Aylestone Meadow Footbridge, Leicester
Danaher & Walsh was appointed by Leicester City Council to replace an ageing and unsuitable bridge with a new, safe and accessible structure
Project overview
The project involved replacing an ageing and unsuitable bridge with a new, fully accessible timber structure. The scope of works included the removal of the old bridge, construction of new abutments, and installation of a 4.5-metre-wide solid timber bridge.
Environmental and sustainability considerations were at the heart of the scheme. Vegetation clearance was carried out in stages under the guidance of an environmental specialist, allowing small animals to relocate safely and without disturbance. Steel screw piles were used in place of traditional piling, installed with light plant to minimise disruption. Additionally, new habitats for insects were created using dead wood and branches collected during site clearance.
The project was delivered in close collaboration with Leicester City Council and Leicester City Parks, whose support enabled quick decision-making throughout.
Outcomes
The completed bridge has transformed accessibility to the park. For the first time in more than 30 years, mobility scooter and wheelchair users can cross directly, removing the need for lengthy detours.
The new structure has also eliminated the safety risks of the old bridge, which was narrow, curved, and often slippery, leading to accidents in the surrounding wetland areas. Community involvement was a key element, with features such as the spacing between bollards designed in consultation with local users to ensure inclusivity.
Feedback from the community has been overwhelmingly positive, praising both the quality of finish and the swift delivery of the scheme. The sustainable construction methods, particularly the use of screw piles, ensured the works had minimal environmental impact and preserved the natural character of the site.
- Client Leicester City Coucil
- Project value £200k
- Date 2025
- Expertise Bridgeworks
- PDF Case Study Case Study






