The Brembo GT-R Big Brake Kit represents the pinnacle of high-performance braking technology, engineered with decades of racing expertise from Brembo's High Performance Division. This exclusive system delivers exceptional stopping power for both street and track applications, featuring advanced monobloc caliper construction and two-piece floating rotor design.
Premium Caliper Construction:
The GT-R system utilizes precision-machined billet aluminum calipers with 4, 6, or 8 sequentially-sized pistons depending on application. This monobloc or 2-piece construction achieves up to 10% weight reduction compared to cast versions while providing superior rigidity and thermo-mechanical resistance. Titanium piston inserts create an additional heat barrier, virtually eliminating brake fade during aggressive driving. The nickel-plated finish enhances corrosion resistance and delivers a premium appearance.
Advanced Rotor Technology:
Two-piece floating hat and rotor assemblies reduce unsprung weight and improve heat dissipation. The directionally-vented, slotted rotors feature Brembo's floating anti-rattle hardware originally developed for the McLaren F1 road car, ensuring quiet operation and optimal performance.
Complete System Includes:
- Forged 4, 6, or 8-piston racing calipers with sequentially sized pistons
- Ventilated titanium piston inserts for enhanced heat protection
- Two-piece floating slotted rotors with directional venting
- DOT and TUV certified Goodridge stainless steel brake lines with lifetime guarantee
- High-performance brake pads available in street or race compounds
- Billet aluminum mounting brackets with aircraft-grade hardware
- Complete installation hardware for seamless fitment
Designed for enthusiasts who demand race-proven performance with street reliability. The stiffer caliper construction minimizes flex and brake fluid absorption, delivering consistent pedal feel and clamping force under extreme conditions.
Note: Proper wheel clearance measurement is essential for fitment verification before installation.