Temple Complex
James Gorst Architects
MAIN CONTRACTOR
Beard Construction
ACOUSTICS CONSULTANTS
Theatre Projects
TIMBER FRAME
Pacegrade
STRUCTURAL ENGINEERING
Eckersley O'callaghan
SERVICE ENGINEERING
Skelly & Couch
LOCATION
Rake, United Kingdom
CATEGORY
Temple, Community Center
James Gorst Architects has completed a new temple complex in the village of Rake, Hampshire, within the South Downs National Park. The practice was selected following a two-stage design competition in early 2017 with a brief to replace the existing dilapidated 1970s complex.
The new building, which is open to the public, comprises a temple, library, chapels, meeting spaces, a public foyer, and a catering kitchen within newly landscaped grounds.
The rationalized plan is organized as a series of orthogonal pavilions connected by a cloistered walkway, facing onto a central courtyard garden. The internal arrangement follows a progression from secular to ritual spaces, moving from a timber portico and social foyer at the visitor entrance in the east, through to the main temple space in the west.
With a brief to create a building characterized by peace and simplicity, the James Gorst Architects team developed a restrained palette of timber, brick, and chalk lime mortar typical of the Hampshire context.
The resulting spaces allow for quiet contemplation and encourage a spiritual connection to the surrounding landscape.
The building demonstrates an exemplary approach to passive design and long-term sustainability.
James Gorst Architects adopted a ‘fabric-first’ approach to the build, with the main structural frame entirely constructed off-site from glue-laminated timber, engineered to eliminate the need for any steelwork.
Underfloor heating is provided by a ground source heat pump that is buried in the landscape, with additional power provided by photovoltaic panels.
The inner temple’s pre-cast pendentive arches provide thermal mass.
A raised floor slab naturally cools the internal spaces with fresh air supplied by an underground labyrinth ventilation system, while high-level actuators in the temple clerestory allow warm air to escape.
