Brembo 1ND.8022AR GT-R Series Big Brake Kit 4-Piston Billet Monobloc Slotted 345x28mm 2-Piece Rotor

The Brembo 1ND.8022AR is a complete GT-R Series Big Brake Kit from Brembo, the global benchmark in high-performance braking technology. This rear axle kit is built around 4-piston billet monobloc radial-mount calipers paired with 345x28mm (13.6") 2-piece floating slotted discs, delivering the stopping power and thermal resilience demanded by performance street and track driving.

Key Features:

• 4-Piston Billet Monobloc Calipers — Machined from a single block of aluminum for maximum rigidity and minimal flex under extreme braking loads
• Radial Mount Caliper Body — Race-derived attachment design for superior load transfer and precise pedal feel
• 345x28mm 2-Piece Floating Slotted Discs — Lightweight two-piece construction increases thermal capacity and dramatically reduces brake fade; slotted surface continuously refreshes the pad face and expels gases for consistent bite
• Nickel-Plated Caliper Finish — Corrosion-resistant coating provides long-lasting protection and premium appearance
• High-Performance Brembo Brake Pads Included — Sport friction compound engineered for street-to-track use, outlasting OEM pads while providing superior feel
• Complete Axle Set — Covers one full axle (both sides); ships pre-assembled for ease of installation
• All Necessary Hardware Included — Brembo-engineered CNC billet caliper adapters, high-quality fasteners, and stainless steel braided brake hoses
• Street and Track Capable — Designed for drivers who demand consistent, high-performance braking in both daily driving and demanding track-day sessions

The Brembo GT-R system represents the pinnacle of Brembo's street-legal performance brake engineering, drawing directly from the company's motorsport expertise in Formula 1 and MotoGP. Individual pistons feature stainless steel heat shields to minimize heat transfer to the brake fluid, reducing fade and improving longevity. Note: Brake lines are included; verify OEM line compatibility at installation.