Description
Designed for both street and track applications, this brake pad and rotor combination delivers reliable stopping power with consistent performance under varied driving conditions. Engineered by EBC, a recognized leader in high-performance braking components, the system integrates advanced friction materials with precision-machined rotors to optimize heat dissipation and reduce fade during aggressive use.
Key functional attributes include:
- High-friction brake pads: Provide strong initial bite and stable braking force throughout the pad life cycle, ensuring responsive control from cold starts and under continuous heavy braking.
- Vented rotors: Designed to efficiently dissipate heat, minimizing thermal stress and maintaining structural integrity during demanding track sessions or spirited street driving.
- Caliper lubricant: Included to ensure smooth caliper operation, reduce seizing, and prolong the service life of moving components within the brake system.
The rotors feature precision balancing and a robust construction to prevent warping and maintain consistent rotor-to-pad contact. Meanwhile, the friction compound used in the pads is formulated for low dust generation and minimal noise without compromising performance. The combination of components is pre-bedded to provide immediate effectiveness, reducing the break-in period commonly required for new brake parts.
This brake assembly is engineered to meet the demands of weekend track enthusiasts while providing the reliability and safety required for daily street use.
Installation of these components supports optimal stopping distances and enhanced pedal feel, critical for precision driving and vehicle control under varying load conditions.
Maintaining proper lubrication on caliper slides and contact points minimizes component wear and ensures consistent brake actuation throughout the lifespan of the system.
Complementing the comprehensive design, the integration of pads, rotors, and caliper lubricant into a single solution streamlines maintenance and replacement procedures, reducing downtime and ensuring balanced braking performance.