Clinically Tested Golf Mk5 R32 Audi S3 Seat Leon Cupra R Front Kinetix Drilled Brake Discs 345mm Kit [2qMVxH6e]

Top-Performing Front Kinetix Brake Discs

Introducing the Golf Mk5 R32 Audi S3 Seat Leon Cupra R front Kinetix drilled brake discs, designed to elevate the performance and safety of your vehicle. These high-quality brake discs are crafted with precision, featuring a diameter of 345mm and a thickness of 30mm, ensuring optimal braking efficiency and durability. The unique cross-drilled design allows for rapid heat dissipation, reducing brake fade during heavy braking and delivering long-lasting performance. With their superior engineering, these discs are the perfect upgrade for enthusiasts and drivers seeking top-notch braking capabilities.

Key Specifications and Features

Experience the exceptional specifications of the Kinetix brake discs:

• Brake Disc Diameter: 345mm X 30mm
• Minimum Thickness: 28mm
• Centering Diameter: 65mm
• Height: 50mm

These precise dimensions are tailored to fit a wide range of vehicles, including Audi A3, S3, SEAT Leon, SKODA Superb, VW Golf R32, R, and Passat, among others. The cross-drilled rotors are not only visually appealing but also functional, enhancing initial brake bite in wet conditions by allowing water to escape quickly, ensuring consistent performance in all weather conditions.

Practical Benefits and Target Audience

Upgrade your vehicle with the Kinetix drilled brake discs and enjoy a multitude of benefits:

• Superior Heat Dissipation: The cross-drilled design minimizes brake fade, ensuring reliable performance under heavy braking.
• Long-Lasting Performance: These discs are engineered for durability, resisting rust, pitting, and corrosion with a special water-based coating and curing process.

Whether you're a daily driver or an enthusiast seeking a reliable all-weather rotor upgrade, these Kinetix brake discs are the ideal choice. They are designed to meet the needs of drivers who value performance, safety, and the longevity of their vehicle's braking system.