)
0 8 35 15
Total adjustment cost savings for non-SME platforms (million
EUR)
0.0 0.0 0.0 0.0
Total adjustment cost savings for SME platforms (million EUR) 0.0 0.0 0.1 0.0
PO2
New agreements made by non-SME platforms (changes relative
to the baseline)
210 36 63 0
New agreements made by SME platforms (changes relative to the
baseline)
268 46 80 0
Renegotiated agreements made by non-SME platforms (changes
relative to the baseline)
70 94 304 249
199
2028 2030 2040 2050
Renegotiated agreements made by SME platforms (changes
relative to the baseline)
89 120 388 318
Total adjustment cost savings for non-SME platforms (million
EUR)
0.5 0.2 0.5 0.3
Total adjustment cost savings for SME platforms (million EUR) 0.6 0.2 0.6 0.4
PO3
New agreements made by non-SME platforms (changes relative
to the baseline)
210 36 52 0
New agreements made by SME platforms (changes relative to the
baseline)
268 47 67 0
Renegotiated agreements made by non-SME platforms (changes
relative to the baseline)
70 91 265 249
Renegotiated agreements made by SME platforms (changes
relative to the baseline)
89 117 339 319
Total adjustment cost savings for non-SME platforms (million
EUR)
0.5 0.2 0.4 0.3
Total adjustment cost savings for SME platforms (million EUR) 0.6 0.2 0.5 0.4
PO4
New agreements made by non-SME platforms (changes relative
to the baseline)
217 36 58 0
New agreements made by SME platforms (changes relative to the
baseline)
277 46 74 0
Renegotiated agreements made by non-SME platforms (changes
relative to the baseline)
72 93 284 249
Renegotiated agreements made by SME platforms (changes
relative to the baseline)
92 118 363 318
Total adjustment cost savings for non-SME platforms (million
EUR)
0.5 0.2 0.5 0.3
Total adjustment cost savings for SME platforms (million EUR) 0.7 0.2 0.6 0.4
Source: Ricardo et al. (2026), Impact assessment support study
Expressed as present value over 2028-2050, relative to the baseline, the adjustment costs savings for non-SME
and SME MDMS platforms are provided in the table below.
Table 111: Recurrent adjustment costs savings for MDMS platforms due to PM12, expressed as present
value over 2028-2050 relative to the baseline (in million EUR, 2024 prices) Difference to baseline
PO1 PO2 PO3 PO4
Non-SME MDMS platforms 0.4 5.7 5.2 5.4
SME MDMS platforms 0.5 7.3 6.6 6.9
Source: Ricardo et al. (2026), Impact assessment support study
Recurrent adjustment costs savings for transport operators
The adjustment costs savings for transport operators due to PM12 in 2028, 2030, 2040 and 2050 relative to
the baseline are provided in the table below. The table also includes a split between the costs savings
corresponding to non-SME transport operators and SMEs.
Table 112: Adjustment costs savings for transport operators due to PM12 in 2028, 2030, 2040 and
2050 relative to the baseline 2028 2030 2040 2050
Cost savings per new agreement (EUR) 2,000 2,000 2,000 2,000
Cost savings per renegotiated agreement (EUR) 1,183 1,183 1,183 1,183
PO1
New agreements made by non-SME operators (changes relative to
the baseline)
0 20 8 0
200
2028 2030 2040 2050
New agreements made by SME operators (changes relative to the
baseline)
0 1 0 0
Renegotiated agreements made by non-SME operators (changes
relative to the baseline)
0 13 59 25
Renegotiated agreements made by SME operators (changes
relative to the baseline)
0 1 4 2
Total adjustment cost savings for non-SME operators (million
EUR)
0.0 0.1 0.1 0.0
Total adjustment cost savings for SME operators (million EUR) 0.0 0.0 0.0 0.0
PO2
New agreements made by non-SME operators (changes relative to
the baseline)
449 77 135 0
New agreements made by SME operators (changes relative to the
baseline)
29 5 9 0
Renegotiated agreements made by non-SME operators (changes
relative to the baseline)
150 201 650 534
Renegotiated agreements made by SME operators (changes
relative to the baseline)
10 13 41 34
Total adjustment cost savings for non-SME operators (million
EUR)
1.1 0.4 1.0 0.6
Total adjustment cost savings for SME operators (million EUR) 0.1 0.0 0.1 0.0
PO3
New agreements made by non-SME operators (changes relative to
the baseline)
449 78 112 0
New agreements made by SME operators (changes relative to the
baseline)
29 5 7 0
Renegotiated agreements made by non-SME operators (changes
relative to the baseline)
150 196 568 534
Renegotiated agreements made by SME operators (changes
relative to the baseline)
10 12 36 34
Total adjustment cost savings for non-SME operators (million
EUR)
1.1 0.4 0.9 0.6
Total adjustment cost savings for SME operators (million EUR) 0.1 0.0 0.1 0.0
PO4
New agreements made by non-SME operators (changes relative to
the baseline)
464 78 123 0
New agreements made by SME operators (changes relative to the
baseline)
30 5 8 0
Renegotiated agreements made by non-SME operators (changes
relative to the baseline)
155 198 609 534
Renegotiated agreements made by SME operators (changes
relative to the baseline)
10 13 39 34
Total adjustment cost savings for non-SME operators (million
EUR)
1.1 0.4 1.0 0.6
Total adjustment cost savings for SME operators (million EUR) 0.1 0.0 0.1 0.0
Source: Ricardo et al. (2026), Impact assessment support study
Expressed as present value over 2028-2050, relative to the baseline, the adjustment costs savings for non-SME
and SME transport operators are provided in the table below.
Table 113: Recurrent adjustment costs savings for transport operators due to PM12, expressed as present
value over 2028-2050 relative to the baseline (in million EUR, 2024 prices) Difference to baseline
PO1 PO2 PO3 PO4
Non-SME operators 0.9 12.2 11.0 11.6
SME operators 0.1 0.8 0.7 0.7
Source: Ricardo et al. (2026), Impact assessment support study
201
3.3.13. PM13 – Indispensable RUs (with SMP and operating PSO and cross- border services):
must enter into commercial agreements with willing MDMS platforms to enable the re-
linking, resale and/or distribution of their tickets
PM13 introduces an obligation for indispensable RUs (RUs with SMP and PSO/cross-border RUs) to enter
into commercial agreements with willing ticketing platforms to allow the distribution of their tickets.
Since obligated RUs would not have entered these commercial agreements in the absence of policy
intervention, obligated entities therefore incur costs to facilitate this. Beyond, while costs would also
reasonably be expected for the MDMS platform that wants to display the RUs, as profit-making business that
benefit from economies of scale from the passengers they serve, they would also be expected to generate
revenues that would at least outweigh the costs. If they did not, then the platform would not be ‘willing’ to
enter the agreement.
The measure is expected to result in:
• One-off adjustment costs for indispensable RUs to enter into commercial agreements with willing
MDMS platforms to enable the re-linking, resale and/or distribution of their tickets.
One-off adjustment costs for indispensable RUs
The one-off adjustment costs for indispensable RUs due to PM13 cover two elements: (i) the cost of
negotiating the agreement; and (ii) the cost of facilitating data exchange for distribution.
Indispensable RUs are expected to incur one-off adjustment costs for entering into commercial agreements
with willing MDMS platforms. As regards the costs of negotiating agreements, given that PM11 and PM12
apply in all policy options, principles on distribution fees and terms preventing highly restrictive clauses are
assumed to reduce contract negotiation costs by 10%, leading to an assumed total negotiation cost of EUR
18,000 per agreement. The technical costs for facilitating data exchange for distribution are already accounted
for in the baseline since TSI Telematics354 imposes interoperability requirements in rail. The only additional
cost relevant for PM13 relative to the baseline relates to ensuring that distribution APIs of RUs are ready for
the third party to connect. This is estimated at 10% of setting up an API (as estimated in PM7), or EUR 11,772,
including management of any technical request from the third party connected to the API. These two elements
translate into a total one-off cost of onboarding a new third-party platform estimated at EUR 29,772. Total
one-off costs for indispensable RUs are calculated by multiplying the onboarding cost with the number of
additional agreements negotiated by RUs in PO2, PO3 and PO4 relative to the baseline. The method for
estimating the additional new agreements brought about by PM13 in each year is explained in section 3.1.3 of
Annex 4.
The one-off adjustment costs for indispensable RUs in 2028, 2030, 2040, 2050 in PO2, PO3 and PO4 are
provided in the table below.
Table 114: One-off adjustment costs for indispensable RUs due to PM13 in PO2, PO3 and PO4 in 2028, 2030,
2040 and 2050 relative to the baseline (in million EUR, 2024 prices) 2028 2030 2040 2050
One-off costs per new agreement negotiated by indispensable RUs
(EUR)
29,772 29,772 29,772 29,772
PO2
New agreements by indispensable RUs (changes relative to the baseline) 449 77 135 0
Total one-off adjustment costs for indispensable RUs(million EUR) 13.4 2.3 4.0 0.0
PO3
354 OJ L, 2026/253, 10.2.2026, p. 1.
202
2028 2030 2040 2050
New agreements by indispensable RUs (changes relative to the baseline) 449 78 112 0
Total one-off adjustment costs for indispensable RUs(million EUR) 13.4 2.3 3.3 0.0
PO4
New agreements by indispensable RUs (changes relative to the baseline) 155 198 609 534
Total one-off adjustment costs for indispensable RUs(million EUR) 4.6 5.9 18.1 15.9
Source: Ricardo et al. (2026), Impact assessment support study
Expressed as present value over 2028-2050 relative to the baseline, the total one-off adjustment costs due to
PM13 for indispensable RUs are provided in the table below, by policy option.
Table 115: One-off adjustment costs for indispensable RUs due to PM13 in PO2, PO3 and PO4, expressed as
present value over 2028-2050 relative to the baseline (in million EUR, 2024 prices) Difference to baseline
PO1 PO2 PO3 PO4
One-off adjustment costs 0.0 48.2 42.2 45.2
Source: Ricardo et al. (2026), Impact assessment support study
3.3.14. PM14 – Indispensable RU platforms: must enter into commercial agreements with
willing RUs to enable the distribution of tickets
PM14 introduces an obligation for indispensable RUs platforms (a RU platform is considered indispensable
when it is owned by an indispensable RU and if its IT system is already opened to other RUs) to enter into
commercial agreements with willing RUs to allow the distribution of their tickets.
Since obligated RUs platforms would not have entered these commercial agreements in the absence of policy
intervention, obligated entities therefore incur costs to facilitate this. As in PM13, the cost is assumed to cover
two elements: (i) the cost of negotiating the agreement; and (ii) the cost of facilitating data exchange for
distribution. Beyond, while costs would also reasonably be expected for the RUs that want to enter into
agreement, they would also be expected to generate revenues that would at least outweigh the costs thanks to
an increase in ticket sales. If they did not, then the RU would not be ‘willing’ to enter the agreement.
The measure is expected to result in:
• One-off adjustment costs for indispensable RU platforms to enter into commercial agreements with
willing RUs to enable the distribution of tickets.
One-off adjustment costs for indispensable RUs platforms
Indispensable RU platforms are expected to incur off-costs adjustment costs for entering into commercial
agreements with willing RUs (PM14). As regards the costs of negotiating agreements and the technical costs
related to facilitating data exchange for distribution, the same logic described in PM13 is applied. These two
elements translate into a total one-off cost of onboarding a new third-party platform estimated at EUR 29,772.
Total one-off costs are calculated by multiplying the onboarding cost with the number of additional
agreements negotiated by indispensable RU platforms relative to the baseline in PO3. The method for
estimating the additional new agreements brought about by PM13 in each year is explained in section 3.1.3 of
Annex 4.
The one-off adjustment costs for indispensable RU platforms in 2028 in PO3 are provided in the table below.
Table 116: One-off adjustment costs for indispensable RU platforms due to PM14 in PO3 in 2028, 2030, 2040
and 2050 relative to the baseline 2028 2030 2040 2050
One-off costs per new agreement negotiated by indispensable RU
platforms (EUR)
29,772 29,772 29,772 29,727
203
2028 2030 2040 2050
PO3
New agreements by indispensable RU platforms (changes relative to the
baseline)
13 0 0 0
Total one-off adjustment costs for indispensable RU platforms(million
EUR)
0.4 0.0 0 0
Source: Ricardo et al. (2026), Impact assessment support study
The total one-off adjustment costs due to PM14 for indispensable RU platforms are provided in the table
below for PO3.
Table 117: One-off adjustment costs for indispensable RUs due to PM14 in PO3 relative to the baseline (in
million EUR, 2024 prices) Difference to baseline
PO1 PO2 PO3 PO4
Total one-off adjustment costs 0 0 0.4 0
Source: Ricardo et al. (2026), Impact assessment support study
3.3.15. PM15 – Indispensable RU platforms: must unbundle its distribution system from the
systems of its parent operator
According to PM15, indispensable RU platforms shall unbundle their railway ticket distribution systems from
their railway operations. The platform shall be in organisational, functional, hierarchical and decision-making
terms, legally distinct and independent from any RU.
The measure is expected to result in:
• One-off adjustment costs for indispensable RU platforms to unbundle their distribution system from the
systems of the parent operator.
One-off adjustment costs for indispensable RU platforms
Indispensable RU platforms are expected to incur off-costs adjustment costs for unbundling their distribution
system from the systems of the parent operator in PM15. Unbundling can occur at various levels of intensity:
(i) accounting separation, whereby operator and distribution channels make up one company, but their
accounts are distinct; (ii) organisational separation, whereby operator and distribution channels make up
distinct organisations with one holding company and their account is thus separated; (iii) legal separation,
whereby operator and distribution channels constitute totally distinct organisations. In PM15, organisation
separation (ii) is assumed. The main costs from separation of a distribution channel from its related operator
are therefore expected to be: (i) one-off costs related to reorganisation (including legal and administrative costs
of separation, personnel restructuring, setup costs for new systems and processes for the separated entity, and
contract renegotiations), (ii) recurrent costs (including loss of economies of scale and increased transaction
costs due to co-ordination challenges), and (iii) potential loss of revenue (through loss of cross-selling
opportunities and reduced capacity to offer a seamless customer service).
The estimate of the one-off adjustment costs for indispensable RU platforms to unbundle their distribution
systems draws on a study investigating the costs of vertical separation in the context of owners of rail
infrastructure and the operators of rail rolling stock355. The study estimates that the annual cost of imposing
full ‘legal’ vertical separation on operators across the EU that were not already separated could exceed EUR
5.8 billion. These costs were described as system-level efficiency costs from reduced capacity for co-
355 Mizutani, F., Smith, A., Nash, C., & Uranishi, S. (2014). Comparing the costs of vertical separation, integration,
and intermediate organisational structures in European and East Asian railways (Discussion Paper No. 2014-37).
Graduate School of Business Administration, Kobe University.
204
ordination. This is interpreted as a combination of the one-off and recurrent costs described above and
translated into a purely one-off cost given that limited operational inefficiencies are expected from legal
separation of a distribution channel. According to data from the European Union Agency for Railways'
ERADIS licensing database, there were 176 licensed passenger railway operators active across Europe at the
time of the study. Taking the assumption from the study that 50% of European railway networks had already
imposed vertical separation, this implies that the total costs were spread over approximately 88 passenger rail
operators, yielding an average cost per operator of approximately EUR 85 million annually. A further
assumption was made to reflect that unbundling of a distribution channel is likely to be less costly than full
legal separation of an operator from an infrastructure entity. It is therefore assumed that indispensable RU
platforms would incur only 10% of the assessed cost per operator. This translates into an average cost of
approximately EUR 8.5 million, expressed in 2024 prices. This aligns with input from one stakeholder during
the consultation for this study who claimed that it cost them ‘tens of millions [of euros]’ to setup their existing
distribution channel, so the cost of separation would likely be lower given the distribution channel is already
developed.
The EU-level costs are calculated by multiplying the average one-off cost by the number of indispensable RU
platforms (19 in total). Costs are accounted over the first three years of implementation (2028-2030).
The one-off adjustment costs for indispensable RU platforms in 2028 and 2030 in PO4 are provided in the
table below.
Table 118: One-off adjustment costs for indispensable RU platforms due to PM15 in PO4 in 2028, 2030, 2040
and 2050 relative to the baseline 2028 2030 2040 2050
One-off costs per indispensable RU platform (million EUR) 8.5 8.5
PO4
Number of indispensable RU platforms that incur one-off costs due to
PM15
19 19 0 0
Total one-off adjustment costs (million EUR) 54.1 54.1 0.0 0.0
Source: Ricardo et al. (2026), Impact assessment support study; Note: One-off costs of EUR 54.1 million are also
estimated for 2029 although not shown in the table.
Expressed as present value relative to the baseline, the total one-off adjustment costs due to PM15 for
indispensable RU platforms are provided in the table below for PO4.
