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."
"114169
OE replacement ceramic compound for small and medium size scooters 50-124 ccm. Recommended for commuters and general-purpose street riding. NUCAP NRS technology secures a mechanical and indestructible bonding of the...
SA: a sintered compound intended specifically for front brakes, typified by particularly good efficiency under all operating conditions. An ideal alternative to OE pads."
"114456
The upgrade choice for Superbike, Supersport and Superstock racers in National Championship as well as for Track Day riders. High-tech carbon compound developed for racing and standard brake systems used for race and...
Ceramic brake pad for earlier generation sports, touring and custom motorcycles. It offers stable brake performance for front and rear brake. Equipped with NRS technology which provides a constant pressure point all...
SX: sintered Off-Road and Supermotard. A notably aggressive pad able to withstand high temperatures, recommended for Motocross and Supermotard. Particularly steady performance."
"6044
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,...
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....
The upgrade choice for muddy, wet or sandy conditions. Sintered compound formulated for extended service intervals, high performance and easy modulation. Class-leading smooth performance developed in racing under...
The AD series is optimal for common street riding on scooters, cruisers and street bikes.It?s recommended for riders that do not ride really hard, but want good stopping power if they need it. The wearing rate of...