THE UNFAIR ADVANTAGE
FSE Carbon Ceramic brake rotors are engineered using long, continuous strands of carbon fiber for superior mechanical integrity, then vapor deposition treated to ensure a uniform silicon carbide (SiC) matrix, delivering consistent braking performance up to 1300°C.
The technology was first pioneered for aircraft landing systems and high-speed rail, then repurposed for motorsport and high-performance automotive applications. Today, it’s trusted by leading OEMs for flagship supercars and next-generation EV hypercars.
The result is more than a brake solution—it’s a brand new benchmark. A system so advanced, it outperforms 99% of real-world demands. A component born for record laps and engineered to remain unshaken when others fade.
With zero fade, ultra-low dust, and repeatable consistency in the harshest racing environments, FSE Carbon Ceramic Rotors set a new standard in motorsport braking performance.
- FSE BRAKES USA -
Maximum Compatibility
FSE Carbon Ceramic brake rotors are custom-engineered for each vehicle application. Our current lineup supports most newer BMW M, Porsche, Ferrari, and McLaren models.
Our rotors are compatible with most vehicles equipped with wheels 18 inches or larger in diameter. Contact us to create your own unique setup — when it comes to performance, the sky is the limit.
Currently Available disc diameter (mm):
350
355
360
370
380
390
393
400
405
410
420
440
Product Overview
Classic Line
FSE reverse-engineers and manufactures premium steel brake rotors for classic cars and niche platforms where original equipment (OE) parts are no longer available. Our mission is to make once-unobtainable components accessible, keeping the iconic cars we love on the road for years to come.
These brake rotors are engineered to exceed OEM durability standards. The high-grade steel we use has been proven in the China Touring Car Championship, ensuring exceptional strength and performance. Each rotor is finished with a GEOMET® coating for superior corrosion resistance, delivering long-lasting reliability.