Table 119: One-off adjustment costs for indispensable RUs due to PM15 in PO4, expressed as present value
over 2028-2050 relative to the baseline (in million EUR, 2024 prices) Difference to baseline
PO1 PO2 PO3 PO4
Total one-off adjustment costs 0 0 0 157.7
Source: Ricardo et al. (2026), Impact assessment support study
205
3.4. Summary of costs and costs savings by policy option and stakeholder group
This section provides the costs and costs savings by policy option and stakeholder group for 2028, 2030, 2040 and 2050 relative to the baseline. The present value of the
costs and costs savings by stakeholder group over 2028-2050, relative to the baseline, are presented in section 6.1 of the impact assessment.
3.4.1. MDMS platforms
Table 120: One-off and recurrent costs, and costs savings for MDMS platforms in the POs relative to the baseline (EU27), in 2028, 2030, 2040 and 2050, in million
EUR (2024 prices) PO1 PO2 PO3 PO4
2028 2030 2040 2050 2028 2030 2040 2050 2028 2030 2040 2050 2028 2030 2040 2050
Adjustment costs 31.0 3.8 4.1 3.8 31.0 4.7 7.9 5.4 31.4 4.8 7.2 5.4 85.1 58.8 7.5 5.4
PM1 (Neutral display) 4.0 0.5 0.5 0.5 4.0 0.6 1.0 0.7 4.0 0.6 0.9 0.7 4.0 0.6 1.0 0.7
PM2 (Equal care for data) 3.0 0.4 0.4 0.4 3.0 0.5 0.8 0.5 3.0 0.5 0.7 0.5 3.0 0.5 0.7 0.5
PM3 (Marketing and booking data
sharing)
2.3 0.3 0.3 0.3 2.3 0.3 0.6 0.4 2.3 0.4 0.5 0.4 2.3 0.3 0.6 0.4
PM7 (Data for mobility
management)
17.6 2.2 2.3 2.1 17.6 2.7 4.5 3.1 17.6 2.7 4.1 3.1 17.6 2.7 4.3 3.1
PM8 (GHG emission data) 4.1 0.5 0.5 0.5 4.1 0.6 1.0 0.7 4.1 0.6 0.9 0.7 4.1 0.6 1.0 0.7
PM14 (Obligation to host) 0.4 0.0 0.0 0.0
PM15 (Obligation to unbundle) 54.1 54.1 0.0 0.0
Administrative costs 0.5 0.0 0.0 0.0 0.5 0.0 0.0 0.0 0.5 0.0 0.0 0.0 0.5 0.0 0.0 0.0
PM10 (Designation of
indispensable MDMS and RUs)
0.5 0.0 0.0 0.0 0.5 0.0 0.0 0.0 0.5 0.0 0.0 0.0 0.5 0.0 0.0 0.0
Adjustment cost savings 0.0 0.8 1.2 0.4 11.0 4.7 13.2 7.8 11.1 4.6 11.3 7.8 12.3 4.6 12.3 7.8
PM11 (Commercial agreement
rules indispensable MDMS)
0.0 0.7 1.1 0.4 9.9 4.2 12.1 7.1 9.9 4.2 10.4 7.1 11.2 4.2 11.2 7.1
PM12 (Commercial agreement
rules indispensable RUs)
0.0 0.1 0.1 0.0 1.1 0.4 1.1 0.7 1.1 0.4 1.0 0.7 1.2 0.4 1.0 0.7
Net costs (-) or net benefit (+) -31.4 -3.0 -2.9 -3.3 -20.4 0.0 5.3 2.4 -20.8 -0.2 4.1 2.4 -73.2 -54.2 4.7 2.4
Source: Ricardo et al. (2026), Impact assessment support study
206
Table 121: One-off costs for MDMS platforms in the POs relative to the baseline (EU27), in 2028, 2030, 2040 and 2050, in million EUR (2024 prices) PO1 PO2 PO3 PO4
2028 2030 2040 2050 2028 2030 2040 2050 2028 2030 2040 2050 2028 2030 2040 2050
Adjustment costs 31.0 0.7 0.4 0.0 31.0 1.5 2.4 0.0 31.4 1.5 2.0 0.0 85.1 55.6 2.2 0.0
PM1 (Neutral display) 4.0 0.1 0.1 0.0 4.0 0.2 0.3 0.0 4.0 0.2 0.3 0.0 4.0 0.2 0.3 0.0
PM2 (Equal care for data) 3.0 0.1 0.0 0.0 3.0 0.1 0.2 0.0 3.0 0.2 0.2 0.0 3.0 0.1 0.2 0.0
PM3 (Marketing and booking data
sharing)
2.3 0.0 0.0 0.0 2.3 0.1 0.2 0.0 2.3 0.1 0.1 0.0 2.3 0.1 0.2 0.0
PM7 (Data for mobility
management)
17.6 0.4 0.2 0.0 17.6 0.8 1.3 0.0 17.6 0.9 1.1 0.0 17.6 0.8 1.2 0.0
PM8 (GHG emission data) 4.1 0.1 0.1 0.0 4.1 0.2 0.3 0.0 4.1 0.2 0.3 0.0 4.1 0.2 0.3 0.0
PM14 (Obligation to host) 0.4 0.0 0.0 0.0
PM15 (Obligation to unbundle) 54.1 54.1 0.0 0.0
Administrative costs 0.5 0.0 0.0 0.0 0.5 0.0 0.0 0.0 0.5 0.0 0.0 0.0 0.5 0.0 0.0 0.0
PM10 (Designation of
indispensable MDMS and RUs)
0.5 0.0 0.0 0.0 0.5 0.0 0.0 0.0 0.5 0.0 0.0 0.0 0.5 0.0 0.0 0.0
Total one-off costs 31.4 0.7 0.4 0.0 31.4 1.5 2.4 0.0 31.8 1.5 2.0 0.0 85.6 55.6 2.2 0.0
Source: Ricardo et al. (2026), Impact assessment support study
3.4.2. Transport operators
Table 122: One-off costs and costs savings for transport operators in the POs relative to the baseline (EU27), in 2028, 2030, 2040 and 2050, in million EUR (2024
prices) PO1 PO2 PO3 PO4
2028 2030 2040 2050 2028 2030 2040 2050 2028 2030 2040 2050 2028 2030 2040 2050
Adjustment costs 0.0 0.0 0.0 0.0 13.4 2.3 4.0 0.0 13.4 2.3 3.3 0.0 4.6 5.9 18.1 15.9
PM13 (Obligation to share) 13.4 2.3 4.0 0.0 13.4 2.3 3.3 0.0 4.6 5.9 18.1 15.9
Administrative costs 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0
PM10 (Designation of
indispensable MDMS and RUs)
0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0
Adjustment cost savings 0.0 0.8 1.2 0.4 11.0 4.7 13.2 7.8 11.1 4.6 11.3 7.8 12.3 4.6 12.3 7.8
PM11 (Commercial agreement
rules indispensable MDMS)
0.0 0.7 1.1 0.4 9.9 4.2 12.1 7.1 9.9 4.2 10.4 7.1 11.2 4.2 11.2 7.1
207
PO1 PO2 PO3 PO4
2028 2030 2040 2050 2028 2030 2040 2050 2028 2030 2040 2050 2028 2030 2040 2050
PM12 (Commercial agreement
rules indispensable RUs)
0.0 0.1 0.1 0.0 1.1 0.4 1.1 0.7 1.1 0.4 1.0 0.7 1.2 0.4 1.0 0.7
Net costs (-) or net benefit (+) 0.0 0.8 1.2 0.4 -2.3 2.4 9.2 7.8 -2.3 2.2 8.0 7.8 7.7 -1.3 -5.9 -8.1
Source: Ricardo et al. (2026), Impact assessment support study
Table 123: One-off costs for transport operators in the POs relative to the baseline (EU27), in 2028, 2030, 2040 and 2050, in million EUR (2024 prices) PO1 PO2 PO3 PO4
2028 2030 2040 2050 2028 2030 2040 2050 2028 2030 2040 2050 2028 2030 2040 2050
Adjustment costs 0.0 0.0 0.0 0.0 13.4 2.3 4.0 0.0 13.4 2.3 3.3 0.0 4.6 5.9 18.1 15.9
PM13 (Obligation to share) 13.4 2.3 4.0 0.0 13.4 2.3 3.3 0.0 4.6 5.9 18.1 15.9
Administrative costs 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0
PM10 (Designation of
indispensable MDMS and
RUs)
0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0
Total one-off costs 0.0 0.0 0.0 0.0 13.4 2.3 4.0 0.0 13.4 2.3 3.3 0.0 4.6 5.9 18.1 15.9
Source: Ricardo et al. (2026), Impact assessment support study
3.4.3. National authorities
Table 124: One-off and recurrent costs for national authorities in the POs relative to the baseline (EU27), in 2028, 2030, 2040 and 2050, in million EUR (2024 prices) PO1 PO2 PO3 PO4
2028 2030 2040 2050 2028 2030 2040 2050 2028 2030 2040 2050 2028 2030 2040 2050
Enforcement cost 6.1 6.1 6.1 6.1 6.1 6.1 6.1 6.1 6.1 6.1 6.1 6.1 6.1 6.1 6.1 6.1
PM6 (Enforcement authority) 6.1 6.1 6.1 6.1 6.1 6.1 6.1 6.1 6.1 6.1 6.1 6.1 6.1 6.1 6.1 6.1
Administrative costs 4.6 1.5 1.5 1.5 4.6 1.5 1.5 1.5 4.6 1.5 1.5 1.5 4.6 1.5 1.5 1.5
PM6 (Enforcement authority) 1.5 1.5 1.5 1.5 1.5 1.5 1.5 1.5 1.5 1.5 1.5 1.5 1.5 1.5 1.5 1.5
PM10 (Designation of
indispensable MDMS and
RUs)
3.1 0.0 0.0 0.0 3.1 0.0 0.0 0.0 3.1 0.0 0.0 0.0 3.1 0.0 0.0 0.0
Net costs 10.7 7.6 7.6 7.6 10.7 7.6 7.6 7.6 10.7 7.6 7.6 7.6 10.7 7.6 7.6 7.6
Source: Ricardo et al. (2026), Impact assessment support study
208
Table 125: One-off costs for national authorities in the POs relative to the baseline (EU27), in 2028, 2030, 2040 and 2050, in million EUR (2024 prices) PO1 PO2 PO3 PO4
2028 2030 2040 2050 2028 2030 2040 2050 2028 2030 2040 2050 2028 2030 2040 2050
Administrative costs 3.1 0.0 0.0 0.0 3.1 0.0 0.0 0.0 3.1 0.0 0.0 0.0 3.1 0.0 0.0 0.0
PM10 (Designation of
indispensable MDMS and
RUs)
3.1 0.0 0.0 0.0 3.1 0.0 0.0 0.0 3.1 0.0 0.0 0.0 3.1 0.0 0.0 0.0
Total one-off costs 3.1 0.0 0.0 0.0 3.1 0.0 0.0 0.0 3.1 0.0 0.0 0.0 3.1 0.0 0.0 0.0
Source: Ricardo et al. (2026), Impact assessment support study
3.4.4. European Commission
Table 126: Recurrent adjustment costs for the European Commission in the POs relative to the baseline (EU27), in 2028, 2030, 2040 and 2050, in million EUR (2024
prices) PO1 PO2 PO3 PO4
2028 2030 2040 2050 2028 2030 2040 2050 2028 2030 2040 2050 2028 2030 2040 2050
Adjustment costs 0.27 0.37 0.37 0.37 0.27 0.37 0.37 0.37 0.27 0.37 0.37 0.37 0.27 0.37 0.37 0.37
PM6 (Enforcement authority) 0.03 0.13 0.13 0.13 0.03 0.13 0.13 0.13 0.03 0.13 0.13 0.13 0.03 0.13 0.13 0.13
PM10 (Designation of
indispensable MDMS and
RUs)
0.24 0.24 0.24 0.24 0.24 0.24 0.24 0.24 0.24 0.24 0.24 0.24 0.24 0.24 0.24 0.24
Net costs 0.27 0.37 0.37 0.37 0.27 0.37 0.37 0.37 0.27 0.37 0.37 0.37 0.27 0.37 0.37 0.37
Source: Ricardo et al. (2026), Impact assessment support study
209
4. SENSITIVITY ANALYSIS
To acknowledge the uncertainty and test the robustness of the results, sensitivity analysis has been performed:
(i) on the potential modal shift due to the ability to see all offerings on MDMS platforms and the ability to
book all visible travel options on MDMS platforms, and (ii) on the thresholds to identify B2C MDMS
platforms and RUs with SMP.
Sensitivity analysis on the potential modal shift. A ‘low modal shift case’ has been assessed, assuming half
of the potential identified for modal shift due to the ability to see all offerings on MDMS platforms and the
ability to book all visible travel options on MDMS platforms. Therefore, the maximum potential modal shift
in the MPA module has been assumed at 0.85%. The progress towards the maximum in the policy options is
shown in the figure below based on the MPA module results.
Figure 15: Average modal shift in each policy option relative to the maximum potential modal shift in the ‘low
modal shift’ case
Source: Ricardo et al. (2026), Impact assessment support study
The impacts on transport activity due to the changes in modal shift and travel time in the policy options in the
‘low modal shift’ case, based on ASTRA model results, are shown in the table below.
Table 127: Impact on transport activity in passenger-kilometres at EU level (percentage change relative to
the baseline) in the ‘low modal shift’ case % change to baseline
PO1 PO2 PO3 PO4
Car 2030 -0.1% -0.2% -0.2% -0.2%
2040 -0.2% -0.4% -0.6% -0.5%
2050 -0.2% -0.5% -0.7% -0.5%
Coach 2030 0.4% 0.7% 0.9% 0.7%
2040 0.9% 1.5% 1.9% 1.6%
2050 0.9% 1.5% 1.9% 1.6%
Rail 2030 0.6% 1.1% 1.5% 1.2%
2040 1.0% 2.1% 2.8% 2.2%
210
% change to baseline
PO1 PO2 PO3 PO4
2050 1.0% 2.2% 2.8% 2.4%
Air 2030 0.0% -0.1% -0.1% -0.1%
2040 -0.2% -0.4% -0.5% -0.4%
2050 -0.2% -0.6% -0.6% -0.6%
Waterborne 2030 0.0% 0.0% 0.0% 0.0%
2040 0.0% 0.0% 0.0% 0.0%
2050 0.0% 0.0% 0.0% 0.0%
Source: Ricardo et al. (2026), Impact assessment support study
The impacts on external costs savings and efficiency (including external costs savings) are further
compared to the ‘base case’ presented in section 6. The table below shows that this assumption has important
impacts on the external costs savings in the ‘low modal shift case’ relative to the base case. Total external costs
savings, expressed as present value over 2028-2050 relative to the baseline, are 34% lower in the ‘low modal
shift case’ relative to the base case in PO1, 37% lower in PO2, 39% lower in PO3 and 37% lower in PO4.
Table 128: External costs savings in the ‘low modal shift’ case and base case in the POs relative to the baseline
(EU27), expressed as present value over 2028-2050, in million EUR (2024 prices) PO1 PO2 PO3 PO4
Base case
Total external costs savings (in million EUR), of
which:
12,685 25,820 37,329 28,644
CO2 emissions 2,367 4,696 6,778 5,176
Air pollutant emissions 218 455 670 502
Fatalities and injuries 7,606 14,807 21,297 16,470
Road congestion 1,758 4,352 6,438 4,833
Noise emissions 735 1,509 2,146 1,663
Low modal shift case
Total external costs savings (in million EUR), of
which:
8,379 16,255 22,698 17,949
CO2 emissions 1,566 2,975 4,137 3,264
Air pollutant emissions 139 274 389 301
Fatalities and injuries 4,928 9,421 13,087 10,421
Road congestion 1,252 2,616 3,761 2,902
Noise emissions 495 969 1,324 1,061
% change 'low modal shift’ case relative to the base
case
Total external costs savings, of which: -34% -37% -39% -37%
CO2 emissions -34% -37% -39% -37%
Air pollutant emissions -37% -40% -42% -40%
Fatalities and injuries -35% -36% -39% -37%
Road congestion -29% -40% -42% -40%
Noise emissions -33% -36% -38% -36%
Source: Ricardo et al. (2026), Impact assessment support study
Although this assumption has important impacts on the total external costs savings, it is expected to have no
impact on other adjustment costs savings for MDMS platforms and transport operators and on the total costs.
The table below presents the impacts on total benefits (including external costs savings), total costs, net
benefits and benefits to costs ratio by policy option in the base case and ‘low modal shift case’. It shows that
211
all policy options are still expected to result in net benefits in the ‘low modal shift’ case considered. It also
shows that the ranking of the policy options is not expected to change in the ‘low modal shift’ case relative to
the base case estimates.
