Versatile Ebc Brakes Pad And Disc Kit (pd15kf1224) Satisfaction Guaranteed [i0P74lCd]

EBC Brakes Pad and Disc Kit: Premium Performance for Race Cars

The Versatile Ebc Brakes Pad And Disc Kit (pd15kf1224) Satisfaction Guaranteed [i0P74lCd] is a top-tier upgrade designed for high-powered race cars, offering unparalleled performance and durability. This kit includes EBC Orangestuff Pads, renowned for their high friction level that increases with temperature, making them ideal for light to middleweight race cars. The pads provide exceptional fade resistance and wear life, surpassing the Yellowstuff pads. Enhanced with ceramic granules, these pads are a true premium upgrade for any vehicle, ensuring optimal braking performance.

Advanced Pad and Disc Design

The EBC Orangestuff Pads are 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 during heavy braking. This innovative design is crucial for maintaining braking effectiveness, as it prevents overheating and brake fade. The rotors are machined in the United Kingdom using R90-certified blanks, ensuring the highest quality and performance. The GD Series sport rotors offer an excellent solution for fast street cars and 4×4 vehicles, providing a durable and efficient braking system.

Optimized for Performance and Street Use

This kit is not just for the track; it's also suitable for street use, although it's not road legal within Europe due to the high hot friction levels. The pads offer acceptable cold friction, making them practical for daily driving. The combination of EBC Orangestuff Pads and GD Turbogroove Discs provides a significant performance boost for both racing and high-performance street vehicles. Whether you're a serious racer or a driver looking to enhance your vehicle's braking capabilities, this kit is a perfect choice. Upgrade your braking system with the EBC Brakes Pad and Disc Kit and experience the difference in performance and safety.