Wilwood Combination Parking Brake Rear Kit 11.00in Red Civic / Integra Disc 2.39 Hub Offset

Wilwood Combination Parking Brake Rear Kit 11.00in Red Civic / Integra Disc 2.39 Hub Offset

Upgrade your braking system with the Wilwood Combination Parking Brake Rear Kit, designed specifically for the Civic and Integra. This kit offers a perfect blend of innovative technology and superior performance, ensuring your vehicle stops reliably and holds securely on inclines.

Key Features:

• Hydro-Mechanical Calipers: Utilize hydraulic pressure from the master cylinder for exceptional stopping power, coupled with an internal mechanical lock for a dependable parking brake.
• Engineered for Performance: Ideal for front-wheel drive vehicles and select rear-wheel drive axles, particularly those that can't accommodate internal shoe-style parking brakes.
• Oversized Two-Piece Rotor Assemblies: Features lightweight aluminum hats that enhance braking efficiency and reduce unsprung weight.
• High Friction BP-10 Compound Pads: Designed for superior grip and fade resistance, ensuring optimal performance during aggressive driving conditions.
• Perfect Match for Big Brake Upgrades: CPB kits provide balanced brake performance and a complementary style to front big brake upgrade kits.

Benefits:

• Improved Safety: Enhanced stopping power and secure parking brake functionality for peace of mind.
• Increased Performance: Experience better braking response and feel, elevating your driving experience.
• Sleek Design: The eye-catching red finish adds a stylish touch to your vehicle's aesthetics.

Use Cases:

This combination parking brake kit is perfect for anyone looking to upgrade their vehicle's braking system, whether you're a performance-driven enthusiast or simply seeking enhanced safety and reliability. Ideal for street cars, track vehicles, or any Civic or Integra looking to stand out with superior braking performance.

Elevate your braking experience with the Wilwood Combination Parking Brake Rear Kit and enjoy a perfect blend of style, safety, and performance.