Top Pick Ebc Brakes Pad And Disc Kit (pd15kr556) Series [QDEVm9vB]

Top Pick Ebc Brakes Pad And Disc Kit (pd15kr556) Series [QDEVm9vB]

Experience the ultimate in high-performance braking with the Top Pick Ebc Brakes Pad And Disc Kit (pd15kr556) Series [QDEVm9vB]. This premium kit is designed for light to middleweight high-powered race cars, offering a full race pad solution with exceptional fade resistance and wear life. The EBC Orangestuff Pads are developed with a high friction level that increases with temperature, providing maximum braking power when you need it most.

Advanced Pad and Disc Technology

The EBC Orangestuff Pads are enhanced with ceramic granules, making them a true premium upgrade for all vehicles. This advanced material offers an acceptable cold friction, making it suitable for street use, while its hot friction is designed for optimal performance on the track. The kit is paired with GD Turbogroove Dimpled and Slotted Discs, a design that EBC pioneered in the 1990s. These discs feature wide aperture slots that actively draw cool air into the braking interface, reducing temperatures and improving overall brake performance.

• High friction level that increases with temperature
• Improved fade resistance and wear life

Optimized for Performance and Durability

The EBC GD Series sport rotors are machined in the United Kingdom, ensuring the highest quality and performance. These rotors are R90-certified and offer an excellent solution for fast street cars and 4x4 vehicles. The third-generation rotors come with silver corrosion protection and wide aperture slots that promote uniform pad wear, maintain cooler operating temperatures, and efficiently expel debris from the braking area. This kit is perfect for drivers who demand the best in both performance and durability.

• Street and track performance
• Reduced brake fade and improved braking effectiveness

Upgrade your vehicle with the Top Pick Ebc Brakes Pad And Disc Kit (pd15kr556) Series [QDEVm9vB] and experience the difference in quality and performance.