Description
Designed for optimal braking performance, this comprehensive pad and rotor kit combines high-friction compound pads with precision-engineered rotors and professional-grade caliper lubricant. The EBC flagship GG rated Yellowstuff pads deliver exceptional friction levels, ensuring consistent and powerful braking under demanding conditions. These pads are fully shimmed, chamfered, and slotted to minimize noise, reduce brake fade, and enhance heat dissipation, critical factors in maintaining brake efficiency during extended use.
The rotors are manufactured to tight tolerances, providing smooth engagement and reliable rotor-to-pad contact that contributes to even wear and extended component life. They also feature a patented EBC Brake-In coating to facilitate faster bedding-in processes, allowing the braking system to reach optimal performance quickly without compromising durability.
- High-friction material: GG rated Yellowstuff pads formulated for maximum stopping power
- Precision-engineered rotors: Designed for consistent pad contact and enhanced heat dissipation
- Advanced pad preparation: Fully shimmed, chamfered, and slotted to reduce noise and vibration
- Caliper lubrication: Included to ensure smooth caliper piston movement and prevent seizing
- Patented brake-in coating: Accelerates bedding-in for immediate optimal braking performance
Manufactured by EBC, a reputable name in the high-performance braking sector, this kit provides a balanced combination of durability, efficiency, and safety. The integration of advanced friction materials and engineered rotors delivers an elevated braking response suitable for both spirited street driving and track use. Caliper lube ensures the longevity of brake system components by maintaining effective piston movement, reducing the risk of uneven pad wear.
This assembly stands out in the braking components category by offering a system-level solution that addresses friction, rotor integrity, and caliper maintenance in a single package, streamlining installation and maintenance efforts.
Recommended for applications requiring enhanced braking force and reliability without compromising component longevity.
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