EBC's BSD rotors feature a "V" pattern which improves heat dispersion and helps the pads run cooler on average over OE style rotors. BSD rotors are a perfect addition to any vehicle looking to add performance and style to any vehicle.
EBC Blade Brake High Carbon Rotors
- High Carbon Disc for Performance Street & Race Use
- British Cast and Machined for Reduced Vibration
- Twice the Carbon Content Improves Thermal Stability
- Corrosion Resistant Geomet Dry Powder Coat Finish
- Rotor Finish Helps Aid in Fast Pad & Rotor Break-In
- New Vee Slot Design removes Dirt & Gases
- Dynamically Balanced to Reduce Vibration
The EBC High Carbon Blade Brake Rotor is EBC's Holy Grail of Brake Rotors. EBC uses a new style of slot called the "Vee Slot" which rocks at pushing dirt, debris and hot brake gases from the center of the rotor to the outside. This helps keep your brakes running cooler, and more efficiently. The pattern of the slots on the EBC High Carbon Blade Brake Rotor is designed to reduce wind noise, and also serves as a wear indicator. When the groove is gone it's time for a new set of EBC High Carbon Brake Rotors.
Higher Carbon Equals Higher Quality
The NEW EBC High Carbon Blade Rotor is 100% British cast and machined cast iron which helps reduce vibration and noise. However the big news here is that the EBC High Carbon Brake Rotor has twice the Carbon Content of normal rotors which is why the EBC High Carbon Rotor is tougher than many other rotors on the market. The Higher Carbon levels improve the thermal stability of the rotor which reduces Thermal Brake Judder, Brake Noise caused by dampening vibrations, and it also helps reduce the risk of cracking and warping due to heat.
We recommend having a Certified Mechanic install and perform the proper break-in procedures on your new EBC High Carbon Blade Brake Rotors to ensure that they function properly, and efficiently. If you need any assistance choosing the right brake pad for EBC High Carbon Brake Rotor feel free to call us. 1-888-257-7149 Let our sales staff point you in the right direction.