CTE Carbon CTE-CCK-TMSF Carbon Ceramic Brake Disc Kit Tesla Model S 2019+

The CTE Carbon CTE-CCK-TMSF is a premium Carbon Ceramic Brake Disc Kit engineered as an OE-style upgrade for the Tesla Model S (2019 and later). Designed and manufactured by CTE Carbon Composites, this kit delivers race-proven stopping power using advanced Carbon Ceramic Matrix (CCM) technology, offering a dramatic improvement over standard iron brake discs in both performance and longevity.

CTE Carbon constructs their brake discs using T700s-grade continuous (long) carbon fibre sourced from Toray Japan, woven into a 3D multi-directional matrix. This proprietary structure is formed through a Chemical Vapour Infiltration (CVI) process, producing a dense Carbon/Carbon composite disc that delivers stable, consistent braking performance across the full temperature range — from cold street driving to sustained high-heat track conditions.

Key Features:

• Carbon Ceramic Matrix (CCM) disc construction for superior fade resistance and thermal stability
• T700s-grade continuous carbon fibre in a 3D multi-directional matrix for maximum strength and durability
• Proprietary Chemical Vapour Infiltration (CVI) manufacturing process for dense, high-performance composite material
• Bells machined from forged 6066-T6 aluminium for reduced unsprung weight and corrosion resistance
• Patented fastener mechanism using M8 bolts forged from Stainless A4-70 grade steel
• Non-surface-coated discs providing genuine Carbon-to-Carbon disc/pad contact
• ECE R90 E11 Certified compatible brake pads available (Street or Race compound options)
• Validated on in-house Link & Horiba Brake Dynamometers for performance under all conditions
• Discs can be resurfaced approximately 3–4 times over their lifespan, extending service life
• Designed for use with OE Tesla calipers and select aftermarket calipers

The CTE-CCK-TMSF is purpose-built for Tesla Model S owners seeking track-capable braking performance without sacrificing everyday drivability. CTE Carbon Composites is actively pursuing TÜV certification for their carbon ceramic brake discs — a standard not currently required but that underscores their commitment to safety and quality validation.