Brembo 1B2.8003A3 GT 4-Piston Big Brake Kit 355x32mm Front Slotted Silver

The Brembo 1B2.8003A3 Gran Turismo (GT) Big Brake Kit delivers race-inspired braking performance for both street and track applications. Engineered specifically for 1993-1998 Toyota Supra MKIV models, this front brake system combines advanced materials and motorsports-derived technology to provide exceptional stopping power and fade resistance.

Complete Performance Brake System:

• Cast aluminum 4-piston fixed calipers with radial mount and opposed piston design for even brake force distribution
• 355mm x 32mm (14-inch) two-piece slotted rotors with advanced high-carbon alloy construction and corrosion-resistant coating
• Curved 48-vane ventilation design maximizes cooling capacity and thermal management
• Floating rotor design with D-bobbin mounting and anti-rattle springs reduces weight while increasing thermal capacity
• Silver caliper finish with Brembo logo for distinctive appearance
• High-performance brake pads engineered for optimal friction characteristics
• Stainless steel braided brake lines for improved pedal feel and response
• Aircraft-quality mounting brackets and complete hardware kit included

Engineering and Benefits:

The GT system features Type 1 (TY1) slotted rotors that continuously refresh the pad surface, removing debris and gases while maintaining consistent friction coefficient under demanding conditions. The lightweight two-piece rotor design reduces unsprung weight while dramatically improving heat dissipation to minimize brake fade during high-performance driving. All components are designed to bolt directly onto the vehicle's original suspension and remain fully compatible with the stock brake master cylinder and ABS system.

Important Installation Note: Proper wheel fitment verification is critical before purchase. This kit requires adequate clearance between the caliper assembly and wheel spokes. Minor modifications may be required depending on specific vehicle configuration. Minimum 18-inch wheels typically required with appropriate offset.