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2012 London Olympics - Lee Valley White Water Centre

Bespoke whitewater course for the London 2012 Olympics 

A man‑made white‑water course with fast flowing water, gates, and concrete barriers. Several kayakers navigate the rapids while a few people stand on the bank near fencing and equipment.

Location

Lee Valley, United Kingdom

Client

Olympic Delivery Authority

Architect

FaulknerBrowns

This award winning artificial whitewater course is a landmark multi-disciplinary engineering achievement, created for the London 2012 Olympic canoe slalom events and designed to host 12,000 spectators. Built with sustainability at its core, the Lee Valley White Water Centre features a world first self contained lake with independent pumping stations, enabling rainfall collection, reduced evaporation, controlled water‑level management, and consistently high water quality. 

The new facility building includes a reception area, changing facilities, equipment storage, and spectator spaces. Our multi-disciplinary team addressed the engineering challenges of a flood‑prone site through resilient flood mitigation solutions, slope‑stability analysis, and detailed environmental design to ensure long‑term safety and sustainability. This enabled us to deliver a complex, bespoke major leisure destination that has hosted high profile canoe and kayak competitions.

Damien Dungworth, Associate Director, commented, “Delivering the Lee Valley White Water Centre was a true multi-disciplinary achievement. Despite the challenges of the former landfill site, our team created a world‑class, sustainable venue that performed brilliantly for the 2012 Olympics and continues to thrive as a major leisure destination. It’s a testament of our ability to solve complex engineering challenges and deliver lasting impact.” 

Key fact

The brownfield site in the Lee Valley is located on former sand and gravel extraction pits that were landfilled during the 1980s. 

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A person wearing a burgundy sweater over a checked shirt stands with folded arms in front of a textured green moss wall.

Kevin McGee

Head of Geoenvironmental Engineering, Geotechnical

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This project showcases how collaborative engineering ingenuity can transform a complex site into a world‑class, sustainable venue that continues to deliver value long after the 2012 Games.

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