Race Technologies Brembo GTS BBK - Rear for 2022+ Subaru WRX
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- SKU 2P3.8065AS-1
Race Technologies Brembo GT-S Rear Big Brake Kit (Type 3)
2022+ Subaru WRX (VB)
Complete your VB WRX's braking package with the Race Technologies Brembo GT-S Rear Big Brake Kit. Engineered for enthusiasts who demand uncompromising performance, this rear system features Brembo's renowned 4-piston cast monobloc calipers paired with massive 345mm two-piece floating rotors for improved stopping power, enhanced thermal capacity, and consistent brake performance under demanding conditions. Designed for street, canyon, track day, and motorsports applications, the GT-S system delivers the confidence and control expected from a true premium big brake kit.
Features
- Brembo GT-S 4-piston cast monobloc rear calipers
- Large 345x28mm two-piece floating rotors
- Type 3 (TY3) rotor design
- Advanced high-carbon alloy rotor construction
- Curved 48-vane internal cooling design
- Brembo FM1000 high-performance brake pads included
- Goodridge stainless steel braided brake lines
- CNC-machined billet caliper mounting adapters
- Floating D-bobbin rotor mounting system with anti-rattle springs
- Complete rear axle kit with all necessary hardware included
- Pre-assembled for simplified installation
- Designed for street, canyon, track, and race applications
Specifications
- Vehicle Fitment: 2022+ Subaru WRX (VB)
- Position: Rear
- Caliper Configuration: 4-Piston
- Caliper Type: Cast Monobloc Radial Mount
- Rotor Diameter: 345mm (13.6")
- Rotor Thickness: 28mm
- Rotor Construction: 2-Piece Floating
- Rotor Type: TY3
- Rotor Vane Design: Vented Curved 48-Vane
- Pad Compound: Brembo FM1000
- Brake Lines: Brembo/Goodridge Stainless Steel Braided Lines
Why Choose the GT-S Rear Kit?
The factory rear braking system can become a limiting factor during repeated hard braking and aggressive driving. The Brembo GT-S rear system significantly increases thermal capacity while improving brake balance, pedal consistency, and fade resistance. The lightweight two-piece rotor construction helps reduce unsprung weight while managing heat more effectively than conventional one-piece designs, making it an ideal upgrade for enthusiasts seeking both performance and reliability.