“A project that challenges conventional ideas about a retail fashion store”.
Black Cant System, a design for a Chinese fashion concept store, has been named as the World Interior of the Year for 2016. The project, by Shanwei Weng and Jiadie Yuan of An Design Studio, has beaten over 100 nominees across nine categories to be named the World Interior of the Year.
The winning interior was created for fashion brand Heike, and is situated on the suburban outskirts of Shanghai, China. The concept is a store hidden in the shadows, unassumingly tucked away on the second floor of a furniture store. The boldness of the glum, all-grey interior struck judges as “a project that challenges conventional ideas about a retail fashion store”.
The bare concrete shell of the store houses brutalist black steel, dark timber and touches of silver that combine to form a space that feels dystopian, raw and futuristic. A staircase within the middle of the store leads shoppers to a large black wedge volume at the top.
The design houses a fitting room, storage, cash register and clothing display area, and in addition a small bar to create a space for socialising as well as shopping. Mesh-clad windows and backlit glass panelling add to the moody atmosphere, complementing the utilitarian aesthetic of the clothing.
The INSIDE World Interior of the Year award was judged by INSIDE festival’s 2016 super-jurors - Clive Wilkinson, Jurgen Mayer, Seyhan Ozdemir and Philip Handford. They commented: “Faced with a divided space, the designers inserted a black canted cube over the existing central stair, and effectively absorbed the programmatic elements into a poetic and sculptural whole. The store brand and architectural image work in harmony, with a sensitivity to surface and details.”
The bare concrete shell of the store houses brutalist black steel, dark timber and touches of silver that combine to form a space that feels dystopian, raw and futuristic. A staircase within the middle of the store leads shoppers to a large black wedge volume at the top.
This project has been covered in the Dec 2016 issue of SURFACES REPORTER. To grab a copy and to read more such interesting articles please subscribe.
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