CTE Carbon CTE-CCK-982AF Carbon Ceramic Matrix Brake Disc Kit Front

The CTE Carbon CTE-CCK-982AF is a Carbon Ceramic Matrix (CCM) front brake disc kit engineered as a direct OE-replacement upgrade for the Porsche 718 Boxster and Cayman (982 chassis, 2017+). Designed to replace or upgrade factory Porsche Carbon Ceramic Brakes (PCCB), these discs deliver a measurable improvement in braking performance, thermal resistance, and service life over both OE carbon ceramic and conventional iron brake systems.

Key Features:

• Manufactured from T700-Grade Continuous (Long) Carbon Fibre in a 1-piece solid 3D matrix — T700 offers approximately 40% greater tensile strength than the T300-grade chopped fibre used in most OE and competing aftermarket discs
• 2-piece floating brake disc construction for superior heat dissipation and reduced thermal stress
• Disc bells machined from Forged 6066-T6 Aluminium for reduced unsprung weight and enhanced rigidity
• Patented fastener mechanism using M8 bolts forged from Stainless A4-70 steel — larger and stronger than the M5/M6 hardware commonly used by competitors
• Non-surface-coated discs providing genuine carbon-to-carbon disc/pad contact for maximum friction coefficient and braking feel
• Validated on in-house Link and Horiba Brake Dynamometers to ensure optimum performance across all operating conditions
• Compatible with OE calipers, CTE Racing Calipers, and select aftermarket calipers
• Can be resurfaced approximately 3–4 times over the lifespan of the disc, effectively returning the disc to as-new condition each time
• CTE is the only brake manufacturer actively pursuing TÜV certification for aftermarket carbon ceramic brake discs

CTE Carbon Composites leverages a fully vertically integrated manufacturing model — including governmental, military, and OEM aerospace contracts — to produce consumer-grade carbon ceramic brakes that outperform significantly more expensive alternatives. The CTE-CCK-982AF is suited for both high-performance street driving and track day use, offering fade-free, consistent stopping power throughout the full operational temperature range.