Cambridge North Station: 2026 Construction Update
Cambridge’s new North railway station opens, boosting regional connectivity and economic growth. Sustainable design features include solar panels and extensive cycle parking.

Cambridge North Station: Project Profile
The Cambridge North Railway Station is a modern transport hub designed to serve the city’s rapidly expanding northern fringe, including the internationally significant Cambridge Science Park. This project profile details the station’s technical specifications, its role as a key multi-modal interchange, and its benchmark-setting sustainable design features. The facility provides critical infrastructure to support regional economic growth by improving connectivity and reducing road congestion.
Project Fact Sheet
| Attribute | Details |
|---|---|
| Project Name | Cambridge North Railway Station Development |
| Location | Cambridge, Cambridgeshire, United Kingdom |
| Platform Length | 2 x 245-metre mainline platforms; 1 x bay platform |
| Line Speed | N/A (Station Project on West Anglia Main Line) |
| Estimated Cost | Approximately £50 million |
| Status | Operational (Opened May 2017) |
| Key Contractors | Network Rail (Client/Manager), Atkins (Design), VolkerRail (Construction), Polysolar (BIPV) |
Technical Specifications
The core infrastructure of Cambridge North Station includes three platforms capable of accommodating 12-car train sets, future-proofing the station for increased service capacity. The two 245-metre mainline platforms serve through-services on the West Anglia Main Line, while a third bay platform facilitates terminating and starting services. The 4,843 sq ft station building features a distinctive perforated rainscreen cladding, with a pattern algorithmically generated from John Horton Conway’s “Game of Life,” linking the architecture to Cambridge’s scientific heritage.
Sustainability is integrated directly into the station’s engineering. A key feature is the 1,000-space cycle parking facility, which is sheltered by a 49 kWp Building-Integrated Photovoltaic (BIPV) canopy. This system, comprising 196 high-performance solar panels, supplements the station’s power requirements. Additional sustainable elements include a green roof on the main building to enhance thermal insulation and manage rainwater runoff, and extensive use of energy-efficient systems throughout the facility.
Strategic Importance & Key Takeaways
- Economic Catalyst for the Tech Corridor: The station provides direct, high-capacity public transport access to the Cambridge Science Park, St John’s Innovation Centre, and Cambridge Business Park, strengthening the region’s position as a leading technology and research hub.
- Blueprint for Multi-Modal Integration: The project successfully integrates heavy rail with other sustainable transport modes, featuring a dedicated stop on the Cambridgeshire Guided Busway, extensive cycle paths, and 1,000 cycle parking spaces, creating a seamless commuter journey.
- Benchmark in Sustainable Infrastructure: Through its large-scale BIPV system, green roof, and emphasis on cycle-rail integration, Cambridge North serves as a replicable model for developing low-carbon, environmentally responsible transport infrastructure in the UK.
Frequently Asked Questions (FAQ)
What is the primary purpose of Cambridge North Station?
The primary purpose of Cambridge North Station is to provide direct rail access to the business and science parks in the northern part of Cambridge, support regional housing growth, improve connectivity to London, and alleviate significant road congestion on the A14 and A10 arteries by encouraging a modal shift to public transport.
Who were the main contractors for the Cambridge North Station project?
The project was a collaborative effort led by Network Rail as the infrastructure manager. The multidisciplinary design was provided by Atkins, principal construction was carried out by VolkerRail, and the innovative solar-powered cycle shelter was delivered by Polysolar, with support and integration planning from Cambridgeshire County Council.

