Brake Shoes

Superior materials provide unmatched friction, feel and heat dissipation Extensive racing experience combined with cutting-edge technology provides superior brake systems CAD/CAM laser cutting process produces exceptionally light and stress-free rotors Each rotor is heat treated according to its mass, thickness and targeted use Diamond surface finish is applied for perfect symmetry, flatness and balance Efficient design utilizes all the brake pads' surface evenly and eliminates lightening holes to add strength Shape allows them to expand and contract without warping as they heat up High...

The Open-Pin connects 3 or more elements enabling more radial expansion of steel under extreme heat conditions Fully heat treated superlight steel carrier Reduced risk of stone obstructions The inner and outer diameter of the rotor have a non-round design Piercing holes are replaced by edges specifically designed to grow the brake pad regeneration process Provides more braking grip making it highly reactive High heat dissipation for stable power in all conditions Less weight for better handling Free radial expansion amplifies the floating effect Kit includes oversize 270mm rotor, Braking's...

The Open-Pin connects 3 or more elements enabling more radial expansion of steel under extreme heat conditions Fully heat treated superlight steel carrier Reduced risk of stone obstructions The inner and outer diameter of the rotor have a non-round design Piercing holes are replaced by edges specifically designed to grow the brake pad regeneration process Provides more braking grip making it highly reactive High heat dissipation for stable power in all conditions Less weight for better handling Free radial expansion amplifies the floating effect Kit includes oversize 270mm rotor, Braking's...

The Open-Pin connects 3 or more elements enabling more radial expansion of steel under extreme heat conditions Fully heat treated superlight steel carrier Reduced risk of stone obstructions The inner and outer diameter of the rotor have a non-round design Piercing holes are replaced by edges specifically designed to grow the brake pad regeneration process Provides more braking grip making it highly reactive High heat dissipation for stable power in all conditions Less weight for better handling Free radial expansion amplifies the floating effect Kit includes oversize 270mm rotor, Braking's...

The Open-Pin connects 3 or more elements enabling more radial expansion of steel under extreme heat conditions Fully heat treated superlight steel carrier Reduced risk of stone obstructions The inner and outer diameter of the rotor have a non-round design Piercing holes are replaced by edges specifically designed to grow the brake pad regeneration process Provides more braking grip making it highly reactive High heat dissipation for stable power in all conditions Less weight for better handling Free radial expansion amplifies the floating effect Kit includes oversize 270mm rotor, Braking's...

The Open-Pin connects 3 or more elements enabling more radial expansion of steel under extreme heat conditions Fully heat treated superlight steel carrier Reduced risk of stone obstructions The inner and outer diameter of the rotor have a non-round design Piercing holes are replaced by edges specifically designed to grow the brake pad regeneration process Provides more braking grip making it highly reactive High heat dissipation for stable power in all conditions Less weight for better handling Free radial expansion amplifies the floating effect Kit includes oversize 270mm rotor, Braking's...

The Open-Pin connects 3 or more elements enabling more radial expansion of steel under extreme heat conditions Fully heat treated superlight steel carrier Reduced risk of stone obstructions The inner and outer diameter of the rotor have a non-round design Piercing holes are replaced by edges specifically designed to grow the brake pad regeneration process Provides more braking grip making it highly reactive High heat dissipation for stable power in all conditions Less weight for better handling Free radial expansion amplifies the floating effect Kit includes oversize 270mm rotor, Braking's...

The Open-Pin connects 3 or more elements enabling more radial expansion of steel under extreme heat conditions Fully heat treated superlight steel carrier Reduced risk of stone obstructions The inner and outer diameter of the rotor have a non-round design Piercing holes are replaced by edges specifically designed to grow the brake pad regeneration process Provides more braking grip making it highly reactive High heat dissipation for stable power in all conditions Less weight for better handling Free radial expansion amplifies the floating effect Kit includes oversize 270mm rotor, Braking's...

The Open-Pin connects 3 or more elements enabling more radial expansion of steel under extreme heat conditions Fully heat treated superlight steel carrier Reduced risk of stone obstructions The inner and outer diameter of the rotor have a non-round design Piercing holes are replaced by edges specifically designed to grow the brake pad regeneration process Provides more braking grip making it highly reactive High heat dissipation for stable power in all conditions Less weight for better handling Free radial expansion amplifies the floating effect Front left fitment Please Note: The image...

The Open-Pin connects 3 or more elements enabling more radial expansion of steel under extreme heat conditions Fully heat treated superlight steel carrier Reduced risk of stone obstructions The inner and outer diameter of the rotor have a non-round design Piercing holes are replaced by edges specifically designed to grow the brake pad regeneration process Provides more braking grip making it highly reactive High heat dissipation for stable power in all conditions Less weight for better handling Free radial expansion amplifies the floating effect Sold individually Front left fitment Please...

The Open-Pin connects 3 or more elements enabling more radial expansion of steel under extreme heat conditions Fully heat treated superlight steel carrier Reduced risk of stone obstructions The inner and outer diameter of the rotor have a non-round design Piercing holes are replaced by edges specifically designed to grow the brake pad regeneration process Provides more braking grip making it highly reactive High heat dissipation for stable power in all conditions Less weight for better handling Free radial expansion amplifies the floating effect Sold individually Front left fitment Please...

The Open-Pin connects 3 or more elements enabling more radial expansion of steel under extreme heat conditions Fully heat treated superlight steel carrier Reduced risk of stone obstructions The inner and outer diameter of the rotor have a non-round design Piercing holes are replaced by edges specifically designed to grow the brake pad regeneration process Provides more braking grip making it highly reactive High heat dissipation for stable power in all conditions Less weight for better handling Free radial expansion amplifies the floating effect Sold individually Front left fitment Please...

The Open-Pin connects 3 or more elements enabling more radial expansion of steel under extreme heat conditions Fully heat treated superlight steel carrier Reduced risk of stone obstructions The inner and outer diameter of the rotor have a non-round design Piercing holes are replaced by edges specifically designed to grow the brake pad regeneration process Provides more braking grip making it highly reactive High heat dissipation for stable power in all conditions Less weight for better handling Free radial expansion amplifies the floating effect Sold individually Front left fitment unless...

Superior materials provide unmatched friction, feel and heat dissipation Extensive racing experience combined with cutting-edge technology provides superior brake systems CAD/CAM laser cutting process produces exceptionally light and stress-free rotors Each rotor is heat treated according to its mass, thickness and targeted use Diamond surface finish is applied for perfect symmetry, flatness and balance Efficient design utilizes all the brake pads' surface evenly and eliminates lightening holes to add strength Shape allows them to expand and contract without warping as they heat up High...