Pushing Material Boundaries Through Design
Squash has seen technological advancements in the evolution of racquet design from wood to graphite with refinement in the pursuit of lightness and rigidity. Within our design process, we explored architectural possibilities for efficient structures which express lightness and delicacy. The sports pavilion archetype put us in mind of simple, playful, and elegant structures, often situated adjacent to playing fields or parks.
In collaboration with Elliott Wood Engineers, we searched for a design solution which could achieve a large span and efficient use of the structural properties of each material. The lightweight roof is supported by timber inverted bow trusses to achieve the desired span without compromising views of the court. This modular system creates an open, transparent structure which gives the building its identity and references the technological advancements in racquet design. It can be configured to different modes of use, including training camps, tournaments, or high-level events. The system is scalable, allowing for a single exhibition court or multiple courts, configured to various arrangements and orientations with supporting facilities.
The pavilion is designed to be energy efficient and environmentally discreet. A hybrid system of timber, steel and concrete allows efficient use of the structural properties of each material and uses less carbon than an equivalent steel structure. Fixed horizontal louvres give protection from direct light and help maintain a thermally controlled environment. Low-energy air-intake is via concealed vents below the tin line and automated opening vents (AOV) systems are activated with temperature and humidity sensors.
Solar PV cells on the roof generate renewable electricity while active flooring transforms footfall on the court into clean electricity and data for feedback analysis. The courts will integrate the latest digital technology for a state-of-the-art training facility including video tracking & analysis and LED visualisation technology.