Brembo 2PD.9023AR GT Series Big Brake Kit 2-Piece Rotor Multi-Piston Caliper

The Brembo 2PD.9023AR is a GT Series Big Brake Kit engineered for drivers who demand a significant upgrade over factory braking systems. Developed from Brembo's decades of motorsport expertise, this kit delivers improved stopping power, enhanced pedal feel, and superior heat management for both spirited street driving and track-day use.

Key Features:

• 2-Piece Floating Rotor Design: The two-piece rotor construction allows the friction ring to float independently of the aluminum hat, reducing unsprung weight and improving the rotor's ability to handle large temperature swings without warping or cracking
• Multi-Piston Monobloc Caliper: Machined from a single billet of cast aluminum for outstanding rigidity and minimized flex under heavy braking loads, delivering consistent, predictable clamping force
• High-Performance Brake Pads Included: Purpose-formulated friction material provides strong initial bite, reliable modulation, and fade resistance across a wide range of operating temperatures
• Stainless Steel Braided Brake Lines: DOT/TÜV-approved braided lines replace soft OEM rubber hoses to eliminate expansion under pressure and improve pedal response
• CNC Billet Caliper Adapter Brackets: Precision-machined brackets ensure proper caliper alignment and a clean, bolt-on installation
• Full Hardware Kit Included: All mounting hardware, anti-rattle clips, and fasteners necessary for installation are supplied in the kit
• ABS and Traction Control Compatible: Designed to integrate seamlessly with factory master cylinder, ABS, and electronic traction control systems

Brembo's GT Series Big Brake Kits represent a complete brake corner upgrade — not just a rotor swap. The larger rotor diameter increases leverage and improves heat dissipation, while the fixed multi-piston caliper eliminates the flex and uneven pad wear associated with sliding OEM-style calipers. The result is a more linear, confidence-inspiring brake pedal with dramatically reduced fade under sustained hard use.