MAGURA MT5 / MT7 E-BIKE COMPOUND BRAKE PADS
MAGURA MT5 / MT7 E-BIKE COMPOUND BRAKE PADS. Organic semi-metal compound (non asbestos). Developed specifically for electric bicycles. Features high temperature resistance, braking power, durability, and absence of noise. Provides better feeling, progressiveness, and braking power. Minimizes vibration to the wheel and reduces wear on brake discs. Increases rider confidence and security with consistent braking response throughout the life of the pad.
- SKU
- GAL.MFD487 1652
- Brand
- Galfer
- Availability
- Out of Stock
FULL DESCRIPTION
Galfer E-Bike Compound Brake Pads for Magura MT5 / MT7
Upgrade your stopping power with the Galfer E-Bike Compound Brake Pads, specifically engineered for the high-performance demands of electric bicycles. As e-bikes carry more weight and reach higher speeds than traditional bicycles, they require a braking solution that can handle increased kinetic energy and motor-generated propulsion. The G1652 compound is designed to provide consistent, reliable performance under these unique conditions.
Key Features and Advantages
- E-Bike Optimized: Developed to manage the increased mass and speed of electric bicycles, ensuring reliable stopping power when you need it most.
- Advanced Organic Semi-Metal Compound: High-performance, non-asbestos material that delivers excellent durability and resistance to fading.
- Superior Braking Control: Designed for improved feel and progressiveness, giving the rider greater confidence and security on the trail.
- Noise and Vibration Reduction: Engineered for quiet operation and the minimization of wheel vibrations during braking.
- Disc Protection: The unique formulation is designed to provide effective stopping power while reducing the rate of wear on your brake discs.
- Consistent Performance: These pads maintain a steady, permanent braking response throughout their entire service life, regardless of environmental factors such as humidity or temperature.
By choosing Galfer E-Bike Compound pads, you are investing in a product that enhances bicycle control and rider safety. Whether you are navigating technical terrain or commuting at high speeds, these pads offer the durability and high-temperature resistance necessary for the demands of modern e-mobility.