The Forest Green Rovers' Eco Park Stadium combines sustainably-sourced timber, innovative construction techniques and advanced material research to create a functional and environmentally considerate venue. Part of a larger development, the stadium is designed to integrate with its surroundings while offering facilities that benefit both the football club and the wider community.

The design integrates the existing meadow landscape with the addition of the stadium and supplementary amenities. Using low-carbon construction methods, the stadium will be the world's first entirely timber football venue. Sustainably sourced timber will form most elements, including the structure, roof cantilevers and cladding, emphasising the material's durability, recyclability and aesthetic appeal. Unlike conventional stadiums that use concrete or steel for terraces and floor slabs, this design incorporates timber for these elements, reducing embodied carbon.

The stadium's roof features a transparent membrane that supports grass growth, minimises shadows and reduces the visual impact on the surrounding landscape. With seating calculated for optimal, unobstructed views, fans will experience close proximity to the action, creating an engaging matchday atmosphere. Designed for future scalability, the stadium will initially accommodate 5,000 spectators, with the capacity to expand to 10,000 without extensive construction work.

The project also aims for carbon-neutral or carbon-negative outcomes, with provisions for on-site renewable energy generation. The sustainable design of buildings across the site supports these environmental goals, showcasing how architecture can balance ecological considerations with aesthetic appeal.

Forest Green Rovers' Eco Park Stadium
Location Stroud, United Kingdom
Architect Zaha Hadid Architects
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