Context

As part of the external landscape for the SAP3 project at the University of the West of England in Bristol, Langley Design was asked to design, manufacture and install 3 bespoke timber-clad bin stores to provide secure storage for recycling units, a large tensile canopy serving as a functional and aesthetically-pleasing sheltered cover for students, and cycle racks to create ample parking across the site.

Aim

The SAP3 project involved the construction of three 6-storey student accommodation blocks at the Frenchay Campus. Designed by Stride Treglown and built by Vinci Construction, the main aim of the development was to meet the stringent Passivhaus standards, focusing on energy efficiency and sustainability.

Work undertaken

Integrating with the campus’s sustainable ethos and complementing the surrounding green spaces, Langley Design crafted street furniture solutions that are modern, sleek and functional.

Bin stores

Three custom-made Sheldon Bin Stores (SBS304) were installed as fully-enclosed, roofed structures. Featuring galvanised steel columns and RAL 7016 guttering, the bin stores provide robust weather protection while maintaining proper ventilation. Clad in treated Redwood (TRC4) and equipped with sliding, lockable gate options on one unit, the bin stores integrate seamlessly with the natural landscape, combining practicality with aesthetic appeal.

Canopy

A Pewsham Tensile Fabric Hypar Canopy (PTC401) was installed to create a versatile outdoor space for students to eat, meet and relax. Measuring 10 x 5m, the canopy is supported by galvanised steel posts powder-coated in RAL 9005 Jet Black, while the Boulder-coloured fabric complements the campus environment. The structure provides shelter from the elements while enhancing the visual and functional quality of the outdoor space.

Cycle racks

To encourage eco-conscious travel and create an expansive cycle parking facility for students, a suite of Malford cycle racks was provided for the internal cycle storage facility. This included 180 efficient two-tier cycle racks (MCR205), 20 semi-vertical cycle racks (MCR206), 4 versatile cycle hoops (MCR200), and 7 bespoke wall-mounted cycle hoops (MCR200 N/S).

Result

Langley Design worked closely with Vinci Construction to ensure the project successfully enhanced both the practicality and visual appeal of the campus. All elements were designed to integrate seamlessly with the surrounding green spaces while maintaining modern, functional aesthetics.

The fully-enclosed bin stores ensured hygienic and efficient waste management; the canopy created a versatile and weather-protected outdoor area; and the cycle parking facilities supported sustainable transport options.

These interventions demonstrate how thoughtful street furniture design can support student well-being, sustainability goals and high-quality campus environments.