SBS H.HF Ceramic Motorcycle GMA, Jaybrake, Performance Machine & SJP Caliper Brake Pads

These ceramic brake pads help you carry out controlled braking on motorcycles equipped with GMA, Jaybrake, Performance Machine and SJP calipers. They support consistent stopping power through a non-sintered ceramic compound that manages heat effectively and maintains predictable response in varied conditions.Discover the key features of these brake pads:Ceramic Compound Formulation: This compound is engineered with materials that generate low dust and produce minimal rotor wear, giving you predictable braking behaviour and long pad life so you can maintain dependable braking during routine road use.NUCAP NRS Technology: This process uses a series of mechanical hooks formed directly into the backing plate to create a permanent bond with the friction material, giving you a secure pad structure that supports stable braking and preserves pad integrity throughout its service life.Noise-Reduction Technology: This design incorporates vibration-damping elements within the pad structure to reduce high-frequency noise during braking, giving you smoother operation and helping you maintain a more controlled and comfortable ride in everyday conditions.Wet and Dry Performance Characteristics: The compound is produced to maintain friction levels in varied weather, giving you consistent braking behaviour that supports predictable control on commutes and regular road use.These pads help you achieve steady braking performance for general street riding, supported by a compound that manages wear, noise and friction levels effectively. With fitment for GMA Model F 4-piston front calipers, Jaybrake 2-piston Dual Series and 4-piston Quad Series calipers, Performance Machine 125 x 2, 125 x 4S and 125 x 4SL calipers, and SJP 2-piston (30-375) and 4-piston (30-370) calipers, they offer a practical addition to your motorcycle setup. The construction provides predictable braking for everyday use, giving you a smart choice when you want reliable and low-maintenance performance.