Birmingham Curzon Street Station Reaches Major Engineering Milestone with Platform Deck Beams and Eastside Metro Integration

Transforming the Skyline of Britain’s Second City with High-Speed Rail Assembly

BIRMINGHAM, West Midlands — In a benchmark civil engineering milestone for national infrastructure, High Speed Two (HS2 Ltd) and main works contractor Mace Dragados Joint Venture (MDJV) have made dramatic above-ground progress on the iconic Curzon Street Station megaproject in central Birmingham. Following the successful placement of all 2,011 underground foundation piles earlier this year, structural operations have rapidly transitioned to the heavy assembly of the monumental platform deck that will support the station’s seven 400-metre high-speed rail platforms.

Representing the first brand-new intercity railway terminus constructed in the United Kingdom since the Victorian era, Curzon Street Station is engineered as a zero-carbon, BREEAM 'Outstanding' civic icon. Once fully operational, the station will establish high-capacity, high-speed rail connectivity linking the West Midlands with London Euston and regional economic corridors, unlocking over £1.4 billion in regional regeneration and serving as the focal point of the wider Birmingham Curzon Masterplan.

Precision Civil Engineering: 556 Giant Precast Beams and Curzon 2 Viaduct

The ongoing structural phase involves the meticulous placement of 556 giant precast concrete deck beams, each measuring up to 34 metres in length and weighing up to 58 tonnes. Working within a restricted urban footprint flanked by active rail lines, engineering teams deployed specialized Self-Propelled Modular Transporters (SPMTs) and 600-tonne crawler cranes to position the immense structural members with millimeter precision without interrupting passenger operations into neighboring Birmingham New Street Station.

Complementing the station deck, HS2 engineers have completed the sliding of the massive Curzon 2 viaduct—the tallest bridge structure on the high-speed rail network at over 40 metres high. The elegant steel-and-concrete curved viaduct will carry high-speed electric trains across Digbeth Canal, Lawley Middleway, and existing suburban freight tracks, creating a dramatic architectural gateway into the central terminal concourse.

Seamless Multimodal Integration with the West Midlands Metro Eastside Extension

Designed to be an interconnected multimodal interchange rather than an isolated terminal, Curzon Street is being integrated directly with the West Midlands Metro Eastside extension delivered by the Midland Metro Alliance (MMA). Following the opening of Phase One to Millennium Point, civil contractors are executing deep utility diversions and guideway excavation along New Canal Street to construct a purpose-built tram station directly beneath the Curzon Street concourse.

This subterranean light rail integration will allow arriving passengers to transfer seamlessly between intercity high-speed trains, regional battery-electric trams, local bus networks, and walking routes heading into Digbeth’s creative quarter. The station design incorporates thousands of bicycle storage bays, dedicated active travel cycle highways, and pedestrianized public squares paved in local Derbyshire stone.

Anchor for Sustainable Urban Regeneration Across Digbeth and Eastside

Civic leaders from the West Midlands Combined Authority (WMCA) and Birmingham City Council underscored that Curzon Street Station is already acting as an immense magnet for private sector commercial, tech, and educational investment. Anchoring the ambitious 'Birmingham Central Heart' vision, the surrounding Eastside district is welcoming thousands of new zero-emission homes, universities, and commercial enterprise campuses, proving how bold public infrastructure investment revitalizes industrial heartlands.