Kool-Stop Ebike Compound Disc Brake Pads - Features a ceramic layered steel back plate and organic pad compound - Fits Avid XO Trail/Elixir 7/9 Trail and SRAM Guide Ultimate R/RS/RSC/T

- High performance compounds recommended for all-conditions - Steel backing

- High performance compounds recommended for all-conditions - Steel backing

- High performance compound recommended for all-conditions - Alloy backing plate: 50% lighter than steel backing plate

Organic brake compound with aluminum back plate. Kool-Stop disc pads are made with organic materials that are blended and bound together using a resin. The compounds do include small amounts of metal to improve the braking formula but though this is a mined material the pads are largely organic. The term semi metallic can also be used. Kool-Stop has found during testing that their disc pads are Rotor Friendly and provide high performance braking throughout the life of the pad. - Qty 1 = enough for 1 wheel

With copper plated backing plate and sintered front these Kool-Stop metal disc brake pads are designed to give your bike performance braking in extreme conditions, e.g. XC, downhill, trials and dual slalom riding. Kool-Stop pads have a quick break-in period so you get maximum performance during those demanding rides when stopping power, durability and long pad life are required.

With copper plated back plate, Kool-Stop sintered metal disc brake pads are designed to give your bike performance braking in extreme conditions, e.g. XC, downhill, trials and dual slalom riding. Our pads have a quick break-in period so you get maximum performance during those demanding rides when stopping power, durability and long pad life are required.

Kool-Stop disc brake pads designed for use with Shimano disc brakes. - Features a copper plated backing plate and sintered pad compound for extreme conditions like down hill - Compatible with Shimano direct mount BR-RS505/805, Dura Ace BR-R9170, Ultegra BR-R8070/BR-R7070, GRX BR-RX810/BR-RX400, Metrea BR-U5000, XTR M9100, and Tiagra 4770

• Aluminum backing with extended cooling fins help regulate brake system temperature • High performance organic compound