*All images are for illustration purpose only. Actual product may vary WARNING : Cancer and Reproductive Harm - www.P65Warnings.ca.gov. FOR CLOSED COURSE COMPETITION USE ONLY. NOT INTENDED FOR STREET USE. THE USE, OR INSTALLATION OF THIS PRODUCT MAY ALSO BE ILLEGAL NATIONWIDE UNDER THE FEDERAL CLEAN AIR ACT (42 U.S.C. § 7522(A)(3))
EBC 2015+ Ford Mustang (6th Gen) 2.3L Turbo BSD Rear Rotors
Blade Sport High Carbon Slotted Vented 1-Piece Rear Brake Rotors (BSD7695) by EBC®. These replacement brake rotors are constructed from iron with high carbon and silicone content to reduce thermal buildup, brake noise, vibration, and wear. V-shaped slots expel more heat, dust, water, and gases and are designed to indicate rotors are worn when they wear away completely. Powder coat finish provides corrosion resistance on non-contact areas. Designed for use with EBC green, yellow, red, and blue pads. The anodized layer is designed to disappear in the area that the brake pads contact the rotor.
Specifications:
- Driving Style: Performance / Racing
- Rotor Design: Rotors Only
- Rotor Construction: 1-Piece
- Rotor Style: Slotted
- Rotor Material: GG15HC Hi Silicone and Hi Carbon Cast Iron
- Rotor Type: Vented
- Quantity: 2 Per Pack
Features:
- Designed for use with EBC Greenstuff, Yellowstuff, Redstuff, and Bluestuff pads
- Black GEOMET and NITROTHERM™ anti corrosive finish
- V-shaped slots on rotor surfaces allow increased expulsion of heat, water, brake dust, and friction gases
- Recommended by EBC for use on performance street driving and racing with lighter weight vehicles
- High carbon content doubles the levels of some competitors to prevent brake shudder, heat cracking, and high-frequency vibrations which cause squealing
- Vented center allows air to pass between both rotor sides for more effective cooling
- V-shaped slots have a 1mm depth that indicates rotors need replacement when slots have worn away completely
- EBC recommends a 500 mile break in period with lighter braking application
Benefits:
- Ensure increased pad bite and improved air circulation
- Clean and de-glaze pad surface for optimum pad coefficient of friction
- Create an escape route for debris, dust, and water
- Reduce stopping distances in wet weather
- Offer much faster heat dissipation
- Resistant to warping and fading