Table 129: Summary of costs and benefits of policy options, including external costs savings, in the ‘low modal
shift case’ and base case, expressed as present value over 2028-2050 compared to the baseline (in million
EUR, 2024 prices) PO1 PO2 PO3 PO4
Base case
Total costs 234 317 306 469
Total benefits, of which: 12,711 26,118 37,597 28,930
Adjustment costs savings for MDMS platforms and
transport operators
26 298 268 285
External costs savings 12,685 25,820 37,329 28,644
Net benefits 12,477 25,801 37,291 28,461
Benefits to costs ratio 54 82 123 62
Low modal shift case
Total costs 234 317 306 469
Total benefits, of which: 8,405 16,553 22,966 18,234
Adjustment costs savings for MDMS platforms and
transport operators
26 298 268 285
External costs savings 8,379 16,255 22,698 17,949
Net benefits 8,171 16,236 22,660 17,766
Benefits to costs ratio 36 52 75 39
Source: Ricardo et al. (2026), Impact assessment support study
Sensitivity analysis on the thresholds to identify B2C MDMS platforms and RUs with SMP. A ‘low
SMP threshold’ case has been assessed, assuming that the EU level SMP threshold is lowered from 10% to
5%. This would bring three additional OTAs into scope as indispensable MDMS (Etraveli group,
Booking.com, Trip.com Group). The impacts on costs and costs savings are further compared to the base case
presented in section 6.
The ‘low SMP threshold’ case results in three more platforms needing to submit information to national
authorities (PM10), leading to some additional administrative costs (EUR 0.8 million one-off administrative
costs in the ‘low SMP threshold’ case in all POs relative to EUR 0.5 million in the base case). It also requires
more platforms to comply with commercial agreement rules for indispensable MDMS (PM11), leading to
additional cost savings for MDMS platforms and transport operators relative to the base case (3% higher
adjustment costs savings in PO1 and 6% higher adjustment costs savings in PO2, PO3 and PO4 relative to the
base case, expressed as present value over 2028-2050) as shown in the table below.
Table 130: Administrative costs and adjustment costs savings for MDMS platforms and transport operators
due to PM10 and PM11 in the ‘low SMP threshold’ case and base case in the POs relative to the baseline
(EU27), expressed as present value over 2028-2050, in million EUR (2024 prices) PO1 PO2 PO3 PO4
Base case
MDMS platforms
Administrative costs for the designation of indispensable
MDMS and Rus (PM10)
0.5 0.5 0.5 0.5
Adjustment cost savings for commercial agreement rules for
indispensable MDMS (PM11)
12.0 136.1 122.3 130.4
Transport operators
Adjustment cost savings for commercial agreement rules for
indispensable MDMS (PM11)
12.0 136.1 122.3 130.4
Low SMP threshold case
212
PO1 PO2 PO3 PO4
MDMS platforms
Administrative costs for the designation of indispensable
MDMS and Rus (PM10)
0.8 0.8 0.8 0.8
Adjustment cost savings for commercial agreement rules for
indispensable MDMS (PM11)
12.4 144.2 129.8 138.3
Transport operators
Adjustment cost savings for commercial agreement rules for
indispensable MDMS (PM11)
12.4 144.2 129.8 138.3
% change 'low SMP threshold case' relative to the base case
MDMS platforms
Administrative costs for the designation of indispensable
MDMS and Rus (PM10)
75% 75% 75% 75%
Adjustment cost savings for commercial agreement rules for
indispensable MDMS (PM11)
3% 6% 6% 6%
Transport operators
Adjustment cost savings for commercial agreement rules for
indispensable MDMS (PM11)
3% 6% 6% 6%
Source: Ricardo et al. (2026), Impact assessment support study
The table below shows the impacts on total benefits (including external costs savings), total costs, net
benefits and benefits to costs ratio by policy option in the base case and ‘low SMP threshold’ case. It shows
that all policy options are still expected to result in net benefits in the ‘low SMP threshold’ case considered. It
also shows that the ranking of the policy options is not expected to change in the ‘low SMP threshold’ case
relative to the base case estimates.
Table 131: Summary of costs and benefits of policy options, including external costs savings, in the ‘low SMP
threshold’ case and base case, expressed as present value over 2028-2050 compared to the baseline (in million
EUR, 2024 prices) PO1 PO2 PO3 PO4
Base case
Total costs 234.1 317.0 305.6 468.6
Total benefits 12,710.7 26,117.9 37,596.7 28,929.8
Net benefits 12,476.7 25,800.9 37,291.1 28,461.3
Benefits to costs ratio 54.3 82.4 123.0 61.7
Low SMP threshold case
Total costs 234.4 317.3 306.0 468.9
Total benefits 12,711.5 26,134.2 37,611.9 28,945.6
Net benefits 12,477.0 25,816.9 37,305.9 28,476.6
Benefits to costs ratio 54.2 82.4 122.9 61.7
Source: Ricardo et al. (2026), Impact assessment support study
213
ANNEX 5: COMPETITIVENESS CHECK
1. Overview of impacts on competitiveness
Dimensions of Competitiveness Impact of the initiative
(++ / + / 0 / - / -- / n.a.)
References to sub-sections of the main
report or annexes
Cost and price competitiveness + Sections 6.1.1, 6.1.2 and 6.1.7
International competitiveness 0 Section 6.1.7
Capacity to innovate + Section 6.1.9
SME competitiveness + Section 6.1.5, 6.1.7 and Annex 6
2. Synthetic assessment
Cost and price competitiveness
For MDMS platforms, as explained in section 6.1.1, the preferred policy option (PO3) is expected to lead to
adjustment costs and some limited administrative costs. Total costs, expressed as present value over 2028-
2050 relative to the baseline, are estimated at EUR 122.7 million. At the same time, the streamlined negotiation
processes (PM11 and PM12) deliver significant adjustment costs savings (EUR 134 million) in synergy with
other measures that increase the number of new and renegotiated commercial agreements that benefit of the
streamlined processes. Overall, PO3 leads to net benefits of EUR 11.3 million, expressed as present value over
2028-2050 relative to the baseline.
For transport operators, as explained in section 6.1.2, PO3 is expected to lead to adjustment costs related to
the obligation to share and to very limited administrative costs for the designation of indispensable RUs. Total
costs, expressed as present value over 2028-2050 relative to the baseline, are estimated at EUR 42.2 million.
The streamlined negotiation processes (PM11 and PM12) deliver adjustment costs savings that outweigh the
costs (EUR 134 million). Net benefits for transport operators, expressed as present value over 2028-2050
relative to the baseline, are estimated at EUR 91.8 million in PO3.
By reducing search and booking frictions and improving the visibility of transport offers, the preferred policy
option enhances the efficiency of the rail and multimodal transport sectors, strengthening the competitive
position of rail and coach services within the multimodal passenger transport market. Improved integration of
rail services in MDMS platforms increases the attractiveness of rail-based itineraries relative to car-only or
aviation trips.
PO3 results in an increase in rail and coach activity relative to the baseline, reflecting improved supply-demand
matching and reduced transaction costs. The entire economy is likely to benefit from these developments since
transport represents a significant share of household expenditure and is a critical input for many economic
sectors, notably tourism. A better functioning of the transport sector would free resources for additional
consumption and investment. This might result in knock-on effects throughout the entire economy in the long
term, leveraging the initial impact on the transport sector.
International competitiveness
The preferred policy option equally applies to EU and non-EU platforms when operating within the EU market
and does not differentiate by nationality. It therefore does not introduce trade distortions. The impact on
international competitiveness is expected to be neutral. The economic effects are confined to improving
efficiency and performance within the EU passenger transport market.
214
Capacity to innovate
The capacity of MDMS platforms to innovate and develop more integrated, user-friendly, and competitive
solutions depends on their ability to distribute a wide offer of services for a sufficiently large number of
transport operators. The preferred option is expected to have the biggest impact on innovation as it best
addresses the key barriers of access to tickets and creates greater transparency and equitable conditions on all
MDMS platforms. As platforms can no longer rely on preferential access to ticket offers, they are expected to
compete more vigorously on aspects like completeness of ticketing offer, ease of search and user experience,
customer care, and additional services. This also creates visibility for and incentivises new entrants in the rail
services market, enabling them to innovate and compete with establish railway undertakings.
SME competitiveness
Adjustment costs savings for SME MDMS platforms. SME MDMS platforms will benefit from adjustment
cost savings linked to the introduction of commercial agreement rules (PM11 and PM12). The costs savings
are estimated at EUR 90.5 million, expressed as present value over 2028-2050, due to the synergies with
PM13 (obligation to share) and PM14 (obligation to host) that lead to higher number of new and renegotiated
commercial agreements relative to the baseline.
Adjustment costs savings for SME transport operators.As for SME MDMS platforms, SME transport
operators will also benefit from the introduction of commercial agreement rules for indispensable MDMS
platforms (PM11) and indispensable RUs (PM12). The adjustment costs savings for SME transport operators,
expressed as present value over 2028-2050 relative to the baseline, are estimates at EUR 96.1 million.
SMEs would also benefit from better market conditions: creating a level playing field for all stakeholders
could be particularly beneficial for small businesses or start-ups. New entrant SMEs in the rail transport market
would particularly benefit from the obligation for indispensable RU platforms to enter into commercial
agreement with willing RUs (PM14). New entrant RUs face the problem of how to establish their brand and
typically must resort to costly advertising campaigns, which can be prohibitive for SMEs. PM14 would allow
them to benefit from indispensable RU platforms’ brand visibility and reach immediately the very high share
of customers that use those platforms. In addition, the prohibition of restrictive contractual clauses by
indispensable RUs and indispensable MDMS platforms and the introduction of fairer distribution fee
principles (PM11 and PM12) would facilitate agreements between platforms and operators, directly
targeting gatekeeping behaviour, curbing anti-competitive practices, and enhancing transparency and fairness.
This would therefore greatly support smaller MDMSs and operators in concluding contractual agreements
with players benefiting from a strategic position in the market.
3. Competitive position of the most affected sectors
The passenger rail sector will be most affected by the present initiative. The table below presents the value
added for the EU economy356, including for the EU transport and storage sector between 2021 and 2023. The
passenger rail transport sector357 provides around 0.3% of the total value added of all industry, construction
and market services and around 5% of the EU value added of the transport and storage sector (5.5% in 2023).
Table 132:Value added for the EU economy, including for the EU transport and storage sector, between 2021
and 2023 (EUR million, in current prices) 2021 2022 2023
Industry, construction and market services [B-S_X_O_S94]* 9,342,087 10,061,373 10,459,844
Transportation and storage [H] 527,710 642,710 597,797
Land transport and transport via pipelines [H49] 226,316 257,300 264,687
Passenger rail transport, interurban [H491]26,500** 30,793 32,961
356 Except public administration and defence, compulsory social security, activities of membership organisations. 357 The rail supply industry is not covered as it is outside of the scope of this initiative.
215
2021 2022 2023
Other passenger land transport [H493]53,619 63,548 64,410
Water transport [H50]NA NA NA
Sea and coastal passenger water transport [H501]3,555 5,811 8,379
Inland waterway water transport [H503]776 1,200** 1,485
Air transport [H51]18,040 34,591 38,782
Passenger air transport [H511]9,713 27,360 35,500**
Source: Eurostat. Enterprises by detailed NACE Rev. 2 activity and special aggregates) [sbs_sc_ovw]; *Except public
administration and defence, compulsory social security, activities of membership organisations; **Data is estimated.
Notes: Data for NACE activity H50 is confidential. Data for NACE activity 493 includes both urban and interurban.
The number of persons employed in the EU, including in the EU transport and storage sector, between 2021
and 2024 is presented in the table below. Passenger rail transport sector represents around 4% of the total
persons employed in the transport and storage sector (4.1% in 2024) and around 0.3% of the total persons
employed in the EU economy.
Table 133: Persons employed in the EU economy, including for the EU transport and storage sector, between
2021 and 2024 2021 2022 2023 2024p
Industry, construction and market services [B-
S_X_O_S94]* 156,098,847 160,424,218 162,151,763 164,201,284
Transportation and storage [H] 10,182,182 10,378,086 10,312,819 10,428,331
Land transport and transport via pipelines [H49] 5,665,572 5,786,379 5,740,560 5,845,347
Passenger rail transport, interurban [H491]425,873 410,759 413,384 429,157
Other passenger land transport [H493]1,684,537 1,780,962 1,720,000** 1,804,786
Water transport [H50]182,034 192,036 209,102 208,821
Sea and coastal passenger water transport
[H501]73,292 79,447 84,616 87,445
Inland waterway water transport [H503]18,436 20,049 23,713 24,300
Air transport [H51]281,162 281,000** 301,492 300,000
Passenger air transport [H511]254,865 256,285 276,066 NA
Source: Eurostat. Enterprises by detailed NACE Rev. 2 activity and special aggregates) [sbs_sc_ovw]; *Except public
administration and defence, compulsory social security, activities of membership organisations; ** Data is estimated; pdata is provisional. Notes: Data for NACE activity H5111 is confidential. Data for NACE activity H501 includes urban
and interurban.
The preferred policy option directly addresses some of the key issues hampering the rail sector’s
competitiveness. As explained in section 2.2.4, the key position of incumbent railway undertakings on both
the transport services market and on the ticket distribution market gives them the opportunity to block
competitors entering either of these markets. PO3 addresses in a targeted way this double gatekeeper position.
Firstly, PO3 provide independent ticket platforms the opportunity to access rail tickets and rail fares that were
either inaccessible for them or only against unattractive conditions. This allows them to compete with the
vertically integrated ticketing platforms of incumbent railway undertakings, providing consumers a wider
choice of online places where they can buy the most convenient rail tickets at the best fares. Greater
competition among platforms will also apply downward pressure on the platforms’ fees. This will increase
customers’ chances of finding the product that best matches their needs in terms of connections, timing and
price, thereby increasing the attractiveness of rail. For consumers, the increased availability of tickets and
tariffs in a single place, or rather, several single places, also implies a reduction in transaction costs compared
to the current situation, as they will not have to consult multiple websites to find comparable offers or to
combine attractive tickets from multiple websites in case of a multi-operator trip.
216
Secondly, PO3 provide competing RU the opportunity to access dominant ticket distribution channels owned
by incumbent railway undertakings, increasing their visibility to consumers. This will not only have the effect
of providing to new-entrant railway undertakings access to a much larger customer base, potentially reducing
their need for advertising expenditure, but will also allow direct comparison of offers and prices, thereby
increasing significantly competition in the passenger railway services market. In addition, access to investors’
money for new-entrant railway undertakings will improve, as they can now present an increased likelihood of
steady revenues, having access to dominant sales channels. Increased competition (and even anticipated
competition) is expected to lead to lower ticket prices, increased service frequencies and increased innovation,
all benefitting the consumer. This in turn significantly improves the competitive position of rail travel vis-à-
vis other modes of transport, as shown by shifts in modal shares on high-speed connections where competition
was introduced. Furthermore, increased competitive pressure is expected to lead to efficiency gains in the
organisation and activities of incumbent operators that enjoyed decades of monopoly in the rail sector.
217
ANNEX 6: SME CHECK
Overview of impacts on SMEs
Relevance for SMEs
The initiatives subject to this impact assessment are considered relevant for SMEs, although the SMEs are
only indirectly affected. The initiatives have not been selected in the SME filter358.
(1) Identification of affected businesses and assessment of relevance
Are SMEs directly affected? In which sectors?
No. SMEs are out of scope of the initiatives, hence no requirement outlined in the preferred policy option
affects directly SMEs.
In rail, for requirements that fall upon railway undertakings with significant market presence and
on their ticketing platforms, the relevant threshold that is applied (50% of a domestic rail services
market to qualify as having significant market presence) is such, that any currently existing
company meeting the threshold would be significant bigger than an SME. That a railway
undertaking SME reaches this threshold in the future is also very unlikely as only a company with
a significant turnover could hold at least 50% of the domestic railway market even in small EU
countries.
Estimated number of directly affected SMEs
-
Estimated number of employees in directly affected SMEs
-
Are SMEs indirectly affected? In which sectors? What is the estimated number of indirectly affected
SMEs and employees?
Yes, SMEs are expected to be indirectly affected by the preferred policy option.
Sectors affected: SME MDMS platforms and SME transport operators are expected to be indirectly affected
by the preferred policy option.
Estimated number of most affected SMEs:
For transport operators, across the EU, 3,211 coach operators, 9 RUs and 518 maritime transport operators
are SMEs (see section 2.2.3 of Annex 4). No air carriers qualify as SME. In the preferred policy option, all
SME transport operators (3,738) are indirectly affected by the commercial agreement rules for
indispensable MDMS (PM11) and 9 SME RUs by the commercial agreement rules for indispensable RU
(PM12).
For SME MDMS platforms, desk research on both B2C and B2B markets in the context of the impact
assessment support study suggests that 189 SME MDMS platforms are active throughout the EU. All of
them are expected to be indirectly affected by the commercial agreement rules for indispensable RUs
(PM12) and 72 of them in 2028 by the commercial agreement rules for indispensable MDMS (PM11).
(2) Consultation of SME stakeholders
How has the input from the SME community been taken into consideration?
