Carbon Spoiler With Upper Swan Mounting + LED Audi A5 / A5 S-Line / S5 / RS5 Coupe F5 / F5 Facelift

Carbon Spoiler With Upper Swan Mounting + LED Audi A5 / A5 S-Line / S5 / RS5 Coupe F5 / F5 Facelift Fits: Audi A5 Coupe F5 2017 - 2019 Audi A5 S-Line Coupe F5 2017 - 2019 Audi S5 Coupe F5 2017 - 2019 Audi RS5 Coupe F5 2017 - 2019 Audi A5 Coupe F5 Facelift 2019 - 2024 Audi A5 S-Line Coupe F5 Facelift 2019 - 2024 Audi S5 Coupe F5 Facelift 2019 - 2024 Audi RS5 Coupe F5 Facelift 2019 - 2024 The LED light can only be used for track and exhibition purposes. Spoiler kit included: Carbon wing spoiler Carbon upper spoiler mounts Aluminum mounting brackets Carbon trunk lid mounts Carbon wing end risers LED strip LED control box Remote control Carbon fiber materials are characterized by high durability and low weight. Carbon is very often utilized in motorsport, especially in vehicle aerodynamics. Various types of spoilers, diffusers, splitters and flaps are often made of carbon. In our Carbon Division - a production branch specialized carbon processing - the elements we offer are manufactured. These include the Carbon Spoiler for the Audi A5 / A5 S-Line / S5 / RS5 Coupe F5 / F5 Facelift. Tailgate Spoiler is the aerodynamic component of the rear section of the vehicle situated on the upper part of the tailgate. This Carbon Spoiler affects the airflow around the bodywork. It directs the flow of air in the rear section of the vehicle, and visually enhances and emphasizes racing character. The Carbon Spoiler is made in Poland. It is produced mit the use of thermo-pressure technology. Carbon fiber is hardened at high temperature and pressure. An autoclave is employed to do this. This is the most cutting-edge method of carbon production, which guarantees an excellent effect - both in terms of durability and appearance. We ship carbon products properly secured - in addition to regular foil that protects the component from scratches, we also use a large amount of bubble wrap and a protective mat that secure the product from impacts and vibrations during transport.