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    HS2

    Dura Composites is proud to be working for HS2: Britain’s new high-speed rail line.

    As a trusted innovation partner, we’re helping HS2 reduce embodied carbon and deliver on its ambition to be the world’s most sustainable high-speed rail network. From the vast quantities of steel and concrete in construction, to the movement of materials, tunnelling, and long-term maintenance, every tonne moved and manufactured adds to the project’s embodied carbon footprint. HS2’s own carbon balance sheet highlights these challenges clearly: so reducing construction and logistics emissions throughout the supply chain remains key to achieving its net zero objectives.

    Our Measured Carbon Impact

    163,252 kg CO2e

    To date, by choosing Dura Composites products, HS2 has saved 163,252kg of embodied carbon dioxide equivalent (CO₂e) across viaduct and over-bridge projects.

    That’s the same as the annual carbon absorption of 14,700 mature trees.

    That’s the same as driving 1.5 million miles in a diesel car.

    That’s the same as taking 920 economy flights from London to Dubai.

    At Dura, we believe the best way to decarbonise major infrastructure is to design carbon out from the outset.

    Our d² GRP walkway systems, chosen by HS2 for multiple viaducts, are engineered for low embodied carbon and can be fully repurposed at end of life — offering a practical, measurable route to long-term carbon reduction.

    Every element of the system, from material selection to packaging and logistics, has been carefully considered to support a closed-loop, low-carbon delivery model.

    Our ability to deliver lighter, modular, recyclable components delivers direct carbon savings through:

    • Reduced emissions – using less raw material without compromising performance
    • Lower freight and logistics impact – lighter loads mean less fuel consumed
    • Fewer vehicle movements – optimised nesting and truck loading maximise every journey
    • Sustainable packaging – pallet-free systems and minimal shrouding cut disposal impacts
    • Certified logistics – FORS Gold-accredited fleet ensures safer, cleaner transport
    • Future circularity – Only Dura’s modular GRP components can be removed, reused, or repurposed without landfill

    Together, these steps create measurable gains not just at installation, but throughout the product’s life cycle – helping to balance HS2’s construction and operational carbon accounts and supporting the shift from carbon-intensive materials and processes toward renewable, recyclable solutions.

    Across the HS2 network, Dura Composites’ systems are being deployed on some of the most complex viaduct and over-bridge schemes, where carbon reduction, safety and construct-ability are equally critical.

    Saltley Viaduct Model HS2
    Aston Church Overbridge as part of HS2

    A selection of the projects Dura Composites is currently supporting with Design, Supply and Build

    HS2 Aston Church Road Overbridge

    Aston Church Road Overbridge

    At 84 metres long and 21 metres wide, the bridge crosses the existing Birmingham to Derby railway line and provides an upgraded, safer section of Aston Church Road including cycleways. By choosing d² Dura Platform 100, HS2 achieved an embodied carbon saving versus the material originally specified.

    HS2 Highfurlong Brook Viaduct

    Highfurlong Brook Viaduct

    This 163-metre-long viaduct near the village of Aston le Walls in Northamptonshire was the first to be structurally complete on the HS2 route in September 2024. By choosing d² Dura Slab 50-475 EasyLift for Twyford Viaduct, HS2 achieved an embodied carbon saving of 63,925kgs CO2e versus the material originally specified.

    Saltley Viaduct HS2

    Saltley Viaduct

    This replaces the existing road bridge that did not provide sufficient clearance for HS2 to pass underneath. Pedestrians and cyclists are fully segregated from road traffic, with generous 4-metre wide cantilevered walkways topped with d² Dura Platform 100, achieving an embodied carbon saving versus the material originally specified.

    HS2 Godington Overbridge

    Godington East and West Viaducts

    The Godington viaducts are each 75 metres in length and 12.7 metres in width. The use of Dura Slab for the walkway surface helps to solve many of the challenges experienced during the deployment of pre-cast concrete to other areas of the structure. The lightweight nature of each modular panel helps to mitigate the logistics challenges of getting the beams to the site due to the distance from access gate to the site.

    By choosing d² Dura Slab 50-475 EasyLift for Godington West Viaduct, HS2 achieved an embodied carbon saving of 34,986kgs CO2e versus the products originally specified. For Godington East Viaduct, the figure is 34,736kgs CO2e, meaning both projects combined save the equivalent to carbon emissions from driving 330,820 miles in a diesel car, taking 204 economy flights from London Heathrow to Dubai, or the annual carbon absorption of 3,158 mature trees.

    HS2 Viaduct Map

    Twyford Viaduct

    The section between Twyford and Greatworth is one of the busiest phases of the project. By choosing d² Dura Slab 50-475 EasyLift for the 82 metre Twyford Viaduct, HS2 achieved an embodied carbon saving of 29,605kgs CO2e versus the material originally specified.

    Moor Street Queensway

    Eastside Metro Extension: Temporary Tram Terminus for HS2 Integration. Dura Composites partnered with Midland Metro Alliance to deliver a modular, low-carbon tram terminus, enabling early passenger services and easing congestion ahead of the full route completion.

    Positioned near Moor Street Station and Birmingham City University, it provides a vital link to the future HS2 Curzon Street Station for seamless multimodal travel. Using the d² Dura Platform system – lightweight, rapid-install, and fully demountable, the solution maximises asset lifecycle, reduces waste, and supports sustainability goals. Scope included full design, supply, and installation with integrated access features during a live urban transport programme.

    Background image

    GRP Permanent Formwork

    In collaboration with our sister company Mekina Industries, we’re extending our commitment to HS2’s low-carbon goals through innovative GRP permanent formwork solutions.

    As part of the Godington East and West Viaducts project in Oxfordshire, delivery partner EKFB required a durable, safe, and sustainable decking system to be installed above and between precast W9 concrete beams. With structural complexity, limited access, and tight programme constraints, the solution needed to combine strength and precision with reduced embodied carbon.

    Mekina’s Mek-Dek Lite panels met this challenge head-on. Engineered from lightweight composite materials, the system offers the structural performance of traditional formwork while significantly reducing transport emissions, manual handling risk, and on-site waste. In total, 240 panels were installed above and 180 between the precast beams — forming a continuous, secure, and long-lasting surface that improves safety, efficiency, and whole-life sustainability.

    About HS2

    HS2 is a major rail infrastructure project in the United Kingdom, aimed at creating a high-speed rail network connecting London to Birmingham. The project is designed to improve rail capacity, reduce travel times, and boost economic growth in regions outside London.

    Dura Composites is fully aligned with HS2’s principles of promoting economic growth, ensuring value for money, respecting communities, championing collaboration, and creating a lasting legacy.

    Dura Transport for HS2

    HS2 Safety and Environmental Standards

    HS2 Ltd has set out high standards for HGV safety measures that reflect industry best practice. These measures set the standards for aspects such as mirrors, audible warnings and vehicle signage.

    Fleet operators delivering goods to HS2 must be as a minimum Fleet Operation Recognition Scheme (FORS) Bronze and actively working towards Silver. Dura Composites is proud to have active Gold accreditation, a testament to the quality of our HGV fleet operations.

    Together, these innovations are helping HS2 set new standards for low-carbon delivery and demonstrate how intelligent composite design can transform Britain’s infrastructure for generations to come.

    Our Specialists

    We’re helping to answer the major challenges facing Britain’s railway network such as capacity, reliability and efficiency. Talk to our experienced team about how you can tap into our specialist knowledge and engineering capability for your project.

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