358 https://ec.europa.eu/docsroom/documents/63274
218
Stakeholder consultations gathered inputs of small businesses indirectly affected by the initiatives (SME
transport operators, but also of SME MDMS platforms (both in the B2C and B2B sector)). Their input has
been gathered through interviews, the targeted survey and the OPC.
Are SMEs’ views different from those of large businesses?
Yes, the views of SMEs did vary compared to those of large businesses, viewing the identified problems as
more significant and the policy measures as more effective than when looking at the broader respondent
pool in the targeted survey, interviews, and OPC.
In the OPC, SMEs agreed more to the fact that Fair access for all operators to relevant multimodal digital
mobility services is not granted. Across all respondents, the average level of agreement was between
somewhat agree and fully agree (4.27)359, indicating that the majority of respondents perceive that fair
access is not fully ensured. SMEs rated this even higher, closer to fully agree (4.68), suggesting that SME
operators perceive this issue as an even more significant limitation compared to the broader
respondent pool.
Additionally, the OPC outlined how SMEs favoured more binding rules than other respondents. When
answering whether they believed that the initiatives objective could be achieved by non-binding guidance
or recommendations, the average level of agreement was between neutral and somewhat agree (3.58),
indicating a moderate level of support for non-binding guidance as a way to achieve the initiative’s
objectives. SMEs, however, rated this lower, closer to somewhat agree (3.02), showing that smaller players
see non-binding guidance as a less effective approach compared with the broader respondent pool.
In rail, the views of new entrant railway undertakings differed clearly from those of indispensable
RUs. The former expressed clear support for the initiative, while the latter clearly opposed the
measures. The ability for new entrants to access incumbents’ sales channels was perceived to be of
“paramount importance” for a SME rail entrant interviewed. In particular, an SME RU argued during the
interview that incumbent sales channels should be regarded as public property, accessible to any company.
In this sense PM13, PM14 and PM15 were particularly well received, as ensuring the availability of their
offers on key rail platforms. The obligation for indispensable RUs to share their offer to requesting MDMS
platforms (PM13) is positively perceived, as it would “enable third party platforms to offer complete
journeys for customers who want to use (their) trains as part of their journeys”360. The obligation for
indispensable RUs to enter into commercial agreement with willing RUs to enable the sales of tickets
(PM14) was believed by All Rail to potentially “doubling the modal shift of rail for long-distance travels”.
The requirement for indispensable RU platforms to unbundle from their parent company (PM15) was seen
as a “game changer” by the new entrant industry association All Rail (which includes SMEs), securing new
entrants’ visibility on key platforms and supported by all new entrant rail operators surveyed. On the
contrary, indispensable RUs were strongly opposed to these measures, perceiving them as ineffective,
interfering with their commercial freedom. In particular PM13, PM14 and PM15 were perceived as too
interventionist, with 4 out of 5 indispensable RUs surveyed perceiving each of these PMs ineffective,
potentially creating administrative burden and potentially increasing ticket price and increasing market
concentration.
For MDMS platforms, the views of SMEs compared to non-SME MDMS platforms did not substantially
vary, although SMEs tend to agree to a larger extent with the problems and policy measures. During the
targeted survey and interviews, both outlined the difficulties in concluding commercial agreements on
fair terms with large carriers and welcomed the introduction of principles to ensure fair commercial
agreements. In that sense, an SME MSE outlined in an interview the need to “promote cooperation
359 A score of 5 represents that all respondents have fully agreed, a score of 4 that respondents on average have
indicated somewhat agree, a score of 3 indicates on average neutral views. 360 Statement formulated by an SME new entrant RU during their interview.
219
between actors”. An SME CRS outlined how “creating standardized commercial agreements is crucial to
improving MDMS functionality” while 2 MDMS industry associations representing large MDMSs (ADN
Mobilités and EUTT) outlined that implementing explicit FRAND principles applied to transport operators
would be beneficial to enable transparency and efficiency within the ecosystem. However, it must be noted
that large MDMS platforms tend to question the effectiveness of imposing principles on distribution fees
and rules forbidding highly restrictive clauses on indispensable MDMS platforms (PM11), as they claim
they would have no incentive to block access to their platform. SME MDMS did not make such allegations
in the survey and seem more attached to the introduction of fair principles overall. In the OPC, this
aspect was ranked higher than average by SMEs, indicating that in their view this is a more important
priority than for the broader respondent group.
(3) Assessment of impacts on SMEs361
What are the estimated direct costs for SMEs of the preferred policy option?
Qualitative assessment
-
Quantitative assessment
There are no direct impacts associated to the preferred policy option.
What are the estimated direct benefits/cost savings for SMEs of the preferred policy option?
Qualitative assessment
There are no direct impacts associated to the preferred policy option.
Quantitative assessment
There are no direct impacts associated to the preferred policy option.
What are the indirect impacts of this initiative on SMEs?
While not directly affected by the preferred policy option (PO3), SME MDMS platforms and SME
transport operators will indirectly benefit from the measures implemented. In this sense, an MDMS
platform stated in the targeted survey that they “do not expect these measures to increase costs for SMEs.
In fact, especially the measures aimed to support independent MDMS will increase revenue opportunities
for SMEs in all sectors involved”.
As described in section 6.1.5, PO3 will allow SME transport operators and SME MDMS platforms to
conclude commercial agreements on fair terms with indispensable MDMS platforms (PM11) and
indispensable RUs (PM12), streamlining negotiation processes. Thus, the adjustment costs savings in PO3
are estimated at EUR 90.5 million for SME MDMS platforms and EUR 96.1 million for SME
transport operators, expressed as present value over 2028-2050 relative to the baseline. SME MDMS
platform Dohop stated in an interview that “SMEs are typically the entities that are currently suffering from
the imbalance of power” and would therefore directly benefit from these measures.
(4) Minimising negative impacts on SMEs
Are SMEs disproportionately affected compared to large companies?
SMEs are out of scope of PO3 and they only indirectly benefit of costs savings.
If yes, are there any specific subgroups of SMEs more exposed than others?
361 The costs and benefits data in this annex are consistent with the data in Annex 3.
220
No
Have mitigating measures been included in the preferred option/proposal?
SMEs are out of scope of PO3 and they only indirectly benefit of costs savings.
Contribution to the 35% burden reduction target for SMEs
Are there any administrative cost savings relevant for the 35% burden reduction target for
SMEs?
No, there are no administrative costs savings or administrative costs for SMEs.
221
ANNEX 7: DISCARDED POLICY MEASURES
During the impact assessment process, a number of possible policy measures have been discussed with the key
stakeholders and finally discarded, as explained below.
Table 134: Discarded policy measures and the reason for discarding them Discarded policy
measure
Short description Reason for discarding
Remove the neutral
display requirement
for CRS
Remove the obligation coming from
Article 5 of the CRS Code of Conduct,
obliging CRS to follow certain display
principles.
This obligation is still relevant since it helps enhance
comparability and provides end-users with better informed
choices. Importantly, this measure helps ensure a level
playing field to different transport operators on CRS.
Remove
requirement
ensuring that
operators provide
accurate data
Remove the obligation coming from
Article 9 of the CRS Code of Conduct
obliging transport operators to provide
MDMS platforms with data that is
correct, accurate and complete. This
obligation is linked to the neutral display
obligation, as inaccurate data would
prevent MDMS platforms from offering
an unbiased display to subscribers (travel
agents and TMCs) and end-users.
This obligation is still relevant to ensure that MDMS can
comply with the neutral display requirement, in particular
given the extension of the neutral display to include
additional ranking criteria (e.g. GHG emissions).
Remove requirements
for fair treatment of
subscribers
This measure would remove the
protections in favour of subscribers
(travel agents and travel management
companies) in commercial relationship
with CRSs, also with reference to MIDT
data. MIDT data consist of any marketing,
booking and sales data held by CRS
providers. These data may be made
available by CRS providers provided that
such data are offered with equal
timeliness and on a non-discriminatory
basis to all participating operators.
This obligation is still relevant for subscribers protecting
them from potential unfair and unjustified conditions being
imposed by CRSs and using the MIDT data to influence travel
agents. carriers, including parent carriers.
Remove information
on banned airlines and
rules on equivalent
treatment of EU
airlines (for all B2B
MDMS operating in
3rd countries)
This measure would remove the
obligations to inform about airlines
subject to an operating ban and to ensure
equivalent treatment of EU airlines when
the MDMS operates in third countries.
The requirements that MDMS provide information on airlines
subject to an operating ban within the EU and ensure equivalent
treatment of EU airlines when the MDMS operates in third
countries, are still relevant. The first rule ensures that ticket
sellers can comply with the obligation to provide this
information to passengers as requested by Regulation (EC)
No 2111/2005. The second rule allows equivalent treatment of
EU carriers by third country CRSs. If a third country CRS does
not treat equally an EU carrier the Commission can ask EU
CRSs to treat in an equivalent manner non-EU carriers.
Remove the
enforcement rules of
the Regulation on
CRS. This is subject
to all other
competition-related
provisions being
repealed
This measure would remove procedures
ensuring that the obligations imposed by
CRS Code of Conduct (including
protections for subscribers and transport
operators) are properly enforced.
This measure has been discarded, as it remains relevant to retain
certain enforcement powers for the MDMS initiative overall.
These powers will be delegated to national enforcement
authorities and coordinated at the EU level through a newly
established enforcement network, ensuring consistent
enforcement across the EU.
222
Discarded policy
measure
Short description Reason for discarding
Obligation for the EC
to settle disputes
between parties.
Obligation for the Commission to directly
settle disputes between parties, which
could arise from PM11 to 16.
This measure has been discarded because ensuring enforcement
at the EU level would be less cost-efficient. Many national
enforcement authorities already exist and could undertake these
tasks, particularly rail regulators, competition authorities and
those established to enforce provisions under the Data Act.
Reporting obligation
for operators and
MDMS to assess their
indispensability
Obligation for operators and MDMS to
report on their market share.
This measure has been discarded as a notification mechanism,
as foreseen in PM10is more efficient for designation
authorities, for RUs and for MDMS platforms. Beyond
notification reporting obligation is also foreseen and taken into
account in PM10 in the context of the RMMS.
Remove the ban on
unfair conditions in
CRS-airline contracts
which restrict airline’s
ability to use of
alternative
distribution systems
Removes the provision coming from
Article 3 of the CRS Code of Conduct,
which protects transport operators from
unfair and unjustified conditions that are
imposed when they enter commercial
agreements with CRSs.
This measure does not sufficiently address the specific
objectives and in particular SO2. This provision is still relevant
to address the imbalance between parties, in particular relevant
for small carriers, and ensure effective and fair competition
between different sized carriers when they access and use CRSs
and other MDMS with SMP.
Applies to all MDMS
providers: obligation
to enter into
commercial
agreements with
willing transport
operators (active
within the
geographical and
modal scope covered
by the MDMS) to
enable re-linking
and/or the sale of
tickets
An obligation on all MDMS providers
(regardless of their market presence) to
enter into commercial agreements with
willing transport operators to enable to the
sale of tickets.
This measure is not considered proportionate as it imposes an
obligation on all MDMS platforms, regardless of their market
presence or mode. The PM14 offers a more targeted approach,
focussing on indispensable RU platforms as we have identified
that the refusal to integrate lies specifically with those
platforms.
Support voluntary
commitment of
MDMS to align with
Sustainable Urban
Mobility Plans and
include active modes
of transport (walking
and cycling) for the
first/last leg of a trip
(guidelines to be
developed by a
Commission expert
group)
Support MDMS to align with SUMPs via
the development of guidelines.
This measure is not in scope of the initiative, which focuses on
platforms selling regional and long-distance transport services.
MDMS will be
obliged to align with
Sustainable Urban
Mobility Plans and
include active modes
of transport (walking
and cycling) in search
results for first/last leg
of a trip and
connections
Obligation for MDMS to align with SUMPs This measure is not in scope of the initiative, which focuses on
platforms selling regional and long-distance transport services.
Support MDMS to Support MDMS to share information on This measure is not considered effective, also in the context of
223
Discarded policy
measure
Short description Reason for discarding
share information on
GHG emissions of
trips voluntarily
(guidelines to be
developed by a
Commission expert
group)
GHG via the development of guidelines. exisiting legal frameworks (Count Emmission Eu / FEL) to
display GHG.
The rail sector should
agree on rules for rail
journey continuation
based on certain
requirements by a
given date: open to
the public, reliable for
passengers and
MDMS and covering
all rail services. If no
agreement is found,
the EC sets in
legislation rules for
rail journey
continuation with the
same operator with
whom the original
ticket had been
purchased
Rail sector to agree on journey continuation
rules.
This measure is not in scope of the initiative, additional
measures are considered in the context of the targeted revision
of the Rail Passenger Right Regulation.
The MDMS
legislation sets out
basic rules for rail
journey continuation
with any operator and
specific modalities
can be regulated by
sector agreement or
by implementing
legislation
Basic rules for journey continuation in
legislation.
This measure is not in scope of the initiative, additional
measures are considered in the context of the targeted revision
of the Rail Passenger Right Regulation
The sector should
agree on the use of
multimodal booking
API standards by a
given date (otherwise
EC to impose through
legislation) – to be
used when there is a
commercial
agreement
Sector to agree on API standards for
distribution.
API standards have been developed in the context of the
implementing legislation on TAP-TSI362 – no need for legal
duplication.
Booking API
standards set in
legislation for all new
MDMS agreements if
requested by either of
the participating
parties
API standards for distribution are set in
legislation.
API standards have been developed in the context of the
implementing legislation on TAP-TSI363 - no need for legal
duplication.
362 OJ L, 2026/253, 10.2.2026, p. 1. 363 OJ L, 2026/253, 10.2.2026, p. 1.
224
225
ANNEX 8: RETAINED POLICY MEASURES
This annex presents the policy measures that have been retained to be included in policy options. SMEs are not subject to any of the Policy Measures listed below.
Table 135: Retained policy measures, link with specific objective and problem driver and description of the policy measures
Policy measure Specific
Objective
Problem
Driver Description
Policy measures common to all options
PM 1 – Obligation for all MDMS
platforms to apply neutral display
obligations and for transport operators
(in all modes) to ensure that the data they
submit are accurate
SO1
PD2
All MDMS platforms (B2B and B2C) when displaying travel options, shall, by
default, rank them based on one or more of the minimum criteria set in
legislation (e.g. final price, travel time, greenhouse gas emissions). Such
obligation would still allow B2C MDMS platforms to gain revenue from
advertisement, since they can still accept payment by transport operators for
them to be prominently displayed. However, this cannot be a default ranking
criterion and can only be displayed if selected by the end user and be clearly
indicated as “the best option for”. In addition, transport operators shall ensure
the data they submit to MDMS providers are accurate, up to date and allow the
MDMS platform to respect the neutral display rules.
It should be noted that this PM retains, updates and extends the neutral display
obligations, and the obligation to submit accurate data, respectively set out in
Article 5 and 9 of the CRS Code of Conduct (which is repealed). In the CRS
Code of Conduct this measure is limited to CRS, with PM1 it will be extended
to all B2B and B2C MDMS, except for SMEs. The neutral display rules have
fostered competition between different sized air carriers and continue to play
an essential role in preventing discrimination and present offers in unbiased
manner also protecting consumer interest. As explained in Chapter 2, it is
essential to extend these rules to all MDMS – in order to ensure a level playing
field in the distribution market – and to the other modes of transport, in
particular for rail where commercial incentives to promote certain RUs is
particularly visible. The extension of these rules will help boost competition
between new entrants and rail incumbents and ensure that consumer choice is
226
Policy measure Specific
Objective
Problem
Driver Description
based on unbiased display of travel options. Compared to Article 5 of the CRS
Code of Conduct, new ranking criteria will be added as minimum mandatory
criteria and display rules will allow for more flexibility compared to the current
principal display. Since neutral display obligations are extended to all transport
modes, so is the obligation to share accurate data.
PM 2 – Obligation for all MDMS
platforms to load and process data of
operators with equal care and timeliness
MDMS platform (B2B and B2C) shall load, and process data provided by
transport operators, with equal care and timeliness.
It should be noted that this PM retains and extends to all MDMS platforms, the
obligation provided for by Article 3(2) of the CRS Code of Conduct (which is
repealed) to ensure fair treatment of all transport operators participating to a
platform.
PM 3 – Obligation for all MDMS
platforms to share marketing and
booking data in a fair way, when
requested by transport operators and
authoritiesPD3
Marketing, booking and sales data shall be made available by MDMS
platforms, when there is such request by transport operators or public authority,
provided that such data are offered with equal timeliness and on a non-
discriminatory basis to all transport operators displayed on that platform.
It should be noted that this PM retains and extends to all MDMS platforms, the
obligation provided for by Article 7 of the CRS Code of Conduct (with is
repealed) to prevent CRSs and other MDMS from using marketing and booking
data to increase their bargaining power against carriers and travel agents.
