China National Tennis Center by Atelier 11 progresses well on site
Specially designed for the country's most prestigious tennis game - China Open - the new China National Tennis Center is located in the Beijing Olympic Zone. As a last addition to the group of national stadiums built before the 2008 Olympic Games, the Center will become Beijing’s largest stadium for tennis games with its state-of-art facilities on completion in June 2011.
The design takes a coherent approach and presents a crown-like structure with the use of 16 sets of V-shaped columns for the skeleton of the architecture. The columns not only hold the grandstand and outdoor maintenance facilities, but also create a geometric pattern for the exteriors of the building.
So the structure of the stadium is able to speak for its own beauty without any unnecessary decoration. While the design remains simplistic and distinctive, the concrete construction adds the weight to the stadium as to project an emotional perception on the visitors, referring to the importance of the building in its field.
For the internal space and facilities, different needs from all the user groups have been analysed in depth so that both design and function at a high quality can be achieved. In order to stay flexible for the weather change during games and various conditions required by other activities, a collapsible roof is designed to have a maximum opening of 60x70m towards the sky.
Besides the regular seating rows spreading around the stadium, a two-floor box is specially designed around the bottom part of the grandstand to create more exclusive seats for a better view within the limited space.
The design of flow lines inside the stadium takes into consideration the different activities by athletes, VIPs, regular audience, and staff. Taking the existing site condition and the solid traffic concept in the surroundings, the entry and exit channels for each group are carefully divided without interference, which guarantees a well-organised traffic flow inside the stadium even if with its maximum capacity.