Upgrade your vehicle's braking system with the EBC Brakes GD Rotors. Designed specifically for the front of your vehicle, these high-performance rotors are engineered to provide exceptional stopping power and durability. Whether you're hitting the highway or navigating city streets, these rotors will ensure your safety and driving confidence.
These rotors feature wide slots designed to improve airflow, effectively cooling the brakes and preventing brake fade. The dimpled drilling not only enhances performance by avoiding stress cracks but also adds a sleek appearance with its Thermic Black finish, which protects against corrosion. This means you can count on reliable performance, rain or shine!
The EBC GD Rotors are tailored for specific vehicle models. Ensure compatibility with your vehicle's specifications before installation. Note that upgrading the pads on the rear of your vehicle is not recommended unless the same upgrade is applied to the front. The Thermic Black coating does not need to be removed prior to installation, as it will wear away naturally in the pad-swept area after a few stops.
No, you do not need to remove the Thermic Black coating. It will wear off naturally after the initial braking.
It's recommended to upgrade the pads on the rear only if the same upgrade is fitted to the front for optimal performance.
Regularly check for wear and ensure your brake system is functioning properly. Avoid using brake cleaners on the rotors as it may damage the coating.
Customers have praised the EBC GD Rotors for their outstanding performance and durability. Many have noted a significant improvement in braking efficiency and reduced brake fade during heavy use. The sleek design and corrosion resistance have also received positive feedback, making these rotors a top choice for both daily drivers and performance enthusiasts.
Showing 6 of 6 products

Manufacturer Unknown
Model:

Manufacturer Unknown
Model:

Manufacturer Unknown
Model:

Manufacturer Unknown
Model:

Manufacturer Unknown
Model:

Manufacturer Unknown
Model: