CTE Carbon CTE-CCK-991F Carbon Ceramic Matrix Brake Disc Kit OE Replacement

The CTE Carbon CTE-CCK-991F is a Carbon Ceramic Matrix (CCM) brake disc kit engineered as a direct OE replacement for the Porsche 911 (991) Turbo (2011–2020). Designed to replace factory Porsche Carbon Ceramic Brake (PCCB) discs, this kit delivers a significant upgrade in braking performance, thermal management, and long-term durability over both standard iron rotors and conventional aftermarket carbon ceramic alternatives.

CTE Carbon discs are diamond-cut from T700-grade continuous (long) carbon fiber in a 1-piece solid 3D matrix construction. T700-grade fiber offers approximately 40% greater tensile strength than the T300-grade chopped fiber commonly used by competing manufacturers, eliminating the cracking failures associated with inferior CCM disc designs. The non-surface-coated disc design ensures genuine carbon-to-carbon contact with the brake pad for maximum friction performance.

Key Features:

• Direct OE replacement for Porsche 911 (991) Turbo factory carbon ceramic (PCCB) brakes (2011–2020)
• Diamond-cut from T700-grade continuous (long) carbon fiber in a solid 1-piece 3D matrix
• 2-piece floating disc design with bells machined from forged 6066-T6 aluminum
• Patented M8 fastener system machined from Stainless A4-70 grade steel
• Compatible with OE calipers, CTE Racing calipers, and select aftermarket calipers
• Non-surface-coated for genuine carbon-to-carbon disc/pad contact
• Resurfaceable approximately 3–4 times over disc lifespan, restoring like-new friction characteristics
• Validated via dynamic test simulations on in-house Link and Horiba brake dynamometers
• ECE R90 E11 certified brake pad options available (street or race compound)
• Limited 1-year warranty against defects in materials and workmanship upon professional installation

CTE Carbon Composites operates as an OE supplier of carbon ceramic and carbon/carbon friction discs to major brake manufacturers globally, with real-world testing conducted in partnership with professional motorsport and OE programs. The result is a consumer-level product delivering motorsport-grade performance at a significantly lower cost than comparable alternatives.