Brakes/Levers/Pads

Kool-Stop's E-Bike disc pads are produced with a ceramic barrier between the organic friction material and the steel backing plate to reduce heat transfer into the brake caliper causing brake fade. With the heavier design and quick speeds of Electric bikes, they require a compound that will hold up and provide consistant braking power. - Qty 1 = enough for 1 wheel

Kool-Stop's E-Bike disc pads are produced with a ceramic barrier between the organic friction material and the steel backing plate to reduce heat transfer into the brake caliper causing brake fade. With the heavier design and quick speeds of Electric bikes, they require a compound that will hold up and provide consistent braking power. - Qty 1 = enough for 1 wheel

Kool-Stop Ebike Compound Disc Brake Pads - Features a ceramic layered steel back plate and organic pad compound - Fits Magura 4-Piston MT-5/MT-7

With a 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. The 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.

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

Steel backed disc brake pad with and organic compound. - Fits Zoom Disc Brakes - Steel Back w/ Organic Compound - Qty 1 = enough for 1 wheel

- Thinline: Thinner, longer molded pads for extra clearance and easy adjustment - Red: semi-aggressive compound for good performance - Salmon: aggressive compound for extreme weather conditions - Dual: combination of Salmon and Black compounds for more controlled, smoother stopping

Replacement inserts for Shimano cartridge v-brake pads - Black: standard compound designed for dry condition riding - Red: semi-aggressive compound for good performance - Salmon: aggressive compound for extreme weather conditions - Green: designed for ceramic coated rims - Dual: combination of Salmon and Black compounds for more controlled, smoother stopping