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Category: Brake
Subcategory: Drums and Rotors
Parttype: Disc Brake Rotor

2011 - 2014 Ford Mustang,Disc Brake Rotor,Sport Cross Drilled Brake Rotor,Premium e-coated rotor with advanced metallurgy that greatly reduces pad squeal- Especially effective with higher friction, European style brake pad compounds- Added Molybdenum and Chromium to resist rotor cracking,Sport Drilled Rotor, StopTech, StopTech Rotor, Stop Tech Rotor, Stop-Tech Sport Rotor, StopTech Sport Rotor, StopTech Brake Rotor, Stoptech Drilled/Slotted Rotor,StopTech Sport Cross Drilled Brake Rotor,StopTech Sport Rotors are premium quality replacement brake rotors that feature a signature ''short slot'' design. The slot improves brake system performance by wiping away the debris of used friction material that otherwise accumulates between the rotor and pad. This keeps fresh pad material exposed to the rotor surface and helps prevent pad glazing. The edges sweeping the pad slightly increase the effective coefficient of friction or ''bite,'' amplifying brake system response to pedal input. By providing an escape path for water, slotted rotors can also improve initial brake response under wet conditions.,Cross Drilled Rotor,Sport Cross Drilled Brake Rotor- Front Left,Stoptech Sport Cross Drilled Brake Rotor- Front Left,Premium e-coated rotor with advanced metallurgy that greatly reduces pad squeal- Especially effective with higher friction, European style brake pad compounds- Drilled for increased bite, improved looks and better performance,StopTech Drilled Sport Rotors are 1-piece direct replacement brake discs for factory brake systems and stock calipers that look great behind your wheels – and offer significantly improved braking performance. The unique cross-drilling aids with heat and brake dust dispersal, prevents glazing of the pads, adds bite and improves wet and dry braking performance. Built to last, the black e-coating provides protection from corrosion and the high carbon metallurgy (in most applications) offers quieter operation, better crack resistance and increased performance.