Daniel Widrig, a London based designer known for his bold digital approaches, has produced a rather unique three-legged chair optimized through digital dynamics simulation as used in the aerospace, automotive, and bio mechanics industries. The design, named ‘Brazil‘, is one of his many geometrically complex artifacts, and was first introduced in Martin-Gropius-Bau in Berlin.

Courtesy of Daniel Widrig

Courtesy of Daniel Widrig

The design is broken down into pieces that are cut with a 5-axes CNC wood machine, producing an organic artifact that depends solely on the lines and curves needed to transform powers and to make things as comfortable as possible. The prototyping and engineering process of the chair was a collaboration with Filippo Moroni of Monolito.

Courtesy of Daniel Widrig

Courtesy of Daniel Widrig

Unlike traditional chairs, or even most other geometries oriented designers’ chairs, the ‘Brazil’ chair is made to rather save time and materials through its construction process, as the designer explains “To save materials and production time, its geometry is split into multiple components that are digitally nested onto sheets of laminated wood and CNC machined. The component are then assembled, glued and hand finished. Through the CNC milling, the layered structure of the laminated wood is exposed and underlines the topography of the chair’s surface.”

Courtesy of Daniel Widrig

Courtesy of Daniel Widrig

By: Hazem Raad

 

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