Sturry Link Road
VolkerFitzpatrick has been appointed to design and build a much-needed highway crossing over a rail line and river in Kent on behalf of Kent County Council (KCC).
VolkerFitzpatrick is constructing a 550-metre-long road, with a 250-metre viaduct set to be built over the Great Stour River, the river’s flood plain, and the railway line from Canterbury to Ramsgate. The viaduct will be supported by a 5-span structure, with the longest span distance being 56 metres apart.
As well as the construction of a new bridge which includes a dedicated bus lane and multi-user footway, VolkerFitzpatrick will be delivering a new roundabout and approach roads to connect to the bridge. The installation of pedestrian crossing points, new street lighting, environmental mitigation works, drainage and ponds will also be included in the project.
"We are delighted to have been appointed by Kent Council Council to deliver the new Sturry Link Road. This project underscores our unwavering dedication to alleviating congestion and enhancing local infrastructure for the benefit of local communities. Our meticulous planning and steadfast commitment are laying the foundation for a more vibrant and connected future between Canterbury and Sturry."
Deon Scholtz Divisional Director - Infrastructure
VolkerFitzpatrick is working closely with Kent County Council to ensure the A28 will remain open for most of the duration of the project. To further help minimise disruption and time spent on site, the new roundabout is being built offline and will be installed towards the end of the project.
VolkerFitzpatrick will provide employment and apprenticeship opportunities. As well as working with supply chain contractors from the surrounding area, they are engaging with local educational establishments, including The King's School, reputedly the oldest school in the world. They are also working collaboratively with several VolkerWessels UK business units including VolkerGround Engineering and VolkerHighways.
Construction is scheduled to commence next year and is expected to span 93 weeks, concluding in Winter 2026.
