Formula brake pad

E-Bike Range G1652 - Made in Spain - For Formula Mega the One R0 R1 RX R1 T1 C1 E-Bike

Experience precise stopping with the Tektro IOX DBP‑46 disc brake pad set, featuring a durable organic compound that delivers consistent performance and low noise across varied road conditions while maintaining excellent heat dissipation for reliable braking.

Clarks. Please ensure compatibility prior to ordering. - Compatible with Avid Elixir CR and Elixir R. - A perfect replacement for worn or contaminated pads

High performance, low noise semi-metallic compound mounted to a steel backing plate.A lightweight aluminum backing plate and high performance semi-metallic compound reduce weight by almost 50%An aggressive sintered compound is mounted to

3 x less heat generation than Sintered Pads - Offers cold performance of Organic Pads - Quiet operation  - High temp performance of Sintered Pads - Wear characteristics of Sintered

Zimmermann Brake Pad Set 25192.190.1 delivers precise braking on front discs for Jeep Grand Cherokee, Mercedes GLE, GLS and Dodge models. The pads feature advanced friction material for smooth stopping, low noise and durable wear, enhancing safety in everyday driving.

Semi‑metallic brake pads that give reliable stopping power with minimal noise for Formula Mega, R1, RX, T1 and The One bikes. Their durable compound resists wear, while the standard pad profile delivers a smooth feel and progressive braking.

High-performance sintered disc brake pads featuring carbon reinforcement, designed for the Formula Oro bike. Offers strong stopping power, durability and consistent braking in a lightweight package.

SwissStop Disc 25 Organic Brake Pads, a set of brake pads made by SwissStop, designed specifically for Formula Mega, The One, R1, and RX bikes. Enhance braking performance and provide consistent stopping power in any weather conditions.

Sintered brake disc pads designed for high-performance racing vehicles, featuring a durable composite material that delivers consistent stopping power, heat resistance, and low wear under extreme conditions.