The original replacement part for Brembo calipers. Selecting these pads, you buy exactly the same OE material as used by the motorcycle manufacturer and developed for the particular application, according to the most...
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...
Performance upgrade carbon compound for medium size scooters 125-249 cm. Recommended for sporty riding, everyday transportation and fun. NUCAP NRS technology secures a mechanical and indestructible bonding of the...
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...
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...
SA: a sintered compound intended specifically for front brakes, typified by particularly good efficiency under all operating conditions. An ideal alternative to OE pads."
"114283
Sintered compound brake pad for high performance scooters (250cc and up). They deliver excellent braking performance in combination with long lifespan."
"343277
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...
SD: sintered Off-Road. Good efficiency and stability under all operating conditions. Suitably resistant to wear, even when exposed to water and mud. Less aggressive than the SX, giving more flexible control."
"114357
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...