Description
Upgrade your braking system with APR Direct Replacement Rear Brake Pads, designed for superior performance and reliability. These OE Replacement Advanced Street Pads provide a direct upgrade for your factory brake system, offering enhanced braking performance suitable for both daily driving and spirited driving.
Overview: APR OE Replacement Advanced Street Pads are engineered to remain fade-free at operating temperatures far exceeding those of typical OE pads. With a high friction coefficient, these pads are designed to deliver optimal torque curves, maximizing the performance of street-legal tires without causing premature wheel lockup. The friction material's low thermal conductivity slows heat transfer to the brake calipers, pressure seals, and brake fluid, ensuring consistent performance and reliability.
Key Features:
- Direct Replacement: Fits seamlessly as a direct replacement for your rear brake pads.
- Enhanced Performance: Experience reduced brake fade and improved brake consistency.
- High Friction Coefficient: Engineered to deliver torque curves that optimize the performance of street-legal tires.
- Race-Grade Temperature Resistance: Capable of operating at temperatures approaching those of race pads.
- Low Disc Wear: Designed to minimize wear on your brake discs, ensuring longevity.
- Thermal Management: Low levels of heat transmission to calipers, seals, and brake fluid.
- Cold Response: Excellent performance without the need for warming up.
- Versatility: Suitable for normal daily driving and spirited driving conditions.
APR Direct Replacement Rear Brake Pads provide the type of pedal feel and fade resistance typically associated with entry-level race pads while maintaining excellent cold response and low disc wear. They are perfectly paired with APR Direct Replacement Brake Discs, offering a no-compromise solution for drivers seeking enhanced braking performance.
Upgrade your braking system with APR Direct Replacement Rear Brake Pads and enjoy a reliable, high-performance braking experience.