PM 4 – Obligation for all B2B MDMS
platforms to treat subscribers fairly
and clearly identify in their display
banned airlines. Obligation for third
countries B2B MDMS to ensure equal
treatment of EU air carriers
PD1
All B2B MDMS platforms shall fairly treat subscribers to do not impose unfair
and unjustified conditions to travel agents in their commercial relationships
with them.
All B2B MDMS platforms shall comply with the obligations under Article 9
of Regulation 2111/2005 to bring air carriers subject to an operating ban to the
attention of passengers.
Third countries B2B MDMS shall equally treat EU air carriers and third
country air carriers. Equivalent treatment of EU airlines by B2B MDMS
227
Policy measure Specific
Objective
Problem
Driver Description
platforms operating in third countries, is essential to ensure a level playing field
between B2B platforms competing in the same market. It should be noted that
this PM retains and extends to all B2B MDMS platforms the rule on fair
treatment of subscribers provided for by Article 6, Articles 5(3) and (4) and
Article 8 of the CRS Code of Conduct (which is repealed).
PM 5 – Remove provisions from CRS
Code of Conduct on data protection which
are no longer necessary due to GDPR
These provisions will be repealed as they are not relevant and fit for purpose
anymore, given market, regulatory and technological changes. Notably, the
entry into force of GDPR already provides the necessary framework to ensure
data protection on ticketing platforms.
PM 6 – Obligation for Member States to
appoint a national authority to settle
disputes between parties, and establish an
EU enforcement network for coordination
SO1/2
PD3/4
Each Member State shall appoint one national enforcement body (NEB),
responsible for disputes related to neutral display or rules on contractual
agreements. This only relates to disputes between parties and not to consumer
disputes.
Member States already have competent authorities responsible for resolving
disputes in relevant areas, such as competition authorities, transport regulatory
authorities, and rail regulators. In addition, the EU Data Act requires Member
States to ensure that a competent authority or appropriate mechanism is in
place to address disputes and oversee compliance with FRAND (Fair,
Reasonable, and Non-Discriminatory) conditions, particularly in relation to
data access and sharing.
It is therefore assumed that Member States will not need to establish new
bodies. At most, existing authorities may need to expand their operational
capacity. This could involve recruiting additional staff, legal and competition
specialists to handle potential increases in disputes and ensure regulatory
compliance. The enforcement rules provided for by section 6 of the CRS Code
of Conduct are repealed as enforcement will be handled by NEB.
The Commission will establish an enforcement network to ensure consistent
enforcement in the EU and will also be responsible for assessing citizens
satisfaction with online ticketing platforms via a Eurobarometer every two
years. Specifically, the EU enforcement network will convene every year to
allow NEBs to exchange information on their (i) monitoring, enforcement and
228
Policy measure Specific
Objective
Problem
Driver Description
implementation work, (ii) decision-making principles, and (iii) administrative
practices. The Commission will participate in discussions, coordinate and
support cooperation on matters of common interest and exchange of best
practice.
PM 7 – Obligation for all B2C MDMS
platforms to share data for mobility
management
SO1 PD2
Upon request of a public transport authority, MDMS platforms shall provide
data relevant for improving the effectiveness of public transport policies on the
territories which fall under the responsibility of the public transport authority.
The data shall be aggregated and anonymised.
PM 8 – Obligation for all B2B and B2C
MDMS platforms to display information
on GHG or CO2 emissions of trips (when
these data are provided by the operators in
line with and Count Emissions EU and
Flight Emission Label)
MDMS platforms shall provide clear, transparent and accessible information
on the greenhouse gas emissions/carbon dioxide equivalent emissions of the
travel options displayed, whenever such information is shared by transport
operators. Based on Count Emissions EU and Flight Emission Label operators
are expected to share these data in a specific format.
PM 9 – Thresholds to identify B2C MDMS
platforms and RUs with SMP:
- for RUs with SMP: within one calendar
year, 50% or more of the total rail services
operated in a Member State (including
domestic and EU cross-border services
to/from that Member State), expressed in
SO1/2 PD3/4
The legislation sets thresholds for the identification of MDMS platforms with
SMP and RUs with SMP. As detailed in section 5.1., to operationalise the
concept of indispensability in the B2C distribution market, an MDMS platform
is considered as having SMP if it controls at least 10% of the EU market or
30% of a national market, based on either the total value or volume of tickets
sold in one transport mode. For MSE, they are considered as having SMP if
they reach 10% or more of EU domain traffic. For RUs, SMP is defined as
229
Policy measure Specific
Objective
Problem
Driver Description
yearly passenger kilometres
- for B2C MDMS with SMP: evaluated at
EU and national level, via two proxies:
total number of ticket sold and/or the total
value of tickets
operating 50% or more of total rail services in a Member State, measured in
annual passenger-kilometres, including both domestic and cross-border
services.
PM 10 – B2C MDMS platforms with
SMP: must notify national authorities or
the EC about their market presence.
National authorities designate B2C MDMS
platform, RUs with SMP and indispensable
RU platforms at national level, while the
EC designates B2C MDMS platforms with
SMP at EU level. The EC publishes a list
of MDMS platforms (including
indispensable RU platforms) and RUs with
SMP at both national and EU level.
When an MDMS platform meets the thresholds at EU level, it shall notify the
Commission and the national enforcement body, for the thresholds at national
level. The national enforcement body designates B2C MDMS and RUs with
SMP at national level. For RU, this is done following the procedure of the Rail
Market Monitoring Scheme364. National enforcement bodies shall inform the
Commission of their respective designation decisions. The Commission shall
publish on its official website, and keep up to date, a list of the designated, at
national or Union’s level, MDMS platforms and RUs with SMP. This also lists
indispensable RUs platforms which are considered indispensable when it is
owned by an indispensable RU.
PM 11 – B2C MDMS platforms with
SMP, indispensable RU platforms and
B2B MDMS: must respect principles on
distribution fees and cannot impose highly
restrictive clauses (exclusivity clauses,
unfair and unjustified conditions,
marketing clauses and other technical
restrictions) when entering into
commercial agreements with transport
operators
PD3
MDMS platforms with SMP, indispensable RU platforms and B2B MDMS
providers must respect a set of rules when entering into a commercial
agreement with an operator, such as (1) the protection of commercially
sensitive data, (2) cannot attach unjustified contract conditions or unnecessary
to the contract(3) apply remuneration based on objective and transparent
criteria (such as quality and level of services, annual volume of transport
products distributed, look-to-book ratios, etc).These criteria must be
transparently shared with the operator or the NEB if requested. They should
not discriminate between transport operators, and B2B MDMS providers must
ensure equal access to distribution facilities and maintain a clear software-
364 Rail Market Monitoring (RMMS) - Mobility and Transport
230
Policy measure Specific
Objective
Problem
Driver Description
based separation from transport operators' private systems.
It should be noted that this PM retains and extends the rules on fair treatment
of transport operators provided for by Article 3 of the CRS Code of Conduct
to all other B2B MDMS and to B2C MDMS with SMP to prevent abusive
behaviours through unfair and unjustified conditions. These rules are retained
and updated to ensure a better level playing field between different sized
carriers, reducing the imbalance in bargaining power vis-à-vis indispensable
MDMS (including CRSs). More transparency on the level of fees will facilitate
cooperation as fees are one of the most controversial elements in the
negotiations of distribution agreements.
PM 12 – Indispensable RUs (with SMP
and operating PSO and cross- border
services): must respect principles on
distribution fees without imposing
restrictive clauses (exclusivity clauses,
marketing clauses and other technical
restrictions) when entering into
commercial agreements with MDMS
platforms
PD4
Under PM 13, indispensable RUs (with SMP) and all other rail undertakings in
relation to PSO and cross- border services, are obliged to enter into a
commercial agreement when requested by an online distribution platform.
When entering a commercial agreement with an online distribution platform,
these entities must apply non-discriminatory and reasonable contract
conditions. Beyond, they may not include conditions that would prevent the
online distribution platform to combine their tickets and fares with any other
ticket of other RUs, and which would potentially prevent the platforms to offer
single tickets.
PM 13 – Indispensable RUs (with SMP
and operating PSO and cross- border
services): must enter into commercial
agreements with requesting MDMS
platforms to enable the re-linking, resale
and/or distribution of their tickets via those
platforms for the specified services
(‘sharing obligation’)
SO2
Indispensable RUs (with SMP in any given Member State and all other rail
undertakings in relation to PSO and cross- border services) will be obliged to
enter into a commercial agreement with any requesting online ticketing
platform to enable re-linking, resale and/or distribution of their tickets
(depending on the request of the platform) within, to and from that Member
State. These agreements must follow the principles laid down in PM12. This
obligation only applies to these services (e.g. PSO, cross-border services) and
not to other services the RU might operate. RUs, railway service organisers,
competent authorities, and any other entity responsible for a railway service
that are within the scope of PM13, may nonetheless attach to the commercial
agreement reasonable conditions to ensure that the distribution platform is
viable.
231
Policy measure Specific
Objective
Problem
Driver Description
PM 14 – Indispensable RU platforms:
must enter into commercial agreements
with requesting RUs (operating within the
same geographical area in which the RU
owning the indispensable RU platform has
SMP) to enable the distribution of their
tickets (‘hosting obligation’)
Indispensable RU platforms shall enter into agreements with requesting RUs
in order to distribute tickets, offered within the same geographical area in
which the indispensable RU platform is active, including cross-border services
to and from the Member State. They must apply non-discriminatory and
reasonable contract conditions as described in PM11.
PM 15 – Indispensable RU platforms:
must unbundle its distribution system from
the systems of its parent operatorSO1/SO2
Indispensable RU platforms shall unbundle their railway ticket distribution
systems from their railway operations. The platform shall be in organisational,
functional, hierarchical and decision-making terms, legally distinct and
independent from any RU.
232
ANNEX 9: BACKGROUND ON THE CODE OF CONDUCT ON COMPUTERISED
RESERVATION SYSTEMS AND AIR MARKET
In contrast to the rail market, which is opening to a slow pace, the air services market has been open for
decades, and is characterised by competition between multiple large, medium and small airlines operating in
the market with free access to routes and freedom of pricing. Airlines today rely on intermediaries (both B2B
and B2C) to access as many consumers as possible in order to compete effectively. Third-party platforms have
a stronger market presence in air as are the first port of call for consumers searching for air tickets, allowing
them to effectively negotiate with airlines to display and sell tickets365. However, smaller airlines might
encounter more difficulties to access and use intermediaries than larger airlines. The maturity of the air services
and distribution market has been boosted also through the adoption of sector-specific regulation on CRSs. The
maturity of the intermediary distribution market is shown by around 49% of the tickets sold in the EU in 2024
went through MDMS (31% via B2B and 18% via B2C MDMS) as explained in Annex 4.
Computerised Reservation Systems (“CRSs”) were originally established by airlines to sell their own tickets.
In the 1980s CRSs began to act as intermediaries between airlines and travel agents, by displaying travel
options (availabilities and fares) also from carriers other than those owning the CRS. At that time, the vast
majority of airline bookings were made through CRSs, and most CRSs were owned and controlled by airlines.
Whilst some customers already made direct bookings with airlines, the fact that most reservations were made
by TAs through airline-owned CRSs in the 1980s raised concerns regarding the potential bias in presenting
the results of flight searches to travel agents. CRSs could favour the flights of the airlines owning them, and
parent carriers could discriminate against CRSs owned by other airlines. This combination created risks of
competitive abuse for which general competition rules were not sufficient and for which specific ad hoc
rules in the form of a Code of Conduct were necessary. Regulation 2299/89 was therefore adopted to
ensure equal treatment of all airlines whose flights were included in a CRS as to promote competition
between airlines in the indirect air ticket distribution sector. It introduced requirements for results to be
shown on an unbiased display that did not favour the CRS’s parent carriers (or any other carriers) and to ensure
that parent carriers did not favour their own CRS over the others as well as to ensure that travel agents and
finally consumers have access to offers without bias. Given the complex and multi-national character of the
CRS services and its support for the single aviation market, regulation at EU level had strong-added value.
Already in 2007, first technological and market developments had removed some of the features of the
competitive landscape for which the CRS Code of Conduct was created. Many airlines divested from CRSs
and the rise of alternative distribution channels, such as the airlines' websites or their call centres, allowed
consumers to have access to a multiplicity of information and booking channels for air transport
services. Therefore, in 2009 Regulation 2299/89 was replaced by Regulation (EC) 80/2009 (“the
Regulation”), which regulates the business-to-business (B2B) relationships between the CRS providers, as
well as air and rail carriers, and travel agents (“subscribers”) in indirect ticket distribution. The 2009 revision
of the Code of Conduct took into account the advent of the Internet and introduced a degree of liberalisation
by, for example, giving more contractual freedom for airlines and CRSs to negotiate booking fees and fare
content. This change was justified by some unintended consequences of the 1989’s Code of Conduct. Even
though the first Code of Conduct was successful in preventing abuse and enhancing competition between
airlines in the air services market, the prohibition for airlines to differentiate content between CRSs
significantly restricted their negotiating freedom. The lack of competition created a system of economic rents
in favour of CRSs and travel agents, at the expense of airlines and their passengers. This lack of flexibility led
233
to higher CRS booking fees366, inciting airlines to distribute an increasing share of their tickets via alternative
distribution channels367.
Today, CRSs account for a smaller share of total air ticket sales. The share of tickets booked via a CRS
for flights decreased from approximately 30.1% in 2019 to 22%368 in 2024 of ticket sold in the EU. However,
the CRS market in the EU27 remains highly concentrated among three major global providers. In 2024, one
CRS accounted for approximately 64% of all CRS-based air ticket sales in the EU. The second CRS, while
globally the second-largest provider with approximately 25-30% global market share, has a smaller footprint
in Europe62 of around 22% of the EU market. The remaining 12–16% is attributed to the third CRS, with an
estimated 14% in the EU. On the other hand, as bookings for business travel tend to be higher value and tend
to be booked in particular via TMCs (who still rely to a great extent on CRSs) it is likely that the percentage
of bookings by value made via CRSs is greater than the percentage by volume. Data collected show a
continued heavy reliance on CRS-connected channels, which made up nearly 73% of all ticket selling channels
in in 2024. The diversification towards non-CRS content aggregators (including both offline and online OTAs)
more than doubled over the same period, growing from 4% to 11% of total distribution channels used. Non-
CRS channels are growing in importance with a shift from 5% in 2019 to 9% in 2024 of ticket sold in the EU.
Despite this growing ability to diversify, stakeholders confirmed that CRSs remain important for both airlines,
in particular small airlines, and for travel agents, including also OTAs, who continue to rely on them for their
content.
The declining share of bookings made via CRSs today is due to a multitude of factors. In the 1990s and
early 2000s, following air transport liberalisation packages, low-cost carriers (LCCs) gained significant market
share across Europe, and by 2018 LCCs were flying more passengers than legacy carries on intra-EEA flights
(European Commission, 2019). LCCs incentivised passengers to book their tickets directly via their website
and did not distribute tickets via CRSs. Recently, this trend has seen a slight change as also LCCs, including
Ryanair, have started distributing part of their tickets through CRSs to increase sales in the business segment.
In the last years LCCs have also concluded commercial agreements with several OTAs, MSEs and NCAs to
increase their consumers reach. However, some OTAs argue that large airlines and in particular dominant
LCCs are employing strategies limiting the integration of their offerings into independent MDMS platforms
(e.g. high surcharges, restrictions on marketing, retaining lighter fares etc.). On their side, LCCs argue back
that it would be economically unsustainable for them to allow high booking fees and to sell all their offers in
all intermediaries as this would undermine their business model which is based on maintaining the costs of
travelling low. In general, airlines argue they should be able to withhold certain fares (notably the cheapest
fares) from these channels when distribution costs exceed the benefits369. Now, all carriers use their website
as a promotion tool and as a direct sales channel. In general, the use of the internet by passengers to book
flights has grown significantly in recent years due to the increased availability, and speed, of the internet in
offices, homes and via mobile data networks370.
The internet penetration also facilitated the creation of new business models in the air ticket distribution sector.
366 The non-discrimination requirement for booking fees stifles price competition, because if CRS vendors provide a
discount to one airline, they must provide it to all. This requirement was set out in the 1989’s Code of Conduct. 367 2007’s Impact assessment of the Regulation 2299/89 on a Code of Conduct for computerised reservation systems,
COM(2007) 709 SEC(2007) 1497, https://transport.ec.europa.eu/document/download/a1f0573a-13a3-4157-b569-
bdc40a0f7f72_en?filename=crs_impact_assessment.pdf. 368 Ricardo (2026) support study of the impact assessment of RMB and RTR. Reported by one main CRS which share
that CRS hold 22% of EU air ticketing market in 2024. 369 One airline interviewed in the context of impact assessment support study indicated that every major European
airline group utilises one of the three main CRS backend systems despite this charging 20 EUR per ticket sold, which is
significantly more than the fee charged by newer intermediaries. 370 According to Eurostat, by 2019, the share of EU27 households with internet access was 90%, compared to 64% in
2009 (Eurostat, 2020a).
