Pads

EBC #FA739R - Brake Pad

The perfect brake pads for leisure use Offer maximum durability and excellent braking performance Constructed of U.S.-made sintered bronze for longest lifetime Best for riding in water, mud, dust, or sand

EBC #FA740R - Brake Pad

The perfect brake pads for leisure use Offer maximum durability and excellent braking performance Constructed of U.S.-made sintered bronze for longest lifetime Best for riding in water, mud, dust, or sand

EBC #FA740X - Brake Pad

Carbon graphite "X" pads blended with Aramid for leisure/sport use Low heat generation Best for fast, dry riding; not for mud, water, or sand Offroad, Semi-sintered metal

EBC #FA741X - Brake Pad

Carbon graphite "X" pads blended with Aramid for leisure/sport use Low heat generation Best for fast, dry riding; not for mud, water, or sand Offroad, Semi-sintered metal

EBC #FA742R - Brake Pad

The perfect brake pads for leisure use Offer maximum durability and excellent braking performance Constructed of U.S.-made sintered bronze for longest lifetime Best for riding in water, mud, dust, or sand

EBC #FA742X - Brake Pad

Carbon graphite "X" pads blended with Aramid for leisure/sport use Low heat generation Best for fast, dry riding; not for mud, water, or sand Offroad, Semi-sintered metal

EBC #FA748HH - Brake Pad

The "HH" friction rating is the highest in the industry Provide maximum brake effect Lasts twice as long as organic pads

EBC #FA749HH - Brake Pad

The "HH" friction rating is the highest in the industry Provide maximum brake effect Lasts twice as long as organic pads

EBC #FA83 - Organic Brake Pads - FA83

Made with high-performance aramid fibers Provide excellent stopping power without noise and rotor galling, even on polished rotors Fingertip control and strong, predictable brake response

EBC #FA85V - Semi-Sintered Brake Pads - FA85V

Semi-sintered construction containing 30% copper by weight within an organic matrix This design combines the long life of a sintered pad with a great feel Can be used to replace organic or sintered metal compound pads

EBC #FA86HH - HH Brake Pads - FA86HH

The "HH" friction rating is the highest in the industry Provide maximum brake effect Lasts twice as long as organic pads

EBC #FA88V - Semi-Sintered Brake Pads - FA88V

Semi-sintered construction containing 30% copper by weight within an organic matrix This design combines the long life of a sintered pad with a great feel Can be used to replace organic or sintered metal compound pads

EBC #GPFAX244HH - Road Race Brake Pads - GPFAX244HH

For racetrack use only Provide even higher levels of grip compared to the GPFA pads Improved heat cycling - pads can be raced, allowed to cool and be re-used without a loss in brake performance New material wear better, causes less rotor/disc wear...

EBC #GPFAX296HH - Road Race Brake Pads - GPFAX296HH

For racetrack use only Provide even higher levels of grip compared to the GPFA pads Improved heat cycling - pads can be raced, allowed to cool and be re-used without a loss in brake performance New material wear better, causes less rotor/disc wear...

EBC #GPFAX379HH - Road Race Brake Pads - GPFAX379HH

For racetrack use only Provide even higher levels of grip compared to the GPFA pads Improved heat cycling - pads can be raced, allowed to cool and be re-used without a loss in brake performance New material wear better, causes less rotor/disc wear...

EBC #GPFAX380HH - Road Race Brake Pads - GPFAX380HH

For racetrack use only Provide even higher levels of grip compared to the GPFA pads Improved heat cycling - pads can be raced, allowed to cool and be re-used without a loss in brake performance New material wear better, causes less rotor/disc wear...

EBC #GPFAX390HH - Road Race Brake Pads - GPFAX390HH

For racetrack use only Provide even higher levels of grip compared to the GPFA pads Improved heat cycling - pads can be raced, allowed to cool and be re-used without a loss in brake performance New material wear better, causes less rotor/disc wear...

EBC #GPFAX417/4HH - Road Race Brake Pads - GPFAX417/4HH

For racetrack use only Provide even higher levels of grip compared to the GPFA pads Improved heat cycling - pads can be raced, allowed to cool and be re-used without a loss in brake performance New material wear better, causes less rotor/disc wear...

EBC #GPFAX442/4HH - Road Race Brake Pads - GPFAX4424HH

For racetrack use only Provide even higher levels of grip compared to the GPFA pads Improved heat cycling - pads can be raced, allowed to cool and be re-used without a loss in brake performance New material wear better, causes less rotor/disc wear...

EBC #GPFAX447HH - Road Race Brake Pads - GPFAX447HH

For racetrack use only Provide even higher levels of grip compared to the GPFA pads Improved heat cycling - pads can be raced, allowed to cool and be re-used without a loss in brake performance New material wear better, causes less rotor/disc wear...

EBC #GPFAX604/4HH - Road Race Brake Pads - GPFAX604/4HH

For racetrack use only Provide even higher levels of grip compared to the GPFA pads Improved heat cycling - pads can be raced, allowed to cool and be re-used without a loss in brake performance New material wear better, causes less rotor/disc wear...

EBC #GPFAX630HH - Road Race Brake Pads - GPFAX630HH

For racetrack use only Provide even higher levels of grip compared to the GPFA pads Improved heat cycling - pads can be raced, allowed to cool and be re-used without a loss in brake performance New material wear better, causes less rotor/disc wear...

EBC #GPFAX663HH - Road Race Brake Pads - GPFAX663HH

For racetrack use only Provide even higher levels of grip compared to the GPFA pads Improved heat cycling - pads can be raced, allowed to cool and be re-used without a loss in brake performance New material wear better, causes less rotor/disc wear...

EBC #GPFAX700HH - Brake Pad - Sintered

For racetrack use only Provide even higher levels of grip compared to the GPFA pads Improved heat cycling - pads can be raced, allowed to cool and be re-used without a loss in brake performance New material wear better, causes less rotor/disc wear...