✓COMPATIBLE WITH MULTIPLE BRAKE SYSTEMS: Designed for Shimano M9120, M8120, M7120, Xtr M9120, Xt M8120, Slx M7120, Saint M820, Mt520, Mt420, Trp Dhr Evo, Quadiem, Sl, Slate T4, and Tektro Hd-E725, Hd-M735, Hd-M745, and Hd-M750 brakes. These 4 piston brake pads fit systems using D, H, or N type pads. One set includes an inner pad and outer pad for one brake caliper, providing a direct replacement option for the listed supported brake systems during routine maintenance.
✓HARDER METALLIC COMPOUND FOR STRONG STOPPING POWER: Built with a durable sintered material, these mountain bike brake pads provide strong, consistent braking under heavy loads and during long descents. The harder compound is designed for demanding riding conditions and supports dependable control across changing terrain and weather. Metallic construction also offers the durability frequent riders need when braking force, heat, and repeated use place greater demands on the pad material.
✓LONG-LASTING DURABILITY FOR FREQUENT RIDING: Metallic bicycle brake pads are engineered for extended wear life, helping reduce how often replacement may be needed during regular use. The sintered construction is made to stand up to demanding conditions, from commuting to rugged trail riding, while supporting dependable stopping performance. A practical choice for riders who value durable brake components that can handle repeated use across varied terrain and riding conditions.
✓OPTIMIZED FOR WET AND MUDDY CONDITIONS: Designed to perform in wet, muddy, and cold environments, these bicycle disc brake pads provide dependable braking where changing weather can make control more demanding. The metallic sintered compound supports efficient heat transfer and strong stopping performance, making it well suited to challenging routes and regular trail rides. The material is intended to maintain reliable braking in conditions where softer pad compounds may be less effective.
✓DEPENDABLE HEAT MANAGEMENT ON LONG DESCENTS: Efficient heat transfer helps bike disc brake pads manage demanding braking during extended descents and intense rides while reducing brake fade. Metallic construction supports responsive, controlled stopping when temperatures rise, and the harder compound is built for heavy-use conditions, though it may require a longer bed-in period than ceramic pads. Designed for durable performance across demanding terrain and changing weather. Packaging may vary.