234
This is the case of OTAs, NCAs, MSEs. OTAs and MSEs also take the feed both from CRSs and NCAs in
ticket distribution. Among travel agents, Travel Management Companies are a specialised type of travel agents
that cater for the needs of business travellers. New content aggregators, such as Travelfusion, are companies
that supply a software interface that connects directly to multiple carriers’ application programming interface
(API) and then provides travel agents with capabilities to compare flight options among different carriers and
book flights performing similar functions to CRSs. Their main source of revenue is the booking fees paid
directly by travel agents, unlike CRS which receive booking fees from carriers and subscription fees from
travel agents and TMCs.
In recent years, some airlines have implemented so-called Direct Connect (DC) systems371 that provide a
feed of flight and ticket information and booking capability which travel agents and Travel Management
Companies can connect to directly. In essence, this is similar to an airline website but aimed at the business-
to-business (B2B) sector. Individual DC systems only contain flights operated by the same airline or the same
airline’s group or with that airline’s code (and operated by other airlines with which the airline has a code-
sharing agreement or an interlining agreement372). The use of DC systems allows air carriers to distribute direct
to travel agents and avoiding CRS booking fees. To encourage a greater use of these DC systems, some carriers
have implemented booking surcharges for flights booked through CRSs373 or have withdrawn some of their
fares (namely the cheaper ones (Hayhurst, 2018)) from the CRSs, reserving those fares for non-CRS
distribution channels (both direct, i.e., their consumer website, or indirect, on DC systems and selected content
aggregators). New content aggregators and DC systems use more recent data standards – typically APIs, based
on XML standards – than the 1980s EDIFACT data standard traditionally used by the CRSs. One of these
standards is ‘New Distribution Capability’ (NDC). The NDC data standard allows the distribution of richer
airline content and increases the potential for selling more varied ancillary services (meals, lounge access, seat
selection, etc.) and for selling customised travel products, in line with modern distribution needs. Under the
NDC distribution model, travel agent’s requests are sent to the airline (either through a direct connect or via
an aggregator) and it is the airline and not the intermediary which creates the offer. 374 However, the full
transition to NDC is not yet completed for CRSs. Moreover, the use of EDIFACT which allows for less
flexibility is required for smaller and medium travel agents and airlines which are not yet able to adapt to NDC.
Despite the decline in market shares, traditional CRSs (Amadeus, Travelport and Sabre) continue to play
a key role because of their strategic position in the distribution chain. CRSs are two-sided platforms
connecting airlines with hundreds of thousands travel agents worldwide, TMCs and OTAs. Airlines, and in
particular smaller air carriers, still rely on CRS to reach a wide network of travel agents and consumers and
neutral display rules allow them to compete on an equal footing with large airlines. Outside of their home
markets, also larger airlines seeking a broad global customer base must contract with all major CRSs in order
to tap into the network of travel agents and be visible to consumers. The traditional CRS business model relies
on airline booking fees, paid for each flight segment booked, today ranging around 8 Euro per flight segment.
To negotiate lower booking fees, airlines can agree to provide all fare content, and the lowest fees are available
under so-called “full content agreements”, where the airline agrees to provide the CRS with the same level of
371 Due to the limited availability of data provided by stakeholders, it was not possible to determine the current market
share of ticket sold in the EU which passes through Direct Connects. Ricardo (2026) support study of the impact
assessment of RMB and RTR. 372 Code-share agreements, also known simply as codeshare, are commercial agreements under which the airline
operating a flight (the "operating airline") allows one or more other airlines (the "marketing airlines") to market and
issue tickets for the flight as if the marketing airlines were operating the flight themselves. Flights covered by a
codeshare agreement are displayed on the airlines’ websites and on CRS and other aggregators. 373 For example, Lufthansa, IAG, and Air France/KLM have added such surcharges (Metcalf, 2017). This triggered
complaints to the European Commission by the European Technology and Travel Services Association (ETTSA, now
Eu Travel Tech). However, Lufthansa does not impose such a surcharge on bookings made via Travelfusion, a new
content aggregator (Boehmer, 2020). 374 For example, Amadeus started implementing NDC in its CRS in 2019.
235
content (fares, schedules, and seat availability) as the airline offers on all other channels (including the airline’s
consumer website). In turn, Travel Agents subscribe to a CRS by paying a subscription fee and often receive
incentive payments to use only that CRS (e.g. for each flight segment booked through the CRS), as well as
free back-office systems and software and training. The details of each relationship between airlines and CRSs,
and between CRSs and subscribers, are subject to contractual conditions negotiated bilaterally between the
parties, and usually subject to non-disclosure agreements. Traditional travel agents and in particular smaller
travel agents face structural barriers to switching. Financial incentives, technological dependencies, parity
clauses and high switching costs strongly encourage them to single-home on one CRS. Smaller agents lack
the resources to switch systems or adopt NDC technology (used by new B2B content aggregators) and
therefore remain reliant on CRSs using the EDIFACT standard.
Metasearch engines (MSEs) are online aggregators of flight information which provide consumers with price
comparisons. They source the information from airlines with which they have a commercial agreement, CRSs,
NCAs, OTAs, DC systems and by screen scraping375 airline consumer websites. Operating in the B2C
segment, they do not generally provide booking services376 or operate as a sales channel but they redirect the
user to different OTAs and to the airline website providing the booking function. However, MSEs are
consulted by some TAs to obtain information on air travel options that are not available via the other
intermediaries they use – for example, flights offered by LCCs may not be included in the CRS system that a
TA subscribes to.
Air ticket distribution channels are characterised by indirect network effects. For travel agents, an
intermediation service becomes more useful as more travel options (be it flight or rail options) are added to it,
thus allowing the agent to provide more options to its clients; by using a single feed with different flight options,
especially smaller travel agents also enjoy lower search costs by benefiting from having information from
multiple airlines collated in one repository. For air carriers, an intermediation service becomes more useful as
more consumer-facing channels use it or as more users it (i.e. the more popular B2C channels display airline
products prominently), as it increases the visibility of its services, and they get exposure to a bigger audience
of potential customers. This is particularly relevant for smaller air carriers that might have more difficulties to
be visible to customers377. As such, this is a sector where there are strong indirect network effects. Taken
together, all these changes have created an air ticket distribution sector that is multi-pronged:
- Some tickets are sold directly to consumers (“direct distribution”, mostly via the airlines’ websites
(“airline.com”), but also via the phone).
- Some tickets are sold via online and offline travel agents (“indirect distribution”), who access ticket
information either via a traditional CRS, or new business models such as NCAs, or via a DC system.
Travel agents, including OTAs and TMCs, might need access to multiple channels if they are to provide
travellers with a full range of flight options.
- MSEs provide a “one-stop” solution for consumers to search for different flight options and respective
price information, then directing consumers to the relevant website (be it an OTA or an airline’s website)
to make the booking.
375 Screen scraping is the act of copying information that shows on a digital display so it can be used for another
purpose. 376 Google Flights now offers booking capabilities for some air carriers in India (Live from a Lounge, 2020). 377 Being on a CRS can also allow rail operators to compete with air travel, where possible. The CRS Code of Conduct
aims to incentivise that practice by mandating that potential rail options are shown in the first screen of a search result.
236
Figure 16: Air ticket distribution modern landscape
237
ANNEX 10: LINKS BETWEEN CONCLUSIONS OF THE EX-POST EVALUATION OF THE
CRS CODE OF CONDUCT AND THE IMPACT ASSESSMENT
The CRS Code of Conduct was evaluated in 2020378 to assess, whether, in light of market and technological
changes in air indirect ticket distribution, it is still relevant in achieving the objectives of (i) preventing distortion
of competition between CRSs owned by parent carriers, and (ii) ensuring fair and effective competition between
carriers; and, whether it remains fit for purpose given broader horizontal legislation. The main conclusions of the
ex-post evaluation, and their links with this IA, are presented in Annex 10 and summarised in this section.
The evaluation concluded that the objectives of (i) ensuring a level playing field and (ii) increasing
transparency remain relevant. The evaluation found that the Code has not fully ensured a level playing field
for all participating carriers, as regards access to, and use of CRS services, since it did not lead to better balancing
of the bargaining power of different-sized air carriers vis-à-vis CRSs. Some carriers expressed concerns about
specific clauses in their contracts with CRS providers, reducing the ability of airlines to use alternative booking
systems or technology. Moreover, the evaluation concluded that the transparency requirements, in the form of
the neutral display, remain important, since travel agents, both offline and online, and travel management
companies still heavily rely on CRS data especially for business travel. The evaluation also concluded that
specific sectoral treatment of traditional CRS services may no longer be justified in view of market and
technological developments in air ticket distribution (increased internet penetration, the rise of other channels
and divestment of airlines from CRSs).If the CRS Code of Conduct is still considered necessary, its scope should
be examined and extended to ensure that it continues to be relevant for future market developments. Moreover,
the evaluation found that the objective of preventing distortion of competition between CRSs by parent
carriers and of ensuring fair and effective competition between carriers owning CRSs no longer seems a
relevant objective for ex ante regulation. None of the three traditional CRSs operating in Europe is owned by
an air carrier. Theoretically, air carriers might reinvest in CRSs, though there is currently no evidence that this is
likely to happen. Therefore, the provisions on parent carriers of the CRS Code of Conduct are no longer relevant
for the aviation market. Finally, the evaluation concluded that while promoting rail and multimodal
transport remains important, this should be pursued through broader initiatives rather than CRS-specific
rules. The integration of CRS retained elements in the MDMS proposal is specifically aimed at making it a more
genuinely multimodal initiative including both B2B and B2C sides of the ticket distribution chain.
If the CRS Code of Conduct is still considered necessary, its scope should be examined and extended to ensure
that it continues to be relevant for future market developments. Moreover, the evaluation found that the
objective of preventing distortion of competition between CRSs by parent carriers and of ensuring fair
and effective competition between carriers owning CRSs no longer seems a relevant objective for ex-ante
regulation. None of the three traditional CRSs operating in Europe is owned by an air carrier. Theoretically, air
carriers might reinvest in CRSs, though there is currently no evidence that this is likely to happen. Therefore, the
provisions on parent carriers of the CRS Code of Conduct are no longer relevant for the aviation market. Finally,
the evaluation concluded that while promoting rail and multimodal transport remains important, this
should be pursued through broader initiatives rather than CRS-specific rules. The integration of CRS
retained elements in the MDMS proposal is specifically aimed at making it a more genuinely multimodal
initiative including both B2B and B2C sides of the ticket distribution chain.
The following table summarises the links between the conclusions of the ex-post evaluation and the impact
assessment of the Code of Conduct on Computerised Reservation Systems.
378 SWD(2020)9
238
Table 136: Link between the conclusions of the ex post evaluation and the impact assessment
Main ex-post evaluation conclusions Impact Assessment
Conclusions on relevance
The objectives of ensuring a level playing field and
increasing transparency may remain relevant.
However, in view of developments in air ticket
distribution, it is not clear whether it remains
necessary to complement general EU competition
rules with specific sectoral treatment of traditional
CRS services to achieve a level playing field.
With the proposed rules, all B2B MDMS will
be subject to neutral display obligations and
will have to comply with fair treatment rules
when entering into commercial agreements
with willing operators and subscribers. These
rules cannot be guaranteed without a sectoral
regulation.
Should it be considered that the CRS Code of
Conduct is still necessary, its scope would require
further attention to ensure that it continues to be
relevant in light of market developments. Future
policy decisions should carefully consider the
impact on air ticket distribution as a whole.
The impact assessment concludes that, in the
light of market developments, the scope of the
retained rules should be extended to all B2B
MDMS, including new content aggregators
performing similar functions to traditional
CRSs. The MDMS initiative by its nature
assesses the combined impact of policy
decisions not only on all air ticket distribution
but the whole ticket distribution market for all
modes.
None of the three traditional CRSs operating in
Europe is owned by any air carrier to a significant
extent. Preventing parent carriers from distorting
competition between CRSs and/or between
themselves and participating carriers therefore no
longer seems a relevant objective for ex ante
regulation.
The impact assessment does not see the need to
retain rules on parent carriers as airlines have
divested from CRSs and there is no evidence
that this is likely to happen again in the future.
Removing these provisions is part of all three
policy options considered.
Access to and preventing abuse of marketing data
(MIDT data) still seems relevant to a certain extent
because such data remain an important tool for air
carriers in market research, and because some
travel agents consider that MIDT data have been
used unfairly to put pressure on them.
The rules on access to marketing data (MIDT
data) and preventing its abuse are to be retained.
In addition, their scope is to be extended to all
B2B MDMS, including content aggregators
performing similar functions to CRSs.
The objective of consistent application of data
protection rules is currently being fully met by the
General Data Protection Regulation (GDPR).
The impact assessment concludes that the
processing, access, and storage of personal data
is now covered by the legislation on data
protection (GDPR). Repealing the redundant
sector-specific data protection provisions in the
CRS Code of Conduct is part of all three policy
options considered.
The CRS Code of Conduct contains very limited
provisions on promoting rail transport and inter-
modal transport, and the evaluation has revealed
that only a few rail companies participate in CRSs
today. However, that does not mean that this
specific objective is irrelevant but there is
insufficient evidence to confirm that the CRS Code
of Conduct remains the most appropriate or
The MDMS initiative is being proposed as a
specific initiative to promote rail transport and
inter-modal transport. Integration of CRS
retained elements in the MDMS initiative is
specifically aimed at ensuring coherence of the
policy approach between making it a more
genuine multimodal initiative including both
B2B and B2C sides of the ticket distribution
239
necessary vehicle to achieve this objective. chain.
Conclusions on effectiveness
The CRS Code of Conduct has not been fully
effective in achieving the objective of ensuring a
level playing field for all participating carriers for
access to, and the use of CRS services, since it did
not lead to better balancing of the bargaining power
of different-sized air carriers vis-à-vis CRSs.
The impact assessment retains the CRS Code of
Conduct’s prohibition of unfair and unjustified
conditions (i.e., Art. 3 and Art. 6), protecting
carriers vis-à-vis powerful CRS services in the
form of fair treatmentrules for all B2B MDMS.
Moreover, additional, new provisions will
improve the position of (smaller) carriers.
Despite the CRS Code of Conduct, travel agents
have still been subjected to pressure from air
carriers based on marketing data. However, this is
considered to be a potential issue with the
enforcement of the CRS Code of Conduct rather
than with its provisions per se.
The impact assessment concludes that rules on
access to and preventing abuse of marketing
data (MIDT data) are to be retained to continue
ensure the protection of travel agents from
undue influence of transport operators.
The CRS Code of Conduct has been effective in
achieving transparency of travel options made
available on CRS platforms even though the
introduction of competition in market and new
technologies led to more fragmentation of content.
However, the CRS Code of Conduct never had the
objective of preventing fragmentation and of
making all airline tickets available on CRSs, but
rather aimed to ensure that all information provided
to CRSs by participating carriers is provided to
CRSs’ subscribers in a neutral and comprehensive
way.
The impact assessment retains the provisions
on the neutral display and extending them to all
B2B MDMS will continue to ensure and even
strengthen transparency of travel options made
available on all MDMS.
The travel agents have access to rail options in their
systems. CRS providers also confirmed that they
work with several train companies and provide rail
options in primary displays where relevant.
Therefore, it seems that the specific objective of
promoting rail transport has been only partially
achieved.
Under the proposed MDMS policy options,
CRS providers are to obtain access to the full
offer of the large RUs. Moreover, promoting
rail transport is to be strengthened by allowing
consumers to select travel options based on
their GHG emissions.
Conclusions on efficiency
The Code of Conduct imposed limited direct costs
on the industry.
The already small direct costs to the industry
will be further reduced by removal of Art. 12
of the Code of Conduct (see below).
The CRS Code of Conduct imposes on-going direct
costs to CRS providers derived from the reporting
requirements (audits) of Article 12 on their
ownership structure and governance model. As the
CRS providers are all publicly listed companies
these reporting requirements
Since the parent carrier provisions are no
longer necessary, all the policy options
considered would repeal Art 12 of the CRS
Code of Conduct.
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Conclusions on coherence
The provisions of the Code of Conduct are
consistent with general competition law, EU
legislation on consumer protection, or other
business-related legislation.
The impact assessment concludes that the
proposed rules would ensure ongoing
consistency with EU legislation, including
general competition law and the new and
upcoming rules for the digital economy.
Moreover, the new rules strengthen consumer
protection (e.g., by clearly defining rules on the
search criteria to be applied in search tools by
MDMS) by extending neutral display
requirements for CRS and travel agents to all
B2B and B2C MDMS.
Conclusions on EU added value
Given the international character both of CRS
services and of the airline business, regulating the
sector at the national level would increase costs and
could trigger competitive distortions between
Member States. Therefore, the EU intervention has
an added value compared to intervention on a
national level.
The EU intervention has still an added value as
the nature of the sectors covered is international.
