- Principal Partners In Charge: Yansong Ma, Qun Dang, Yosuke Hayano
- Associate Partners In Charge: Huiying Liu, Changrui Fu, Kin Li
- Design Team: Chen Xu, Cunhao Li, Guangchong Li, Gang Li, Yin Ma, Hui Li, Jin Tian, Kai Zhang, Yue Ma, Haimeng Zhou, Yuhan Xiao, Le Su, Wenzhao Kang, Lin Yu, Bo Zhang, Yufei Zhang, Qi Wang, Minzhe Song, Xi Cao, Hailun Liu, Xiaomei Zhang, Kangcheng Zheng, Thoufeeq Ahmed Alessandro Fisalli, Melanie Weitz, Yuki Ishigami, Luis Torres, Pittayapa Suriyapee, Neeraj Mahajan, Connor Hymes, Iting Lien, Kyung Eun Na
- Client: Quzhou West District Development Committee, Quzhou Baoye Sports Construction and Operation Co., Ltd
- Facade Consultant: RFR Asia
- Signage Design: Nippon Design Center, Inc.
- City: Quzhou
- Country: China
Text description provided by the architects. MAD Architects, led by Ma Yansong, has completed Quzhou Stadium, the centerpiece of a complex spanning almost 700,000 square meters that will be known as Quzhou Sports Park in Zhejiang Province. Quzhou is a historic city 400 kilometers southwest of Shanghai and surrounded by dense forests to the east and west, its sinuous exterior profile reflects the mountain ridge within a distant view of the site while its landscape evokes those of planets imagined by visionary science fiction authors.
Despite its impressive 30,000-seat capacity, Quzhou Stadium was designed to appear as a continuation of the surrounding landscape rather than an object standing out against it. Unlike the typically fortress-like stadiums built in urban areas around the world, MAD Architects was determined to build a stadium that would embed much of the technology that went into its production so that it can instead be open to the surrounding public space from nearly every angle.
MAD Architects considers the stadium grounds as not only a dynamic park space adjacent to the city’s urban center amenable to athletic and leisurely recreation but also an opportunity for a spiritual connection between people and nature. For Ma Yansong, the Quzhou stadium breaks away from conventional sports architecture. It is conceived as a piece of land art that submerges itself into nature and welcomes everyone to gather and share the sports spirit. With this concept in mind, the undulations of the surrounding topography are carried through to the sloping facade, onto which visitors are encouraged to determine for themselves where the landscape ends and the building begins. Even when the stadium is closed, visitors are encouraged to climb the structure and treat it as an active piece of the landscape.
Appearing from a distance like a halo hovering gently above the landscape, the overhanging structure of Quzhou Stadium is the newest crown jewel of the city. Visitors approach the stadium by walking through the canopy from one of eight entrances, all of which feature complex double-curved surfaces that ripple overhead like ocean waves. The canopy is supported by only nine drop points with a maximum span of 95 meters between them to allow the building to “float” over the landscape while offering framed perspectives of the city from many points of view.
The 60 sets of concrete column walls that support the stadium are composed of exposed wood-grained fair-faced concrete sheet walls that bring a warm feeling with texture to such material and blur the boundary between interior and exterior. The canopy is internally composed of self-supporting steel, onto which a translucent light-emitting membrane material was wrapped that could take on the complex geometry required for the long-spanning design.
Though the canopy is composed of a monumental steel frame, it appears lightweight thanks to the light-transmitting synthetic polymer PTFE membrane wrapped around the lower half of the structure that is composed of micro-perforations to improve acoustic performance throughout the stadium. The upper surface of the canopy is composed of a more solid PTFE membrane to prevent rain from entering the seating bowl. The sinuous geometry is continued within the stadium itself, where up to 30,000 spectators can occupy the crater-like interior and catch select glimpses of the city and mountain landscape beyond. The seating undulates in relation to the surrounding landscape, which it also simulates as an array of shades of green that visually contrast the white canopy structure above them.
In addition to providing an intimate setting for spectatorship, the stadium was designed with a wide array of sustainable design features. Aside from the audience seating and arena, the majority of Quzhou Stadium’s facilities are located beneath the ground plane. Large openings in the landscape allow for natural light to penetrate the parking garage and entry levels of the stadium. Across the entire structure, the stadium is engineered to absorb, store, and infiltrate rainwater, which will have the added effect of protecting the building from excess rain damage and leads to a substantial reduction in temperature fluctuations and energy consumption.
As a piece of land art, MAD selected regionally-specific plants that would require little maintenance to promote water conservation, while the outdoor signage for the stadium is composed of stone and metal and embedded within the ground plane to blend into the landscape. Moreover, all of the concrete materials found throughout the site were locally produced, thus minimizing the carbon footprint associated with the transportation of materials throughout the construction process.
Quzhou Stadium represents the first of two construction stages for the Quzhou Sports Park complex, a major project first announced to the public in 2018 that will include a 10,000-seat gymnasium, a 2,000-seat natatorium, a science & technology museum, hotel accommodations, a youth center, and retail programs. The design of the buildings placed throughout the parking break away from the traditional way of highlighting the structural strength of athletic facilities to instead convey a subtle inner beauty. When complete, Quzhou Sports Park will become the largest earth-sheltered complex in the world and will provide a much-needed contrast to the dense urban fabric of the region.