Brakes/Levers/Pads

Jagwire's Mountain Sport Disc Brake Pads (Formula) feature a low-noise, semi-metallic compound mounted to a steel backing plate for excellent braking performance and durability.

Jagwire Sport Organic pads feature an all-new resin compound. Mounted on a steel backing plate, this compound gives good power and modulation, while keeping noise to a minimum. Great for riders primarily riding in dry conditions.

Jagwire's Mountain Sport Disc Brake Pads (Magura) feature a low-noise, semi-metallic compound mounted to a steel backing plate for excellent braking performance and durability.

- Lightweight aluminum cooling fins integrated into the backing plate. - A graphene thermal transfer plate pulls heat away from the semi-metallic compound and rotor and into the cooling fins - Prevent brake fade and warped rotors.

Jagwire's Cross Pro Brake Pads use a combination of mountain and road brake-pad technologies for excellent speed control, stopping power and durability so they're ideal for cyclocross use. These brake pads are cartridge style for easy pad replacement without losing your brake shoe adjustment. And there are wheel guides to make wheel installation faster and easier. The Cross Pros are available in threaded or threadless (post-mount) versions to fit most bicycles.

This simple repair part is vital for getting bikes with side-pull caliper brakes safely back on the road. - 6mm size

Keep your disc brakes working great with Jagwire's Mountain Pro Disc Brake Pads. They have a high-performance semi-metallic compound and lightweight aluminum backing plates to keep the weight low, making them perfect for cross-country riding. These are the correct replacement pads for most Formula disc brakes.

Jagwire's Road Pro Inserts are a nice upgrade for Shimano and SRAM sidepull brakes. They're made of Jagwire's Pro Series compound in three versions for excellent stopping power in all conditions and with aluminum and carbon rims.

- Lightweight aluminum cooling fins integrated into the backing plate. - A graphene thermal transfer plate pulls heat away from the semi-metallic compound and rotor and into the cooling fins - Prevent brake fade and warped rotors.

- Lightweight aluminum spider design improves stability and durability - Durable stainless steel resists corrosion - Compatible with all disc brake pad compounds

Jagwire Sport Organic pads feature an all-new resin compound. Mounted on a steel backing plate, this compound gives good power and modulation, while keeping noise to a minimum. Great for riders primarily riding in dry conditions. - Fit a variety of Formula brakes and offer industry leading brake compounds for consistent, confident performance

Pro Extreme Sintered pads feature an aggressive compound that provides maximum stopping power making it perfect for DH riding. The dense, sintered compound also resists water making it extremely effective in wet conditions.

Pro Extreme Sintered pads feature an aggressive compound that provides maximum stopping power making it perfect for DH riding. The dense, sintered compound also resists water making it extremely effective in wet conditions. - Fit a variety of SRAM and Avid brakes and offer industry leading brake compounds for consistent, confident performance

Linear pull brake noodles come in a variety of configurations designed to be compatible with any housing approach angle.

- Compound designed considering the higher weight and faster speed of E-bikes - Tuned for power, durability, and low noise

Jagwire's Mountain Sport Disc Brake Pads (Shimano) feature a low-noise, semi-metallic compound mounted to a steel backing plate for excellent braking performance and durability. - Compatible with Shimano Deore XT M8020, Saint M810 and M820, and Zee M640 - Compatible with TRP Quadiem, G-Spec Quadiem, Slate T4, and G-Spec Slate

Pro Semi-Metallic pads feature a lightweight aluminum backing plate attached to the same quiet and high-performance compound found on Jagwire's Sport Semi-Metallic series disc pads. Weight is reduced by nearly 50%. These pads are perfect for cross-country applications.