UK Rail: CMA Study Impacts Infrastructure & Future Projects

CMA studies UK road & rail infrastructure, aiming to optimize project delivery and reduce costs. The report, due November, will impact future railway projects.

UK Rail: CMA Study Impacts Infrastructure & Future Projects
June 21, 2025 7:19 am

CMA Launches Market Study to Optimize Road and Rail Infrastructure Delivery

In a move poised to reshape the landscape of UK infrastructure, the Competition and Markets Authority (CMA) has initiated a comprehensive market study into the civil engineering sector, focusing on road and rail projects. The study, announced this week, will examine how public sector and industry collaboration can be improved to enhance project delivery and reduce costs. This initiative, the first of its kind following the government’s strategic steer, aims to identify barriers and inefficiencies, ultimately supporting the government’s long-term growth and infrastructure strategies. The study will assess procurement and planning processes, focusing on the sector’s contribution to the UK economy and the potential for improved value for taxpayers. The investigation will conclude within ten months, with a roadmap and interim report set for publication in November.

Procurement and Planning: The Core of the Review

The CMA’s investigation is driven by the imperative to optimize the civil engineering sector, which contributed a substantial £23 billion to the UK economy in 2023. The study will dissect procurement and planning processes to pinpoint any unnecessary barriers that hinder firms. This encompasses scrutinizing decision-making, identifying regulatory and operational bottlenecks, and exploring changes that could foster innovation and growth within the industry. The focus will be on how public authorities and the civil engineering sector can work together to ensure that projects are delivered on time, within budget, and to high standards. Key areas of inquiry will include the use of existing frameworks and the impact of project specifications on cost and delivery timelines. The CMA will take into account national and regional perspectives, ensuring a balanced and evidence-based approach.

Economic Impact and Infrastructure Targets

The urgency of this study is further underscored by the National Infrastructure Commission’s projections. Public and private investment in infrastructure is predicted to increase by 30–50% over the next decade to meet targets. Moreover, improved system-wide practices could potentially reduce project costs by up to 25%. Road and rail projects currently consume 70–75% of government spending on economic infrastructure, making these sectors critical to the overall economic performance. The CMA’s findings will inform recommendations to the government, emphasizing strategies to deliver better value for taxpayers and support the efficient allocation of resources. The analysis will consider the entire lifecycle of publicly funded road and rail projects, including construction, enhancement, and maintenance. (Note: HS2, having already been scrutinised, is excluded, as are privately procured roads and smaller maintenance activities such as pothole repairs).

Stakeholder Collaboration and Regulatory Framework

The CMA emphasizes a collaborative approach, promising to work closely with stakeholders throughout the study. This approach aligns with its “4Ps” principles: pace, predictability, proportionality, and enhanced processes. The Chief Secretary to the Treasury, Darren Jones, highlighted the study’s significance in building upon the 10-year infrastructure strategy, aiming to deliver growth with evidence-based, independent findings. This multi-faceted approach is designed to balance the needs of industry with the requirements of the public sector. The Civil Engineering Contractors Association (CECA) has welcomed the initiative, recognising its potential to improve project outcomes and support the government’s growth ambitions. CECA Chief Executive, Alasdair Reisner, has noted that improved efficiencies within the sector could lead to better outcomes for all stakeholders involved.

Anticipated Outcomes and Industry Implications

The CMA’s market study promises significant implications for the civil engineering sector and the broader infrastructure landscape. By identifying and addressing barriers to efficient project delivery, the study aims to create a more competitive, innovative, and cost-effective environment. The recommendations, expected within ten months, could lead to changes in procurement processes, regulatory frameworks, and industry best practices. The focus on improved collaboration and optimized decision-making holds the potential to reduce project delays, control costs, and ultimately deliver better value for taxpayers. The interim report, slated for November, will offer an early glimpse into the CMA’s findings and roadmap, offering valuable insights for industry participants. The study’s conclusions are poised to influence future investment decisions and shape the trajectory of UK infrastructure development for years to come.

Conclusion

The CMA’s market study into the civil engineering sector marks a pivotal moment for the UK’s infrastructure ambitions. By delving deep into the intricacies of project delivery, the investigation seeks to unlock efficiencies, stimulate innovation, and secure better value for the public. The focus on procurement, regulatory frameworks, and collaborative practices underscores the commitment to improving the sector’s overall performance. The expected outcomes, including a roadmap and interim report, will provide crucial insights for industry stakeholders and policy makers alike. The success of this initiative hinges on the active participation of all parties involved. The study has the potential to reshape the landscape of road and rail construction, supporting sustained economic growth and a more resilient infrastructure network. With the study’s swift timeframe and inclusive approach, the rail industry should watch this development closely, as it will have a significant impact on future projects.