$3,955.95
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Fabspeed’s Carbon Aero Discs for the 992 GT3 streamline rear airflow to cut vortices and drag, subtly improving rear-wing efficiency and appearance, with some users reporting similar downforce even with up to a 2-degree wing angle reduction. Each 380 g disc is hand-made from prepreg carbon with a rigid carbon mounting structure, polished to a mirror finish, and protected by Angstrom UV-resistant epoxy with a 5-year anti-yellowing and anti-cracking warranty.
Fabspeed Carbon Aero Discs for the 992 Porsche 911 GT3 are premium prepreg-carbon wheel covers engineered to clean up rear-end airflow, reduce vortices and drag, and subtly boost rear-wing efficiency for improved aero performance and a sharper look. Each cover weighs just 380 grams and is hand-laid from top-grade prepreg in composite molds, baked to precision, and finished with a rigid carbon prepreg mounting structure for strength without excess mass. The discs are hand sanded and polished to a mirror-like sheen, then sealed with Angstrom’s UV-resistant epoxy backed by a 5-year warranty against cracking and yellowing. Some users report maintaining similar downforce with up to a 2-degree reduction in wing angle, making these discs a compelling marriage of form and function for street or track.
Fabspeed Motorsport is situated in Fort Washington, Pennsylvania, within the United States of America. Their extensive 26,000 sqft. facility serves as a hub for various car clubs, including Porsche Club of America, Ferrari, McLaren, Lamborghini, and more. The company is renowned for its comprehensive approach to product development. They handle the entire process, from design and engineering to dyno testing, street trials, and racing assessments, ensuring the quality and performance of every item. Fabspeed also collaborates closely with race engine builders and tuners hailing from Italy, Germany, and the United States, resulting in the creation of the Ultimate Performance parts. To cater to their passionate global audience, Fabspeed meticulously crafts systems using aerospace-grade austenitic stainless steel, titanium, and carbon fiber materials, setting a standard for excellence in the industry.
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