Working alongside our factory race teams, the R-Works Fatbar36 was developed to improve performance through weight reduction without compromising existing handlebar strength. Applying 50+ years of experience in...
Carbon Ceramic: an organic brake pad for scooters, offering an optimum quality/price ratio. This is a component characterized by durability and optimum beahaviour under all conditions."
"30220
Carbon Ceramic: an organic brake pad for scooters, offering an optimum quality/price ratio. This is a component characterized by durability and optimum beahaviour under all conditions."
"30263
Carbon Ceramic: an organic brake pad for scooters, offering an optimum quality/price ratio. This is a component characterized by durability and optimum beahaviour under all conditions."
"114166
SX: sintered Off-Road and Supermotard. A notably aggressive pad able to withstand high temperatures, recommended for Motocross and Supermotard. Particularly steady performance."
"114490
OE replacement compound for bikes with sintered pads. Designed for modern high performance, sport and big touring bikes. Sintered compound offering predictable and controllable performance for rear wheel use....
OE replacement compound for bikes with sintered pads. Designed for modern high performance, sport and big touring bikes. Sintered compound offering predictable and controllable performance for rear wheel use....
XS: sintered compound, intended specifically for scooter brakes, both front and rear. An extremely stable material, this compound guarantees steady performance in all riding situations. Ideal for maxi scooters of the...
OE replacement compound for bikes with non-sintered pads. Designed for commuters, general-purpose street and cruiser bikes. Ceramic compound offers long pad life, low dust and low brake disc/rotor wear. Excellent,...
Rear brake carbon compound with high brake performance. Excellent feel and control to use rear brake steering into turns and handle the bike out of turns."
"113965
SA: a sintered compound intended specifically for front brakes, typified by particularly good efficiency under all operating conditions. An ideal alternative to OE pads."
"6188