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ANNEX 11: DECISIONS AND RULINGS CONCERNING ANTI-COMPETITIVE PRACTICES
ON RAIL TICKET DISTRIBUTION
Over the past 20 years, the European Commission, national courts and competition authorities have
investigated and have issued judgments or decisions on abusive practices in the rail ticket distribution market
in France, Germany, Italy, Spain and Sweden, providing sound evidence of existing market failure.
Specifically, these cases illustrate the limited willingness of indispensable RUs to (i) provide their full offer on
fair terms to third party platforms and (ii) their competitors’ offer on fair terms on their platform (problem
driver 4).
Limited willingness of indispensable RUs to provide their full offer on fair terms to third party platforms
In the 2009 competition case against the French rail incumbent SNCF379, the French competition authority
found that the national railway company had engaged in anti-competitive behaviour by privileging its own
online ticketing platform, Voyages-sncf.com, and a joint venture subsidiary created with Expedia, over
independent ticket platforms. Indeed, SNCF had provided preferential access to its ticket inventory and pricing
information to their platforms, thereby ensuring they had a competitive advantage over other online
distributors. For example, SNCF did not provide other ticketing platforms with the technical capability to
market promotional offers (e.g. last-minute offers) or use the “print ticket” function, and online resellers were
forced to purchase an expensive computer licence from SNCF to access its booking system. This strategy was
found to effectively stifle competition and limit consumer choice in the French rail ticket distribution market.
Following this investigation, SNCF committed to providing access to promotional offers and all its features
to online platforms, to significantly lowering the price of the computer licence and enable alternatives to
accessing SNCF’s computerised services.
Again in 2014, the French competition authority investigated SNCF for engaging in anti-competitive
behaviour related to its online ticketing services380. The inquiry revealed that SNCF had abused its dominant
position in the railway transport market to the detriment of competing services in the ticketing distribution
market.. SNCF was found to have engaged in practices favouring the company's platform, by (i) offering
exclusive deals and discounts not accessible to rival ticket distribution platforms, (ii) letting the distribution
platform Voyages-sncf.com potentially access the commercial strategy of other travel agencies given the lack
of clear separation with the SNCF subsidiary responsible for collecting access requests to SNCF reservation
management system (Résarail) and (iii) the redirection from the sncf.com website to the distribution platform
Voyages-sncf.com for train schedules and booking SNCF tickets. These actions limited the ability of other
distributors to compete effectively. SNCF subsequently committed to apply the same commission conditions
to all travel agencies, guarantee the confidentiality of requests by competing travel agencies to Voyages-
sncf.com and give access to timetables directly on its sncf.com internet site.
Similarly in Germany, in 2023 the Bundeskartellamt ruled that Deutsche Bahn (DB), the German state-owned
rail incumbent, was in violation of competition law due to abusing its market power in relation to mobility
platforms381. According to the findings, DB used unfair commercial practices and contractual clauses to
strengthen its already dominant position. These include the lack of fair provision of real-time data of DB
passenger services to third-party platforms and the inclusion of restrictive advertising clauses in commercial
379 Autorité de la concurrence, Decision No. 09-D-06, 5 February 2009 380 Autorité de la concurrence, Decision No. 14-D-13, 2 October 2014 381 Bundeskartellamt - Homepage - Offene Märkte für digitale Mobilitätsdienstleistungen – Deutsche Bahn muss
Wettbewerbsbeschränkungen abstellen
242
agreements with distributors. In August 2024, after the Düsseldorf Higher Regional Court decided to reject an
application for urgent legal protection by Deutsche Bahn AG (DB) against the decision of the
Bundeskartellamt, the Bundeskartellamt recognised that DB has been making changes and enabled platforms
to receive real-time data on delays and cancellations and up-to-date information on departure platforms and
major disruptions. Further, DB is no longer including restrictive advertising clauses in contracts and, apart
from justified exceptions, allowing mobility platforms to grant discounts on tickets. Furthermore, it was noted
that DB was paying platforms an intermediary commission382. D.d. March 2026, an appeal against the
Bundeskartellamt’s decision is still ongoing383.
In Spain, the European Commission opened a formal investigation on 28 April 2023 assessing whether Renfe
abused its dominant position in the Spanish passenger rail transport market by refusing to supply all its content
and real-time data to third-party ticketing platforms. The Commission preliminarily found that Renfe’s refusal
to provide its full content and real-time data have prevented competition and may breach EU competition rules
prohibiting the abuse of a dominant position (Article 102 of the TFEU). Renfe consequently committed on 17
January 2024 to make available all current and future content and real-time data to third-party ticketing
platforms (with a non-circumvention clause), provide parity to third-party platforms in relation to maximum
monthly average Look-to-Book ratios384 and not exceed a maximum error rate385 of 4% as of 2024 and a
maximum unavailability rate386 of 1% as of 2025. The Commission concluded that these commitments would
address its preliminary competition concerns over Renfe's alleged abuse of dominant position in the Spanish
online passenger rail ticket distribution market. It therefore decided to make them legally binding on Renfe387.
On 18 April 2023, the Italian competition authority (Autorità Garante della Concorrenza e del Mercato) issued
a decision accepting commitments from Trenitalia (a subsidiary of Ferrovie dello Stato Italiane (FS), the Italian
state-owned rail passenger incumbent operator)388. This followed the initiation of an investigation regarding
a potential abuse of Trenitalia’s dominant position within the rail passenger market, by refusing its competitor
Nuovo Trasporto Viaggiatori (NTV) to sell Trenitalia regional and intercity PSO services tickets in
combination with NTV’s own tickets. These commitments would allow for their competitor, NTV, to sell
Trenitalia regional and intercity service tickets, and regional connections offered by Trenitalia TPER and
Trenord, in combination with its own tickets.
Limited willingness of indispensable RUs to provide their competitors’ offer on their platform
In 2019, the Swedish competition authority (Konkurrensverket) issued a decision and wrote a letter to the
Swedish Ministry of Infrastructure in relation to the dominance in ticketing of Statens Järnvägar (SJ), the
382 Bundeskartellamt (2024), Further important step in implementing the Bundeskartellamt’s ruling on abusive
practices against Deutsche Bahn – mobility platforms gain access to real-time data, Bundeskartellamt - Homepage -
Further important step in implementing the Bundeskartellamt’s ruling on abusive practices against Deutsche Bahn –
mobility platforms gain access to real-time data 383 Bundeskartellamt (2023), Open markets for digital mobility services – Deutsche Bahn must end restrictions of
competition,
https://www.bundeskartellamt.de/SharedDocs/Meldung/EN/Pressemitteilungen/2023/28_06_2023_DB_Mobilitaet.html 384 based on the number of availability requests made by the platforms 385 number of failed reservation requests vs number of reservation requests 386 (level of availability of Renfe’s sales system between 6:00 and 23:00 hours 387 European Commission (2024) Commission accepts commitments by Renfe opening up competition in online rail
ticketing in Spain, https://ec.europa.eu/commission/presscorner/detail/en/ip_24_201 388 Autorità Garante della Concorrenza e del Mercato (2023), Bollettino N. 17 del 8 Maggio 2023, Provvedimento n.
30610, https://www.agcm.it/dotcmsdoc/bollettini/2023/17-23.pd
243
Swedish state-owned passenger incumbent RU389. SJ was investigated by the Swedish Competition Authority
(SCA) over allegations of abusing its market position, specifically by refusing to sell competitors’ tickets on
its platform. In the investigation, the SCA noted that SJ’s strategy was not business neutral. The authority
therefore suggested creating a neutral booking platform (which already exists in Sweden: https://resrobot.se/
but that sells a very small number of tickets) or to mandate that all transport operators must sell other operators’
tickets. The letter recommended that the government initiate a review and consider regulating the selling of
tickets for rail passenger services.
The Frankfurt am Main Higher Regional Court (Oberlandesgericht Frankfurt am Main) published a judgment
on 2 October 2023390 prohibiting DB’s ticketing platform DB Navigator to offer a “show fastest connection”
search filter. This filter was found to mislead consumers by not displaying all possible connections that were
fast. The filter, preset by default, prioritised DB's own services even if alternative options existed that were
faster but had different departure or arrival times. This algorithm thus deprived competitors of the opportunity
to compete fairly and influenced consumer choices towards DB products. The court deemed this practice to
be a form of anti-competitive behaviour, as it manipulated search results in DB’s favour.
389 Konkurrensverket (2019), Konsumenter kan vinna på reglering av försäljning av tågbiljetter,
https://www.konkurrensverket.se/informationsmaterial/nyhetsarkiv/2019/konsumenter-kan-vinna-pa-reglering-av-
forsaljning-av-tagbiljetter/ 390Higher Regional Court of Frankfurt (OLG Frankfurt), Decision of 21 September 2023, Case No. 6 W 61/23,
ECLI:DE:OLGHE:2023:0921.6W61.23.00.
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ANNEX 12: MONITORING AND EVALUATION
The Commission services will monitor the implementation of this initiative through a number of actions and
a set of core indicators that will measure progress towards achieving the objectives. In addition, the National
Enforcement Bodies will play a key role in monitoring implementation.
At least five years after the start of implementation of the legislation, the Commission services should carry
out an evaluation to among others verify to what extent the objectives of the initiative have been reached. The
evaluation should be undertaken at a point in time when sufficient data is available on actual implementation,
so that ex-post it can be assessed whether the initiatives are efficient (what actual benefits are achieved at what
actual cost), effective (whether they meet the objectives), coherent, relevant (whether they respond to the
needs) and EU added value. Also, synergies between the RMB and the RTR will need to be analysed, together
with the interplay with the targeted revision on rail passenger rights, since these initiatives are very much
interlinked.
As regards Specific Objective 1 (Improve transparency and establish a level playing field for transport
operators in terms of access and use of indispensable MDMS), the main milestones are to (i) achieve fair and
non-discriminatory commercial agreement negotiations, (ii) ensure unbiased display of travel options for end-
users on all MDMS platforms and (iii) minimise unjustified price divergence for identical offers across
platforms. Progress towards this objective will be monitored using four key indicators: (i) the number of
transport operators distributing transport products on indispensable MDMS platforms, (ii) the number of
agreements between MDMS platforms and transport operators, (iii) the number of sanctions imposed and (iv)
increased consumer satisfactions scores on travel information availability and book-ability. Data for the first
three indicators will primarily be collected through market monitoring carried out by national enforcement
authorities and the Commission (PM6). National enforcement authorities can obtain relevant market data from
operators, including through MIDT data. Information on sanctions will be shared among authorities within
the EU enforcement network to support coordination. Consumer satisfaction will be measured through
Eurobarometer surveys conducted by regulators.
Concerning Specific Objective 2 (Improve completeness of rail offer on MDMS platforms, including
indispensable RU platforms), progress towards this objective and the related operational objectives will be
monitored through two main indicators: (i) the number of indispensable RUs present on third-party platforms
and (ii) the number of cross-border rail services for which tickets are available on third-party platforms.
The data needed to monitor these indicators can rely on existing regulatory requirements. In
particular, TAP TSI391 already requires that certain business-to-business data be made accessible to
competent authorities. In practice, this means that national enforcement bodies can request access to
relevant ticketing data from distributors. This may include access to comprehensive ticketing datasets
where necessary. The monitoring will therefore build on the market monitoring activities carried out
by national authorities (PM6).
The links between specific objectives, operational objectives, indicators and data sources is presented in the
table below.
391 OJ L, 2026/253, 10.2.2026, p. 1.
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Table 137: Link between specific objectives, operational objectives, indicators for monitoring and related
data source Specific objective Operational objectives Indicators Data sources
Improve transparency
and establish a level
playing field for
transport operators in
terms of access and use of
indispensable MDMS
• Achieve fair and non-
discriminatory commercial
agreement negotiations
(limited abuse of negotiating
power - reduce discriminatory
contractual clauses or
exclusivity arrangements)
• Ensure unbiased display of
travel options for end-users on
all MDMS platforms and clear
identification of paid
prominence or sponsored
listings
• Minimise unjustified price
divergence for identical offers
across platforms
• Number of transport
operators distributing
transport products on
indispensable MDMS
platforms
• Number of agreements
between MDMS
platforms and
transport operators
• Number of sanctions
imposed
• Increased consumer
satisfactions scores on
travel information
availability and
bookability
National
enforcement
authorities
European
Commission (via
the EU
enforcement
network)
Eurobarometer
Improve completeness of
rail offer on MDMS
platforms, including
indispensable RU
platforms
• Increase the availability of
single rail tickets (representing
a multi-operator journey)
across MDMS platforms
• Number of
indispensable RUs
present on third-party
platforms (in number
of agreements
between these parties)
• Number of cross-
border rail services for
which tickets are
available on third-
party platforms
National
enforcement
authorities
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ANNEX 13: DETAILED ASSESSMENT OF IMPACT ON COMPETITION
The proposed policy options aim to ensure a better functioning of the MDMS market in the EU and accelerate
the development of the rail one. While all POs address the identified problem drivers, and therefore improve
market conditions, some measures are expected to have a stronger impact on market dynamics. Some
measures are common to all options (PMs1 to 12) and are relevant for B2C and B2B MDMS platforms, to a
lesser extent for transport operators (especially RUs) and public authorities, and with a positive impact for
consumers.
This section assesses how the policy options affect:
• The functioning of the internal market for passenger rail services,
• The market for online ticketing services (including multimodal ones)
• Entry conditions and competitive dynamics in both markets.
The benchmark is the baseline scenario, described in Section 5.1 and characterised by voluntary commercial
negotiations between (rail)operators and MDMS platforms, heterogeneous contractual practices across
Member States, potential asymmetries where vertically integrated rail platforms combine operational and
distribution functions, and fragmented cross-border integration of ticketing and re-linking solutions. Under the
baseline, distribution access in rail is not guaranteed and depends on bilateral commercial incentives. This
creates legal and practical uncertainty for market participants and may limit cross-border expansion and entry
of new rail operators or platforms. Without EU intervention, fragmentation risks persist or increase as digital
distribution becomes more central to passenger choice and market access.
Common measures (PM1-PM8): horizontal improvement of neutrality and transparency
All policy options include common measures that:
• Extend CRS Code of Conduct obligations to all B2B and B2C MDMS platforms, including on neutral
display of transport offers on MDMS platforms, fair loading and processing of operator data
• Establish national authorities responsible for dispute settlement.
These measures address distortion of offers and improve transparency in ticket distribution markets. In
particular, neutral display reduces the risk of self-preferencing and increases the visibility of alternative
transport offers, strengthening competition on price and quality.
However, these measures do not guarantee the possibility for MDMS platforms to sell RU tickets nor the
possibility for RUs to be sold on indispensable RU platforms. Therefore, their effect on market structure is not
expected to be structural. They improve fairness but do not remove entry barriers caused by refusal to deal.
Comparative assessment across policy options
Policy Option 1: Facilitating integration
Under PO1, RUs with SMP and MDMS platforms with SMP are required to respect fair principles when
entering commercial agreements. However, the decision to conclude such agreement remains voluntary.
The internal market impact of PO1 lies primarily in improving predictability and reducing the risk of abusive
contractual clauses in negotiations involving large actors. It reduces asymmetries in bargaining positions
247
where SMP is present and strengthens legal certainty. This reduces asymmetry between large and smaller
actors and harmonises negotiation frameworks across the internal market. It strengthens internal market
coherence by increasing consistency of contractual practices, reducing discriminatory treatment, improving
legal certainty across Member States, and increasing the likelihood that agreements are concluded under
balanced terms, thereby facilitating integration of services.
The neutral display requirement (PM1) impacts the market by making alternative transport options more
visible, creating incentives to improve transport services and/or lower prices for customers. With neutral
display and without self-preferencing, users are more likely to choose the best (cheapest, most innovative, etc.)
offer. Competition between service providers is therefore promoted by these measures. Applying fair terms in
operator-MDMS with SMP license agreements (PM11) and on indispensable RU operator – MDMS
agreement (PM12) in all POs is expected to facilitate the development of commercial agreements by ensuring
to the weaker party equitable deals. It would have a significant impact on market conditions, as applying fair
terms in commercial agreement would lead to a level playing field for the distribution of tickets affecting all
players positioned in the market. This could in turn lead to changes in pricing strategies (lower prices to gain
market shares) and thus changes on the demand and supply side. The strong impact of PM11 and PM12 is
supported by the introduction of NEBs, that will guarantee the implementation of neutral display requirements
and fair terms by dealing with related complaints (PM6 and PM10), improving compliance and deterring
unfair behaviour.
Nevertheless, because no obligation to conclude agreements is introduced, structural barriers to entry in
distribution markets remain. Rail operators may still limit access to inventory, and MDMS platforms may
decline to integrate certain operators. As a result, fragmentation of ticket distribution across Member States
may persist.
PO1 therefore improves behavioural fairness and reduces extreme imbalances, but its impact on market
contestability and cross-border integration remains moderate.
