What essentially drives Breyton engineers in the Breyton Design Lab is their sense of craft and aesthetics. Their sense of the very perfection of a wheel. Fair enough, it needs to be round and applicable to a vehicle, you say? To Breyton, it is more. To Breyton, it is the essence of their creativity and the base of their thoughts. The look and the feel and the driving characteristics are what they strive to perfect and what they will never quite achieve to perfect.
A perfect product is not a result of luck or chance, a perfect product is formed by a perfect procedure. From the start of the initial drawing on paper to the finishing process after wheel production, constant quality control and management are a top priority not only in Breyton actions but also in their thinking. They always work on extending the limits of the physical processes behind the design and manufacturing of their performance wheels.
From the wheel concept on paper to the finished product, Breyton adopts modern computerized analysis and design systems that improve production standards and drastically reduce time-to-market.
Beside classic CAD and CAM applications, a dedicated FEM (Finite Element Method) based software makes it possible to optimize geometric shape and choice of material to identify the product's critical factors by a virtual simulation of a physical or mechanical problem. FEM analysis today allows for a stunning design coupled with the highest strength.