Description
Brembo Stylema 100MM Calipers 220D02010
New Stylema Brembo Racing 2020 caliper, is innovative compared to all products currently on the market, the reduction of the internal spaces around pistons and pads allow for highly efficient caliper cooling making it immediate in response. The weight is reduced by 7% thanks to the reduction in the size of the caliper body and the length of the fixing columns with a reduction of the fixing bolt by half a centimeter.
The particular design of Brembo Stylema calipers allows an optimized passage of air, obtaining cooling in much shorter times than the entire caliper body.
Even the design is not left to chance, every element carved with CNC machines has its precise function, from the reduction of the mass to the perfect tuning with the aesthetics of the modern motorcycles on which the Stylema mount like a precious stone on a jewel.
Probably among the best calipers that the Brembo Racing racing department can offer for road/track use.
This caliper was created for all those who wish to have a very performing braking system for road use and at the same time excellent for track use.
BRAKE PADS ARE INCLUDED IN THE PRICE
Version:Â Stylema
Piston number:Â 4 pistons 30mm
Calipers material:Â billet aluminum CNC with Titanium finish
Calipers body:Â Monoblocs
Piston material:Â Aluminum
Wheelbase:Â 100mm
Off set:Â 30mm
ABOUT:
​Brembo is a highly regarded leader in the international market for the production of brake discs, calipers and complete braking systems. Based on its unique know-how, it is capable of spanning a wide market range, from the production of brake discs for the most popular vehicles in the European, American and Japanese markets, to discs for the more prestigious, exclusive models.
The high level of technology and reliability offered by Brembo is the result of the integrated production process that exists within the company. This includes all the phases of the manufacturing process itself, from research and development to testing, and the casting and mechanical processing stages.
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