CTE Carbon CTE-CCK-RS3VF Carbon Ceramic Brake Disc Kit Front

The CTE Carbon CTE-CCK-RS3VF is a premium Carbon Ceramic Matrix (CCM) brake disc kit engineered as a high-performance OE replacement upgrade. Designed for street, track, and race use, this front brake disc kit delivers a dramatic increase in stopping power over standard iron brake systems across the full temperature range.

Unlike most competitors who cut corners with inferior T300-grade chopped (short) carbon fibre, CTE Carbon discs are diamond-cut to exacting tolerances from T700-grade continuous (long) carbon fibre sourced from Toray, Japan. T700-grade fibre offers approximately 40% greater tensile strength than the T300-grade material used by many rival manufacturers, resulting in a significantly stronger and more durable disc.

Key Features:

• Carbon Fibre Reinforced Ceramic (CFRC / C/SiC) construction — composed of silicon carbide (SiC), silicon (Si), and graphite reinforced by continuous carbon fibre
• 3D multi-directional carbon fibre matrix for superior strength and thermal stability
• Non surface-coated discs providing genuine carbon-to-carbon disc/pad contact for maximum friction performance
• Discs can be resurfaced approximately 3–4 times over their lifespan, restoring like-new performance each time
• Engineered to withstand much higher temperatures than iron discs, dramatically reducing the risk of brake fade
• Will not warp or deform at extreme track temperatures, preventing the uneven pad wear common with iron discs
• Designed for use with OE calipers, CTE Racing calipers, and select aftermarket calipers
• Designed using Solidworks 3D CAD and Cosmos FEA software
• Validated on in-house Horiba brake dynamometers under dynamic test simulations
• Developed and tested in partnership with OE and professional race teams
• Actively pursuing TUV certification — the only carbon ceramic brake manufacturer in the world to do so
• ECE R90 E11 certified brake pads available (sold separately)

CTE Carbon discs are manufactured using a next-generation proprietary Carbon/Carbon to Carbon/Silicon Carbide (C/SiC) conversion process derived from commercial and military aerospace technology. This kit is available in Front position and is compatible with both OE and select aftermarket caliper configurations.