High-quality For Skoda Superb 3.6 Fsi 2008-2015 Cross Drilled Rear Brake Discs Pair 310mm At A Low Price [twFroui9]

Cross-Drilled Rear Brake Discs for Skoda Superb

Upgrade your Skoda Superb with our high-quality cross-drilled rear brake discs, designed to enhance both performance and aesthetics. These discs are a perfect fit for your 2008-2015 Superb models, offering a robust and reliable solution for your braking system. With their unique cross-drilling design, these discs provide superior cooling capabilities, ensuring consistent and effective braking performance even under heavy loads.

Product Specifications and Features

Our rear brake discs are crafted with precision, featuring a diameter of 310mm and a thickness of 22mm. The minimum thickness is 20mm, ensuring durability and longevity. The discs are made from high carbon material, offering improved thermal conductivity and resistance to deformation, which minimizes warping and ensures consistent performance over time. The centering diameter is 65mm, and the discs have a height of 48mm, making them a direct replacement for your original equipment.

• High carbon material for improved thermal conductivity and resistance to deformation.
• 310mm diameter for optimal braking performance.

Benefits and Practical Uses

These cross-drilled rear brake discs are not just a visual upgrade; they offer numerous practical benefits. Their high carbon content ensures softer disc operation, which improves driving comfort and reduces the risk of hot judder. The advanced design of these discs reduces driving wheel vibration, even at high speeds and low braking intensity, enhancing your overall driving experience. Ideal for drivers who prioritize safety, performance, and aesthetics, these discs are perfect for daily commuting or high-performance driving.

• Reduced driving wheel vibration for a smoother ride.
• Improved driving comfort due to high carbon content and softer disc operation.

Invest in our cross-drilled rear brake discs for Skoda Superb and experience the difference in performance and quality.