GBRAKES Sintered Brake Pads (Part GB0516-76) – Reliable Performance Upgrade for Motorcycles

The GBRAKES Sintered Brake Pads (Part GB0516-76) are engineered to deliver consistent braking performance and exceptional durability for motorcycle enthusiasts. Designed as both a dependable original equipment replacement and a high-performance upgrade, these brake pads are ideal for riders seeking improved braking response and stability. Crafted to minimize wear and maintain optimal thermal stability, they help prevent brake fade during intense riding conditions, ensuring reliable stopping power over the long term. These pads are suitable for motorcycles equipped with stainless steel or cast-iron rotors, providing dependable compatibility and long-lasting performance. The combination of front (70 Series) and rear (72 Series) compounds ensures balanced braking, reducing the risk of rear wheel lock-up and over-braking for safer riding dynamics.
Manufactured by GBRAKES, these sintered brake pads incorporate features such as high thermal stability and wear resistance, making them suitable for aggressive riding and everyday use. Their design enhances brake feel and modulation, giving riders precise control under various conditions. Whether upgrading your motorcycle's braking system or replacing worn-out pads, the GBRAKES Sintered Brake Pads offer a reliable solution to maintain safety and performance. Invest in these high-quality brake pads to experience improved braking efficiency, durability, and overall ride confidence.

Features:

• Formulated to minimize wear and maintain thermal stability, ensuring consistent performance, excellent brake feel, and precise modulation

• Designed as both a reliable OE replacement and a performance upgrade for motorcycles originally equipped with sintered pads

• Optimized for use with stainless steel or cast-iron brake rotors, providing dependable compatibility and long-lasting performance

• Front (70 Series) and rear (72 Series) compounds for best combination of brake balance, to mitigate against rear wheel lock-up and over-braking