Policy Option 2: Empowering requesting MDMS platforms to offer single tickets in rail
PO2 is expected to provide stronger incentives to improve the functioning of EU transport system than PO1
as it builds on the same measures while introducing an obligation for indispensable RUs to enter into
agreement with requesting MDMS (‘sharing obligation’) (PM13). This provides all platforms with the
possibility to sell tickets of all services of major interest for consumers, such as those of incumbent, public
service and cross-border operators. While this will come with initial adjustment costs, it will provide strong
benefits in the long run by allowing a broader distribution of key RU offerings, and the combination of these
newly acquired rail offers with other transport modes, providing innovative, competitive and more sustainable
journey options to consumers.
Indeed, PO2 is not only expected to reduce search costs for customers and facilitate matching demand and
supply for rail and multimodal journeys but also to increase competition in both the transport and the platform
markets. For example, in the rail transport market, the offers of different RUs will be presented on the online
platforms next to each other with their characteristics and price. This is likely to lead to more intense price
competition between operators. The lower train occupancy rates typically observed for new entrants compared
with incumbents suggest that tacit collusion - potentially facilitated by the price transparency of platforms—
is unlikely to emerge, at least until new entrants are fully established in the market and achieve occupancy
levels comparable to those of the incumbent on specific routes.
This corresponds to what has been observed in domestic rail passenger transport as a result of market opening,
with an initial sharp fall in prices as new entrants try to win market shares through aggressive pricing. Only at
248
a later stage, price stabilise at a level that is higher than the lowest observed right after entry, but still
significantly lower than the pre-entry monopoly price.
RUs also adopt other strategies to win customers, for example targeting specific market segments (low-cost
travellers, business travellers, etc) or providing additional services (free WIFI, bicycle transportation, etc). All
in all, market opening has resulted in advantages for consumers in terms of price, innovation and higher
frequencies, which in turn has increased train ridership392. It is expected that customers’ greater access to
information and ticketing would reinforce these developments.
Similarly to the impact on the transport market, PO2 will increase competition also in the online ticketing
market, by making available to all the offer of indispensable RUs. This is expected to erode the position of
indispensable RU platforms and encourage innovation in terms of wider offer of services and overall booking
experience. However, these effects will materialise gradually, and their full impact is likely to materialise only
in the medium to long-term.
Moreover, as under PO1, there is no obligation for indispensable RU platforms to integrate requesting
RUs. While market dynamics improve relative to the baseline, structural access to distribution is not
guaranteed. Entry barriers linked to refusal to conclude agreements may still arise.
PO2 therefore delivers a stronger improvement in internal market functioning than PO1, but without fully
addressing strategic exclusion risks.
Policy Option 3: Empowering requesting RU to be offered on indispensable RU platforms
PO3 is the most ambitious of the options in terms of potential market changes. As for PO1 and PO2 it contains
a measure on neutral display (PM1), fair terms in commercial agreements (PM11 and PM12) and a sharing
obligation (PM13). In addition to these measures, indispensable RU platforms are required to conclude ticket
sale agreements with requesting RUs active in their geographic scope enabling the distribution of the
corresponding tickets on their platform (PM14).
This means that the complete set of rail offers that one can expect to find on independent platforms as a result
of the ‘sharing obligation’, will also become a feature of indispensable RU platforms as a result of this ‘hosting
obligation’. In other words, while the transmission channel of PM13 will be the independent platforms and
their customer base, PM14 will produce its effect through the much wider reach of the indispensable RU
platforms. The expected outcome on competition and market functioning will be qualitatively similar to PO2,
but quantitatively stronger and earlier to materialise. In PO2, it will take time before customers of
indispensable RU platforms realise that independent platforms have a more complete offer and, possibly,
decide to switch to those distribution channels. In PO3 there will be no need for customers to modify their
purchasing habits, since they will be exposed to a more complete offer of rail journeys on the platforms, they
are most familiar with.
PM14 would therefore address much more effectively the competition obstacles linked to the strong position
of key RUs in both the operational and distribution market, which have been outlined by several national and
EU-level competition cases (see Annex 11). This would strengthen competition on the market for rail services,
where the lack of fair access to existing distribution channels is a significant barrier to market entry for new
operators.
392 A 2024 study shows that, in certain market segments, competition has slashed prices by 24% (in ES), boosted
ridership by 154% (in CZ), increased frequencies by 41% (in AT), raised the rail market share by 18% (in IT). Source:
Rail market opening: competition leads to lower ticket prices, EU study finds - Mobility and Transport
249
In the online ticketing market, PM14 would widen the offer of indispensable RU platforms. This might have
the effect of making them even more attractive for consumers and might reinforce their position vis à vis
independent platforms. Although this result might seem suboptimal from the perspective of the platform
market, PM1 to PM13 will ensure that indispensable RU platforms compete on fair ground with other
platforms and are no longer in a position to abuse their market strength. Moreover, PM14 would provide both
travellers and transport operators with a wider choice of platforms to cater for their needs and would eliminate
any preferential access to ticketing offers currently enjoyed by certain platforms. This is likely to promote
competition on quality of service and innovation rather than on providing exclusive content. The main goal is
to introduce conditions of fair competition in both transport and platform markets in a rapid and effective way
and PM14 achieves this producing the greatest benefit to consumers.
Accordingly, the impact of PO3 on the internal market is expected to be significant as:
• Access to distribution channels becomes more predictable,
• Entry barriers for new rail operators are removed,
• Vertically integrated distribution systems with SMP face constraints on exclusionary behaviour,
• Cross-border integration of rail services becomes more feasible;
• The near totality of customers will benefit from a complete ticketing offer.
PO3 therefore delivers the most substantial improvement in internal market integration and competition
intensity among the policy options.
Policy Option 4: Unbundling indispensable RU operators and platforms
PO4, with the PM 15, also requires indispensable RUs to conclude agreements under fair principles. However,
instead of imposing mandatory hosting obligations on indispensable RU platforms, it requires them to
unbundle their distribution systems from those of their parent operators.
This measure targets structural conflicts of interest rather than transactional access.
By separating operational and distribution functions, PO4 reduces incentives for preferential treatment and
improves neutrality in distribution markets. It addresses vertical integration concerns that may distort
competition. However, because PO4 does not impose a direct obligation on indispensable RU platforms to
conclude hosting agreements, its impact on guaranteed content availability differs from PO3. The
improvement in competition stems from structural governance rather than direct inclusion obligations. PO4
therefore strengthens competitive neutrality and internal market coherence, but its mechanism differs from
PO3.
While PM15 is expected to also prevent preferential treatment from incumbents to their own transport services
on their platforms, its efficiency is deemed to be lower than PM14, since unbundling is costly and complex to
implement and its effects are not immediate, but rather manifest themselves through time as a result of the
introduction of a different set of incentives.
EN EN
EUROPEAN COMMISSION
Brussels, 13.5.2026
SWD(2026) 301 final
COMMISSION STAFF WORKING DOCUMENT
EXECUTIVE SUMMARY OF THE IMPACT ASSESSMENT REPORT
Accompanying the documents
Proposal for a
REGULATION OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL
on multimodal booking and repealing Regulation (EC) No 80/2009
Proposal for a
REGULATION OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL
on rail ticketing
{COM(2026) 231 final} - {COM(2026) 232 final} - {SEC(2026) 300 final} -
{SWD(2026) 300 final}
2
A. Need for action
What is the problem and why is it a problem at EU level?
These initiatives aim to respond to the challenges identified in the political guidelines for the
European Commission 2024−20291 and address i) the lack of transparency, unfair
conditions and uneven playing field in the online ticketing market, on all Multimodal Digital
Mobility Services (MDMS) platforms active in aviation, rail, road and waterborne, and ii) an
incomplete offer of rail tickets on MDMS platforms2.
Both problems limit consumers’ ability to find, compare, combine and book travel options,
while considering the environmental impact of their choices.Thesecond problem creates
barriers to market entry for smaller railway undertakings, hinders competition, reduces
demand and leads to suboptimal return on public investment in rail. These initiatives will not
only foster the creation of new travel options but also make sure travellers find existing
options: an analysis of 100 routes in the EU showcases that in 76% of cases multimodal
options exist, yet very few MDMS platforms show options in different modes, and these are rarely
combined. A Eurobarometer survey from 2024 confirmed this is needed as among 26,000 EU
citizens a third never booked a multimodal or multi-operator journey. The survey also showed
that over a third of those who book such journeys experience booking barriers, including that
they couldn’t find a suitable combination or buy all the tickets they needed in one place, and
that in rail those barriers are greater.
Another concern for rail passengers is that they rarely enjoy passenger rights when their
journey involves different operators. The passenger rights dimension falls outside the scope of
this impact assessment and is addressed through a targeted revision of the Rail Passenger
Rights Regulation, which will ensure that rail tickets purchased in a single transaction on one
platform, so-called single tickets, are granted full passenger rights for the entire journey.
What should be achieved?
The general objectives are i) to promote single tickets in rail in support of modal shift, and ii)
improve the functioning of the online ticket distribution market, and in doing so contribute to
the competitiveness of the transport services market. These initiatives will contribute to these
general objectives by pursuing two specific objectives: (1) improve the completeness of the
rail ticket offer on MDMS platforms; (2) improve transparency and establish a level playing
field for transport operators in terms of access and use of indispensable MDMS. These
objectives are also aligned with the Smart and Sustainable Mobility Strategy3 goals to
improve the competitiveness of the transport sector and make multimodal mobility a reality.
1 ‘Europe’s choice - Political guidelines for the next European Commission 2024−2029: ‘Cross-border train
travel is still too difficult for many citizens. People should be able to use open booking systems to purchase
trans-European journeys with several providers, without losing their right to reimbursement or compensatory
travel. To this end we will propose a Single Digital Booking and Ticketing Regulation, to ensure that
Europeans can buy one single ticket on one single platform and get passengers’ rights for their whole trip’ 2 Platforms providing traffic and travel information (e.g., schedules, tariffs and availability of services) and
enabling the distribution of tickets, directly or via re-linking, for two or more transport operators, operating in
one or more transport modes. This includes Computerised Reservation Systems (CRSs), currently subject to a Code of
Conduct which will be repealed and replaced by including the relevant provisions in this initiative. 3 COM/2020/789 final
3
What is the value added of action at the EU level (subsidiarity)?
While Multimodal Digital Mobility Services can be developed at regional or national level,
the identified problems are present across the EU, and an EU-wide approach to deal with
them would avoid a fragmented market with increased costs and reduced benefits. The
European rail ticketing market is particularly fragmented as most incumbent railway
undertakings concentrate on their national operational monopolies rather than proposing well-
connected rail services across Member States.
B. Solutions
What are the various options to achieve the objectives? Is there a preferred option or not?
If not, why?
Four policy options have been designed to address the problems and achieve the objectives,
although with a different level of effectiveness and efficiency. PO1 takes a light touch
approach that ensures data is processed fairly and transport offers are displayed neutrally on
MDMS platforms. It also imposes conditions for contractual distribution agreements on
indispensable MDMS platforms and indispensable railway undertakings4. PO2 adds to PO1
an obligation for indispensable railway undertakings to enable the distribution of their tickets
on MDMS platforms5. PO3 adds to PO2 anobligation on indispensable railway undertakings
to distribute the tickets of competitors. PO4 presents an alternative to PO3 by obliging
indispensable railway undertakings platforms to unbundle their operational and ticket
distribution services, which comes with higher costs.
All policy options demonstrate coherence and respect the subsidiarity principle. With respect
to proportionality, PO3 achieves best the objectives, while maintaining a lower level of
market intervention compared to PO4. PO3 is the preferred policy option as it is most
effectiveat fostering complete rail offers, also on indispensable railway undertakings
platforms, and supporting a faster shift towards more sustainable travel options. It presents net
benefits and is the most efficient option.
What are different stakeholders’ views? Who supports which option?
Most stakeholders recognized the need for PO1. MDMS platforms were more sceptical than
other stakeholder groups, warning that rules on neutral display may hinder innovation.
Railway undertakings believed that distribution fee levels should not be regulated.
Stakeholders appeared more divided on PO2, with consumer organisations, national
authorities and NGOs being supportive, MDMS platforms being rather positive or neutral, and
indispensable railway undertakings opposing it, underlining that mutual commercial interest
must guide collaboration rather than mandated access. Most national authorities, consumer
organizations and NGOs supported PO3, while MDMS platforms were mostly neutral or
opposing this option, and most transport operators opposed it. Indispensable railway
undertakings and independent MDMS platforms raised the risk of increased market
concentration of railway undertakings. Conversely, new entrant railway undertakings
supported the targeted intervention and perceived PO3 as the key enabler to “double modal
shift of rail for long-distance travel”. PO4 divided stakeholders, opposing the views of new
4 Railway undertakings that operate: 1) PSO services, 2) cross-border services, or 3) more than 50% of total rail
services in a Member State. 5 Independent platforms benefiting from this currently hold an estimated 3% market share in rail ticket
distribution
4
entrant and indispensable railway undertakings, the former perceiving it as a “game changer”
for new entrant’s accessibility to key rail platforms and visibility towards consumers, and the
latter outlining the organisational complexity of unbundling and the necessary link between
ticket revenues and sustaining rail operations.
C. Impacts of the preferred options
What are the benefits of the preferred option (if any, otherwise main ones)?
MDMS platforms and transport operators will benefit from cost savings due to streamlined
negotiation processes, estimated for each at EUR 134 million expressed as present value
over 2028-2050 relative to the baseline. Society at large will benefit from external costs
savings (i.e., related to reductions of CO2 and air pollutant emissions, noise
emissions, fatalities and injuries, and congestion) estimated at EUR 37.6 billion expressed as
present value over 2028-2050 relative to the baseline. The net benefits of PO3 are estimated
at EUR 37.3 billion. The rail transport market will benefit from increased competition,
leading to an increased offer, reduced prices and increased passenger numbers, and more
innovation. This helps attracting passengers who will also spend less time looking for
suitable travel options. PO3 is aligned with the 'digital by default' principle and with the
environmental objectives of the European Green Deal and the European Climate Law.
What are the costs of the preferred option (if any, otherwise main ones)?
Total costs of PO3 are estimated at EUR 306 million, expressed as present value over 2028-
2050 relative to the baseline. Of this, 40% are one-off and recurrent adjustment costs for
MDMS platforms that will need to adjust IT systems to comply with neutral display
requirements, set up application programming interfaces to share non-personal data with
transport operators and public authorities (EUR 122.3 million). Adjustment costs for railway
undertakings to enable the distribution of their tickets represent another 14% of the total costs
(EUR 42.2 million). The enforcement costs for national authorities are estimated at EUR
106.5 million (35% of the total costs) and the administrative costs for settling disputes and for
processing notifications from platforms with Significant Market Presence at EUR 28.9 million
(9% of the total costs), expressed as present value over 2028-2050 relative to the baseline.
The costs for the European Commission to designate MDMS with Significant Market
Presence at EU level represent less than 2% of the total costs (EUR 5.3 million).
What are the impacts on SMEs and competitiveness?
SMEs are out of scope of these initiatives, which do not pose obligations on them, however
PO3 is expected to benefit them and have a positive impact on their competitiveness and
generate cost savings. SME MDMS platforms benefit from a level playing field for all players
(EUR 90.5 million) and SME operators in all modes from access to key platforms (EUR 96.1
million).
Will there be significant impacts on national budgets and administrations?
Total additional (one-off and recurrent) administrative burden for national authorities is
estimated at EUR 1.86 million per year, driven by the requirement to process notifications
from platforms with Significant Market Presence and to submit this information to the
Commission, and for settling disputes. In addition, enforcement costs to monitor the correct
implementation of the legislation are estimated at EUR 6.1 million per year.
5
Proportionality
PO3 is considered proportionate as action at EU level is limited to what is necessary to
address a clear market failure, achieving the EU transport policy objectives on the Single
European Railway Area.
D. Follow up
When will the policy be reviewed?
Commission services will monitor the implementation of these initiatives through a set of
indicators (e.g. number of operators on indispensable MDMS platforms, increased consumer
satisfaction) that will measure progress towards achieving the objectives. At least five years
after the implementation date, the Commission services should carry out an evaluation.
EN EN
EUROPEAN COMMISSION
Brussels, 13.5.2026
COM(2026) 231 final
ANNEX 2
ANNEX
to the
REGULATION OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL
on multimodal booking and repealing Regulation (EC) No 80/2009
{SEC(2026) 300 final} - {SWD(2026) 300 final} - {SWD(2026) 301 final}
EN 1 EN
Annex II
Correlation table for the repeal of g Regulation (EC) No 80/2009
1.
Regulation (EC) No 80/2009 This Regulation
Article 1 Articles 1 and 2
Article 2 Article 3
Article 3 Article 5
Article 4 Article 5 (3)
Article 5 Article 7
Article 6 Article 6
Article 7 Article 8
Article 8 Article 11
Article 9 Article 7 (2)
Article 10 /
Article 11 /
Article 12 /
Article 13 Articles 12 and 13
Article 14 Articles 12 and 13
Article 15 Article 14
Article 16 Article 12
Article 17 /
Article 18 Article 17
Article 19 Article 19
Annex I Article 7
Annex II Annex II