Nissan Juke Nismo RS 2014+ Hawk Sector 27 PC Drilled and Slotted Rear Brake Kit

Performance Ceramic brake pads are designed to the precise tolerances of factory parts for proper fit and operation of anti-lock brakes, but provide longer pad life that is easier on brake rotors. Limited lifetime warranty. Ideal for performance street driven cars, the new Sector 27 Rotors come in drilled and slotted design, which provides improved stopping power along with reduced brake fade in the most extreme conditions.

Specifications:

- Driving Style: Performance / Racing
- Pad Thickness: 14.2mm (0.559")
- Rotor Construction: 1-Piece
- Rotor Material: Cast Iron
- Rotor Style: Drilled & Slotted
- Rotor Finish: Zinc Coated

Features:

- Pads and clips are designed in the precise size and shape of factory OEM parts for proper fit and operation
- Ceramic pad compounds offer a smoother more superior level of braking power most effective at autobahn speeds
- Designed to work most effectively with ABS systems
- Reduced brake dust keeps wheels much cleaner
- Ceramic pads eliminate squealing under the most extreme cold or hot temperatures
- Ceramic pad compounds wear slower and last longer than OEM equipment
- Reduced heat buildup eliminates brake fading that occurs when brake fluid reaches boiling temperature under heavy use
- Pre-chamfered edges ensure more effective braking against worn brake rotors
- Slotted center groove provides more effective removal of water, dust, and gasses that build up normally during the braking process
- Limited lifetime warranty against manufacturing defects (not wear)
- Sold as axle sets

Rotor Benefits:

- Drilled holes and Slots create an escape route for debris, dust, gases, and water
- Slots clean and de-glaze pad surface for optimum pad coefficient of friction
- Slots help to increase pad bite and improve air circulation
- Drilled holes and Slots reduce stopping distances in wet weather
- Drilled rotors improve the appearance of your wheels and provide reduced rotor weight
- Vented type of rotors offer much faster heat dissipation