Complete Ebc Brakes Racing Pad And 2-piece Fully-floating Disc Kit (p2dk010rpx) Instant 30% Discount [9bma5N36]

EBC Brakes Racing Pad and 2-Piece Fully-Floating Disc Kit

Experience the ultimate in braking performance with the Complete Ebc Brakes Racing Pad And 2-piece Fully-floating Disc Kit (p2dk010rpx) Instant 30% Discount [9bma5N36]. This comprehensive kit is designed for high-performance track driving, offering unparalleled braking efficiency and durability. The EBC RP1 Pads are crafted with precision in EBC's Bristol, UK factory, ensuring top-notch quality and performance.

Key Features and Benefits

Boasting stainless steel backing plates for reduced heat conduction and a Nucap® NRS® hook pad retention system, the EBC RP1 Pads provide excellent pad life with moderate disc life. With a consistent friction level of 0.55 across temperatures ranging from 0 to 750°C, the RP-X™ pads ensure 100% braking efficiency from cold, making them ideal for sprint racing and hill climb events. The kit is also designed to be NOT R90 approved for road use in European markets, focusing on track performance.

• Superior Quality: Made in EBC Brakes’ Bristol, UK pad factory, ensuring the highest standards of quality and craftsmanship.
• Heat Management: Stainless steel backing plates reduce heat conduction, keeping the brakes cooler and extending their lifespan.

Complementary 2-PC Floating Discs

Pairing the EBC RP1 Pads with EBC 2-PC Floating (SG) Discs takes performance to the next level. These discs are engineered with precision in the UK and offer versatile conversion options, making them a perfect fit for a wide range of vehicles. The advanced floating design and lightweight construction enhance thermal performance and reduce unsprung rotational mass, leading to improved handling, better fuel economy, and increased horsepower at the wheels.

• Precision Engineering: Designed, manufactured, and run-out tested in the UK for uncompromising quality.
• Enhanced Performance: Features 48 directionally-handed, curved vanes for efficient heat dissipation and reduced brake fade.