Description
Delivers consistent braking performance through the integration of high-friction, GG-rated yellowstuff pads coupled with precision-engineered fine slotted USR series rotors. The combination provides enhanced stopping power suitable for both street and track applications where reliable brake modulation and heat dissipation are critical.
The fine slotted design on the rotors effectively minimizes brake fade by promoting improved airflow and debris evacuation, thereby maintaining optimal rotor surface condition and pad contact. This structural refinement also reduces typical wind noise associated with slotted rotors, resulting in a quieter operation without sacrificing performance.
Key Features and Technical Specifications:
- High-friction GG-rated yellowstuff brake pads: Engineered for superior initial bite and consistent wear characteristics under aggressive driving conditions.
- Fine slotted USR series rotors: Designed to enhance cooling efficiency and provide clean pad surface contact, improving braking responsiveness and reducing noise.
- Caliper lubricant included: Facilitates optimal caliper function, reducing friction and ensuring smooth brake component operation.
- Material composition: Rotors manufactured from premium-grade cast iron alloy for durability and thermal stability.
- Performance benefits: Enhanced heat dissipation, reduced brake fade, and minimized rotor warping under high temperature conditions.
These components are engineered to meet demanding performance requirements while delivering durability and reliability. The integration of pad and rotor in a matched set ensures compatibility and optimal braking system balance. This pairing is well-suited for vehicles requiring robust braking capability with reduced acoustic disturbance.
Manufactured by EBC, a leader in advanced brake technology, this assembly adheres to rigorous quality standards, ensuring precise fitment and longevity. The inclusion of caliper lubricant complements the system, promoting consistent brake caliper performance and reducing maintenance intervals.
Consider this solution when uniform braking response, superior thermal management, and noise reduction are mission-critical for your application.