Brakes

The Shimano XT SM-RT76 6 Bolt Rotor 180mm delivers consistent stopping power in all riding conditions. Click below

For a streamlined cockpit and easy access to the seat dropper post lever, SHIMANO's RX810-LA dual control lever integrates the brake lever and dropper lever for fast and effortless operation.

The SRAM Disc Brake Pads Level/Elixir/2 Piece Road Sintered Steel Backed are original equipment pads for no-compromise disc brake performance.

These disc brake pads fit a variety of SRAM and Avid brakes and offer industry leading brake compounds for consistent, confident performance.

The SRAM Disc Brake Pads Trail/Guide/G2 Organic Aluminum Backed are original equipment pads for no-compromise disc brake performance.

The CenterLine Rotor was designed to keep the center of friction consistent throughout rotation thereby minimizing vibration offering consistent performance and a quiet ride.

The SRAM Disc Brake Pads Code/Code R/Code RSC/Guide RE Organic Compound Steel Backed  are original equipment pads for no-compromise disc brake performance.

The Shimano XT RT-MT800 Center Lock Disc Brake Rotor 203mm is a compact and lightweight disc brake rotors featuring rapid heat dissipation thanks to ICE TECHNOLOGIES FREEZA heat management system. Installing and removing the rotors is quick and easy with

The Shimano XT RT-MT800 Center Lock Disc Brake Rotor 180mm is a compact and lightweight disc brake rotors featuring rapid heat dissipation thanks to ICE TECHNOLOGIES FREEZA heat management system. Installing and removing the rotors is quick and easy with

The Shimano SM-MA90-F180P/P Disc Brake Adapter is made to upgrade your front rotor to 180mm! Click below to shop now

The Magura 8.R Race Disc Brake Pads are race compound disc brake pads for Magura MT5 and MT7 Disc Brakes. Click below to shop now

The Shimano XT RT86 rotor is infused with proven Ice-Tech braking technology, trickled down from the top-end XTR group. Ice-Tech is a technology that blends the durability of a stopping power of a steel rotor with the heat dissipation properties of alumin