EBC GD Sport Front Rotors
Fitment: 2013–2018 Ford Focus ST
Part #: GD7706
Overview
The EBC GD Sport Front Rotors are engineered to enhance the braking performance and aesthetic appeal of your Ford Focus ST. Designed specifically for the 2013 to 2018 models, these rotors combine advanced cooling technology with durable construction to support confident stopping power during daily driving or spirited sessions. Crafted with high-quality materials, they help improve heat dissipation and reduce brake fade, ensuring reliable performance under demanding conditions. Whether you’re upgrading for style or function, these rotors are an excellent choice for drivers seeking a balance of performance and visual impact.
Key Features
EBC GD Sport Front Rotors feature a precision-machined surface and a vented design to optimize airflow and cooling. Made from high-grade cast iron, they provide excellent durability and resistance to warping. The slotted surface helps remove debris and gases from the brake pad interface, supporting consistent braking response. Their striking appearance adds a sporty touch to your vehicle’s front end, making them a functional upgrade that also enhances your car’s look. Designed for straightforward installation, these rotors are a direct replacement for OEM parts, ensuring a hassle-free upgrade.
Construction & Design
These rotors are crafted from high-quality cast iron with a vented, slotted design that promotes superior heat dissipation and reduces brake fade. The precision machining ensures a smooth, flat braking surface, supporting optimal pad contact and consistent performance.
Installation & Fitment
Designed as a direct bolt-on replacement, these rotors fit the specified Ford Focus ST models without requiring additional modifications. Proper installation should be performed following standard procedures to ensure maximum performance and safety.
What’s Included
The package includes the front rotors only, with hardware and accessories not included. It is recommended to inspect and replace brake pads simultaneously for optimal braking performance.