BETA EVO TRIALS ALL 2009 - 2022 SEMI-METALLIC COMPOUND FRONT BRAKE PADS
GALFER Semi Metallic Compound Front Brake Pads for BETA EVO TRIALS ALL 2009-2022. These brake pads are fundamental elements in any brake system, directly responsible for transmitting caliper power to the brake disc for optimal braking. Galfer has developed specific compounds for each use and motorcycle model, aiming to offer top performance in all types of driving. Features include powerful, progressive, and modular braking, a low wear rate, minimal noise, maximum resistance to the fade effect, and efficiency in wet conditions with no wear on the brake disc.
- SKU
- GAL.FD223 G1805
- Brand
- Galfer
- Availability
- In Stock (122)
FULL DESCRIPTION
Galfer Semi-Metallic Front Brake Pads
Upgrade your braking performance with these high-quality semi-metallic brake pads from Galfer. Engineered for riders who demand precision and consistency, these pads are designed to translate caliper power directly to the brake disc, ensuring optimal stopping force in all riding conditions.
Galfer has meticulously developed this compound to provide a balance of power and feel, making them an ideal choice for trials riding. Whether navigating technical sections or riding in challenging terrain, these pads deliver the reliability needed to maintain complete control of your motorcycle.
Key Features
- Advanced Semi-Metallic Compound: Specifically formulated for trials use to provide a balance of power and responsiveness.
- Powerful and Modular Braking: Delivers progressive stopping force that is easy to modulate for technical maneuvers.
- High Resistance to Fade: Engineered to maintain braking efficiency even under heat-intensive conditions.
- Durable Construction: Offers a low wear rate to prolong the life of the pads while providing excellent efficiency in wet conditions.
- Disc-Friendly Design: Manufactured to minimize wear on the brake disc, extending the lifespan of your braking components.
- Quiet Operation: Designed to offer maximum performance with minimum noise during operation.