Seasonal Pick Fiesta St Mk6 Ebc Turbogroove Rear Discs Instant 80% Discount [SlhfXgoV]

Seasonal Pick Fiesta St Mk6 Ebc Turbogroove Rear Discs Instant 80% Discount [SlhfXgoV]

Introducing the EBC Turbogroove Rear Discs, designed specifically for the Fiesta ST MK6. These high-performance brake discs are engineered to deliver exceptional stopping power and durability. Crafted from premium disc blanks, these discs feature a unique wide aperture slot design that enhances cooling and reduces brake temperatures during heavy braking sessions. With their advanced engineering, these discs are a must-have for any Fiesta ST MK6 owner looking to upgrade their braking system.

• Enhanced Cooling: The wide aperture slots draw cool air under the pad, effectively reducing brake temperatures.
• Improved Performance: The slots also help remove dirt, dust, debris, and gasses created by heavy braking, ensuring consistent performance.

These EBC Turbogroove Rear Discs are not just about aesthetics; they are designed with performance in mind. Made from premium disc blanks, these discs offer superior strength and durability, ensuring long-lasting performance. The slots in the rotors are strategically placed to maximize cooling and improve brake pad life. With their advanced engineering, these discs are perfect for high-performance driving and track use.

• Superior Strength: Crafted from premium disc blanks for enhanced durability.
• Strategic Slot Design: Optimized for cooling and removal of debris for consistent performance.

The EBC Turbogroove Rear Discs are ideal for daily driving, track days, or any high-performance scenario. Whether you're a daily driver looking to improve your Fiesta ST MK6's braking capabilities or a track enthusiast seeking a reliable upgrade, these discs are the perfect choice. Their ability to reduce brake temperatures and remove debris ensures that your brakes will perform consistently, even under heavy use. Upgrade your Fiesta ST MK6 today with the EBC Turbogroove Rear Discs and experience the difference in performance and reliability.