Features:
Elevate your 2015-20 BMW F82 M4 to new heights of style and performance with the EOS Extended Carbon Fiber Side Skirts Rocker Panels. Crafted with precision and designed to make a bold statement, these extended side skirts are the perfect addition for those who demand excellence in both aesthetics and functionality.
These Extended Carbon Fiber Side Skirts are meticulously crafted from high-quality 3K Twill Weave Real Carbon Fiber. This not only imparts a stunning, premium appearance but also guarantees exceptional strength and durability. The sleek carbon fiber finish adds an extra layer of sophistication to your BMW F82 M4, ensuring it stands out on the road.
What sets these side skirts apart is their extended design, which enhances the aggressive appearance of your M4 while providing additional aerodynamic benefits. This design not only improves aesthetics but also improves aerodynamics and handling, whether you're dominating the racetrack or navigating winding roads.
Installation is straightforward and hassle-free, making it accessible for both DIY enthusiasts and professional installers. These side skirts are designed to precisely fit your M4, ensuring compatibility and a seamless integration with your vehicle.
Upgrade your BMW F82 M4 with the EOS Extended Carbon Fiber Side Skirts Rocker Panels and experience the perfect fusion of style and performance. Make a bold statement on the road while enjoying improved aerodynamics and handling. Elevate your driving experience today with these exceptional extended side skirts. Place your order now and take the first step toward a more thrilling and stylish ride.
SS-217-BKCF
Manufactured by 3K Twill Weave Real Carbon Fiber
Maximized your BMW aerodynamic attributes effectively
Compatibility with BMW M4 F82 / F83
All of our items are manufactured by following the ASTM Durability of Nonmetallic Material Standards. In order to reduce the chance of crack and break, we use high-quality Carbon Fiber and Polypropylene to manufacture unique parts that are more durable than any other materials.
