All-in-one For Porsche Panamera 2.9 4 E-hybrid 971 Rear Brake Discs Pair 330mm Massive 35% Savings [G4FOPjmR]

High-Performance Rear Brake Discs for Porsche Panamera

Experience the ultimate in braking performance with our rear brake discs specifically designed for the Porsche Panamera 2.9 4 E-Hybrid 971. Crafted from high carbon and vented materials, these brake discs offer exceptional stopping power and durability. Our discs are a perfect fit for your vehicle, ensuring a seamless integration and optimal performance.

Key Features and Specifications

The Porsche Panamera rear brake discs feature a diameter of 330mm and a thickness of 28mm, providing a robust and efficient braking system. With a minimum thickness of 26.5mm, these discs are built to last while maintaining their performance. The centering diameter of 98mm and height of 75mm ensure a precise fitment, maintaining the original design of your vehicle. Our brake discs are engineered to meet or exceed OE specifications, guaranteeing a direct replacement that offers improved driving comfort and performance.

• High carbon content for softer disc operation and improved comfort
• Reduced hot judder for a smoother driving experience
• Excellent product design and strict quality control
• Resistance to deformation and improved thermal conductivity

Why Choose Kinetix?

Kinetix, a leading UK supplier of brake components, has been providing top-quality products and exceptional customer service since 2003. Our commitment to excellence is evident in our state-of-the-art CNC machining processes, ensuring precision and reliability in every disc we produce. As a direct replacement for your original OE spec brakes, our high carbon brake discs are not only a perfect fit but also offer numerous benefits, including reduced vibrations at high speeds and increased resistance to deformation. Invest in Kinetix brake discs for a safer and more comfortable driving experience.

• Direct replacement for OE spec brakes
• Improved driving comfort and safety
• High quality and precision engineering