Floating Canopy Grove is an architectural intervention in the forest—an ensemble of small public structures that bring together architecture, art, and nature to create a place of pause and reflection for bicyclists.
Tucked within the dense woods beside Guoqian Village, near Xiangang Reservoir at Luofu Mountain in Huizhou, China, the project replaces two outdated public restrooms. In response to the growing needs of bicyclists, the site has been reimagined as a woodland rest station offering a small café, restroom facilities, and space to recharge.
The grove is defined by seven translucent canopies that appear to float gently among the trees. Made of PTFE/Ferrari membrane stretched over steel frames, the canopies are suspended at varying heights and angles, forming a lightweight, artificial layer above the forest floor. They offer shelter while echoing the layered rhythms of the surrounding forest, creating a shifting experience of light, shade, and space.
A steel-grated boardwalk weaves through the trees and beneath the canopies, connecting the café and restroom areas. At its end, a viewing platform opens onto sweeping views of the reservoir, extending the experience beyond utility into immersion in the natural landscape.
The café is constructed using the Plugin House system developed by People’s Architecture Office and paired with prefabricated modular restroom units. Together, they form a compact, efficient infrastructure that can be rapidly assembled and delicately embedded in the environment.
Above the restrooms, artist Xu Ziwei’s installation Lightwoven Forest responds to the canopy structure. Composed of woven materials that interact with shifting light, the piece transforms the space into an unexpectedly poetic and atmospheric zone, blurring the boundary between functional infrastructure and public art.
A dual wastewater treatment system—comprising an underground purification tank and an open-air sedimentation pool—underscores the project’s environmental intent, helping to protect the water quality of Xiangang Reservoir. This closed-loop ecological approach reflects a careful balance between human presence and natural systems.