Easy To Use Ebc Usr Series Fine Slotted Discs (pair) (usr1832) Bundle [D5LBiENO]

EBC USR Series Fine Slotted Discs: The Ultimate Performance Pair

Elevate your braking game with the Easy To Use Ebc Usr Series Fine Slotted Discs (pair) (usr1832) Bundle [D5LBiENO]. These rotors are engineered for superior performance and durability, making them the perfect choice for drivers seeking top-notch braking power. With a unique slot design and high-friction brake pads, these discs deliver exceptional stopping power while ensuring minimal air noise. The USR Series rotors are fully matched with high-friction EBC Redstuff, Greenstuff, or Yellowstuff brake pads to provide you with superior stopping power and smooth pad wear.

• Enhanced stopping power with high-friction brake pads
• Unique slot design for efficient degassing and quieter operation

Precision Crafted for Optimal Performance

Crafted in the UK and USA with precision machining, each EBC USR Series rotor is produced from premium, R90-approved grey iron disc blanks. This ensures that each rotor meets the highest standards of quality and performance. The extensive testing and rigorous quality control processes guarantee that these rotors are ready to deliver outstanding performance and longevity. With a focus on precision and excellence, these rotors are a testament to EBC's commitment to providing top-tier brake systems.

• Premium, R90-approved grey iron disc blanks
• Extensive testing and rigorous quality control

Superior Stopping Power for Enhanced Driving Experience

Experience the difference of EBC USR Series rotors in your daily driving. Whether you're on the highway or tackling a challenging track, these rotors will significantly enhance your braking performance. The fine slot design not only promotes pad degassing but also clears dirt, dust, water, and debris from the braking area, ensuring quieter operation and longer component longevity. With hundreds of thousands of brake kits sold, EBC Brakes is confident that these rotors will represent the pinnacle of your brake system engineering.

• Significant enhancement in braking performance
• Longer component longevity with improved durability