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Special high-carbon content stainless steel for braking rotorsOptimal mechanical characteristics at high running temperaturesStandard rotors are direct replacements for OEM rotorsAll Braking rotors are designed to fit each application without any...$144.95 -
Batfly directional geometry with non round profileDisc material and construction process: laser cut stainless steel AISI410, heat treated + finished on CNC machinesImprovement of the brake response and modulability. The Batfly system improves the...$148.95 -
$80.95 -
Efficient design utilizes all the brake padsΓÇÖ surface evenlyRotor float to expand and contract as they heat up without warpingProvide maximum stopping power while remaining perfectly flatDesign is covered by an international licenseNew solid rear...$114.95 -
Efficient design utilizes all the brake padsΓÇÖ surface evenlyRotor float to expand and contract as they heat up without warpingProvide maximum stopping power while remaining perfectly flatDesign is covered by an international licenseNew solid rear...$206.95 -
Efficient design utilizes all the brake padsΓÇÖ surface evenlyRotor float to expand and contract as they heat up without warpingProvide maximum stopping power while remaining perfectly flatDesign is covered by an international licenseNew solid rear...$125.95 -
Efficient design utilizes all the brake padsΓÇÖ surface evenlyRotor float to expand and contract as they heat up without warpingProvide maximum stopping power while remaining perfectly flatDesign is covered by an international licenseNew solid rear...$125.95 -
$80.95 -
Increasing the convection perimeter generates more cooling surface around the brake track and a better temperature dissipation.Increasing the cooling surface optimizes the friction surface and enables a lighter brake track design.The same contact surface...$186.82 -
Increasing the convection perimeter generates more cooling surface around the brake track and a better temperature dissipation.Increasing the cooling surface optimizes the friction surface and enables a lighter brake track design.The same contact surface...$362.42 -
Increasing the convection perimeter generates more cooling surface around the brake track and a better temperature dissipation.Increasing the cooling surface optimizes the friction surface and enables a lighter brake track design.The same contact surface...$362.42 -
Increasing the convection perimeter generates more cooling surface around the brake track and a better temperature dissipation.Increasing the cooling surface optimizes the friction surface and enables a lighter brake track design.The same contact surface...$278.69
