Brembo 1N2.8512AS GT-S Front Brake Kit 365x34mm Slotted Rotors 6-Piston Black Calipers

The Brembo 1N2.8512AS GT-S brake system represents the perfect bridge between street and track performance, engineered specifically for enthusiasts who demand race-inspired stopping power without sacrificing daily drivability. This complete front axle brake upgrade features cast monobloc 6-piston calipers finished in hard anodized black paired with oversized 365x34mm (14.4-inch) 2-piece slotted rotors.

Key Features:

• Cast monobloc radial-mount 6-piston calipers with staggered bore design for even pad wear and optimal brake force distribution
• Hard anodized black finish provides superior corrosion resistance and high-temperature durability for extended track use
• Type III (TY3) slotted 2-piece floating rotors continuously refresh pad surface while shedding heat, water, and debris
• Lightweight aluminum hat section reduces unsprung weight and improves vehicle dynamics
• Racing-style pistons with recessed dust boots and inner pressure seals for maximum durability under demanding conditions
• Directional vented rotor design optimizes cooling performance and resistance to brake fade
• Complete axle set arrives pre-assembled with all necessary hardware, high-performance brake pads, and DOT/TÜV-approved stainless steel braided brake lines

The GT-S series features motorsports-derived technology that delivers immediate, decisive braking response with excellent pedal feel and modulation. The floating disc design with proprietary bobbin-style fasteners allows radial and axial movement to accommodate thermal expansion while Brembo's anti-rattle hardware eliminates the noise typically associated with floating rotors. Each system is engineered to integrate seamlessly with your vehicle's factory ABS and master cylinder for optimal brake balance and safety.

Intended Use: Street, track days, and racing applications. This system is designed for enthusiasts who participate in spirited driving and track events while maintaining street compatibility.