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CFR-10FA

Floating Rotor

Clarks CFR-10FA Floating Rotor. Designed with advanced materials and precision engineering, this rotor provides exceptional braking power, heat management, and durability for the most demanding rides.

  • 160mm: Lightweight and perfect for standard riding, ensuring quick and responsive braking.

  • 180mm: Offers a balance of weight and braking power, suitable for more aggressive riding.

  • 203mm: Maximum braking power for extreme conditions and heavy riders, providing the utmost in stopping power.


PRODUCT DETAILS

  • 7075 GRADE ALLOY CARRIER: The carrier is made from aerospace-grade 7075 alloy, offering unmatched strength while keeping the weight minimal.


  • STAINLESS STEEL BRAKING BAND: The braking band is constructed from high-quality stainless steel, ensuring durability and consistent performance.


  • PRECISION DRILED BRAKING BAND Featuring 150 precision-drilled holes, the braking band is designed to disperse heat and dirt efficiently, maintaining optimal braking performance even under intense conditions.


  • CONSISTENT PAD CONTACT: The very round edge and minimal recesses of the braking band ensure that the disc pads make 100% contact with the band at all times, drastically improving braking power and feel.


  • WARP RESISTANT DESIGN: Engineered to remain invulnerable to warping, this rotor ensures reliable performance during prolonged and intense braking sessions.


  • ENHANCED BRAKING PERFORMANCE: The precision-drilled braking band and consistent pad contact significantly improve overall braking power and feel.


  • SUPERIOR HEAT MANAGEMENT: The 150 drilled holes efficiently disperse heat, preventing brake fade during long descents and intense riding conditions.


  • DURABILITY: The combination of 7075 grade alloy and stainless steel ensures the rotor is both strong and lightweight, providing long-lasting performance.


  • WARP RESISTANT: Designed to withstand high temperatures and intense braking, this rotor remains warp-free for consistent reliability.

For downloads and videos demonstrating how to fit our rotors - click on the link below

'HOW TO' VIDEOS and RESOURCES

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