Brakes/Levers/Pads

Novela Replacement Disc Brake Pads

• Replacement nut for recessed caliper brakes

Shimano Deore XT SM-RT86 6-Bolt Disc Rotors feature ICE cooling technology and a mud shredding rotor blade design to keep the rotor cooler and cleaner. - ICE technology features a 3-layer structure with an aluminum core and two stainless steel outer layers to reduce rotor surface temperature by approximately 100 degrees Celsius compared to all-steel rotors - Lightweight, heat-resistant design for less fade, less noise, and longer pad life - Mud shedding rotor blade design helps to keep the rotor cleaner - Includes rotor fixing bolts and non-turn washers

- Shimano, BR-7900 R55C3 Replacement cartridge pads, pair - Also fits BR-6700 and BR-5700

SLX SM-RT70 Center Lock rotors deliver powerful and consistent braking performance in all riding conditions. They feature a 3-layer structure (an aluminum core paired with two stainless steel outer layers) that reduces rotor surface temperatures approximately 100 degrees Celsius compared to all-steel rotors. - Aluminum spider - Includes standard type rotor lockring - Requires external-type rotor lockring when installing onto 15/20mm hubs (sold separately)

Riding an e-bike may give your legs a break but that doesn’t mean your brakes get a break! Specially formulated Serfas E-Bike brake pads utilize strategically formulated compounds engineered to endure the frequent heavy loads and high speed stresses of e-bike riding. Wherever you may be going, make sure you can stop when you get there and ride with a set of Serfas E-Bike brake pads. - Kevlar Composite Compound - E-Bike Compound – Specially Formulated For High Speed & Heavy Load Applications - Compatible With Shimano Deore Mechanical BR-M515 - Hardware Included

Riding an e-bike may give your legs a break but that doesn’t mean your brakes get a break! Specially formulated Serfas E-Bike brake pads utilize strategically formulated compounds engineered to endure the frequent heavy loads and high speed stresses of e-bike riding. Wherever you may be going, make sure you can stop when you get there and ride with a set of Serfas E-Bike brake pads. - Kevlar Composite Compound - E-Bike Compound – Specially Formulated For High Speed & Heavy Load Applications - Compatible With Shimano Saint 2008 M810/BR-M640 - Hardware Included

Riding an e-bike may give your legs a break but that doesn’t mean your brakes get a break! Specially formulated Serfas E-Bike brake pads utilize strategically formulated compounds engineered to endure the frequent heavy loads and high speed stresses of e-bike riding. Wherever you may be going, make sure you can stop when you get there and ride with a set of Serfas E-Bike brake pads. - Kevlar Composite Compound - E-Bike Compound – Specially Formulated For High Speed & Heavy Load Applications - Compatible With Tektro Dorado - Hardware Included

Original equipment pads for no-compromise disc brake performance. - Steel backed organic pad is quiet - Bulk pack includes 20 pairs (Pad spreader spring sold separately) - Compatible with SRAM Code (A2), Code R (A2), Code R (B1), Code RSC (A1), and Guide RE (A1)

SRAM's Disc Brake Pads are reliable and rugged. These pads are compatible with Avid Trail and SRAM Guide and G2 disc brakes.

- Suitable for light use applications - Good performance at low temperatures - High-density ceramic organic compound for extended pad life - Low rotor wear - Extremely quiet

- Lightweight 1-piece, co-molded pad design - Advanced alloy rim braking compound provides superior performance in both dry and wet conditions - Fully integrated angle adjustment - Automatic toe-in alignment - Length of Pad: 70mm - Compound: All Weather - Pad Color: Black - Hardware Color: Black

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

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

- Extra-long molded pads for MTB linear brakes - Black: standard compound designed for dry condition riding - Salmon: aggressive compound for extreme weather conditions - Dual: combination of Salmon and Black compounds for more controlled, smoother stopping

-Single compound cartridge v-brake pads

• Durable organic pad compound • Quiet and powerful braking performance for all weather conditions

Compatibility: Hayes Stroker Ryde

Compatibility: Tektro IO Mechanical, Aquila, Novela (Pre-2010) Compound: Standard

The CLOUT 1 hydraulic brake system has the capability of a much higher end brake in the market, providing the rider with greater power, consistency and feel, all at a price that is designed to compete with entry level bikes. The CLOUT1 operates on mineral oil and features a 2 piston caliper with an ergonomic design lever assembly with REACH ADJUSTMENT.

Bolt on Avid's 20R Brake Pads for consistent, powerful braking. They're designed for use with linear-pull brakes.

To keep your Avid brakes functioning properly, check your pads for wear and replace them when necessary. Organic compound pads are softer for quieter braking and increased modulation, while metallic pads dissipate heat better and last a bit longer. Two pads, one retraction spring and a mounting bolt are included (enough for one brake) in each pad set. And, choose an aluminum backing plate if you're really counting the grams.

To keep your Avid brakes functioning properly, check your pads for wear and replace them when necessary. Organic compound pads are softer for quieter braking and increased modulation, while metallic pads dissipate heat better and last a bit longer. Two pads, one retraction spring and a mounting bolt are included (enough for one brake) in each pad set. And, choose an aluminum backing plate if you're really counting the grams.