High-performance brake component engineered for durability, consistent stopping power, and reliable wet-weather performance. Key benefits Durable construction: Aluminium-alloy plate with an integrated heat sink provides long service life and structural stability under repeated braking. Quieter, more reliable braking: Friction material formulated for superior noise control and stable braking response. High-temperature and wear resistance: Designed to maintain performance under heat and heavy use, reducing fade and extending pad life. Weather resistant: High-density friction block resists water and maintains consistent bite in wet conditions. Faster break-in and consistent feel: Short shrinkage time delivers predictable performance shortly after installation. Efficient heat management: Heat sink plus multi-directional air channels accelerate cooling and reduce thermal buildup. Key attributes Function: Delivers reliable friction and braking performance while minimizing noise. Material: Aluminium alloy plate with integrated heat sink; high-density, water-resistant friction block. Performance: High temperature resistance, high wear resistance, short shrinkage time, effective noise reduction. Thermal design: Heat sink and multi-directional air channels for rapid and even heat dissipation. Practical applications Wet-weather commuting: Maintains consistent stopping power and low noise during rainy or damp conditions. Long descents or heavy braking: Effective heat dissipation reduces brake fade during prolonged or repeated braking events. Urban stop-and-go driving: High wear resistance and quick break-in provide dependable performance for frequent stops. Installation and fit Designed for use in compatible braking systems; consult the product fitment guide or original listing to confirm model compatibility and correct sizing. What this solves Reduces noise and delivers a predictable braking feel. Minimizes performance loss from heat and water exposure. Extends replacement intervals through improved wear resistance. Technical note Construction and features are focused on improving braking performance, thermal control, and environmental resistance while maintaining long-term durability.