Brembo GT-S CCM-R 6-Piston Brake Kit Performance

The Brembo GT-S CCM-R 6-Piston Brake Kit combines Brembo's performance-oriented GT-S six-piston caliper with advanced CCM-R carbon-ceramic brake discs, creating a high-performance braking system designed for demanding road and track applications.

At the heart of the system is a 6-piston cast monobloc caliper with a radial-mount design. The GT-S caliper uses racing-derived features including ventilated pistons, recessed dust seals and a hard-anodized finish, helping it withstand high temperatures and repeated heavy braking. Brembo positions the GT-S range as a bridge between road and racing technology.

The system is paired with two-piece floating CCM-R carbon-ceramic discs. CCM-R, or Carbon Ceramic Matrix-Race, is developed for high-performance applications where heat resistance, weight reduction and braking consistency are critical. A representative GT-S CCM-R configuration uses a 380 × 34 mm disc with a ventilated 48-vane design and floating anti-rattle hardware.

The floating two-piece disc construction helps reduce unsprung mass while allowing the disc assembly to manage thermal expansion effectively. The carbon-ceramic material also provides high resistance to repeated heat cycles, helping maintain consistent braking performance during extended high-temperature use.

The six-piston caliper distributes hydraulic force across the brake pad more evenly, supporting precise Brake Modulation, Pedal Feel and braking consistency. Brembo offers different friction materials depending on the intended use, from high-performance road compounds to track-oriented options.

Vehicle-specific GT-S CCM-R kits are supplied with the necessary installation hardware and brake lines, with exact disc dimensions, caliper configuration and wheel clearance determined by the selected application. Fitment must therefore be confirmed against the specific vehicle before ordering.

The Brembo GT-S CCM-R 6-Piston Brake Kit is an ideal upgrade for performance vehicles seeking a serious combination of Braking Power, Weight Reduction, Thermal Management, Brake Consistency and Track Capability.