Prepreg Carbon Front Fender Side Vents compatible with Mercedes-AMG GT 63 / 55 / 63 S E Performance C192

Carbon Fiber Air Intakes for

• Mercedes-AMG GT 55 C192 [2023-]
• Mercedes-AMG GT 63 C192 [2023-]
• Mercedes-AMG GT 63 S E Performance C192 [2023-]

The intakes replace the factory elements and keep their mounting points, so the installation requires no interference with the vehicle's structure. The visible carbon weave emphasizes the sporty character of the bumper and forms a cohesive whole with the remaining elements of the carbon package. When you buy this product, you'll receive the carbon fiber air intakes (right and left) along with a dedicated mounting kit.

Carbon fiber materials are characterised by high strength at low weight. Carbon is very often used in motorsport, especially for the
aerodynamic components of a vehicle.

The products were made in our Carbon Division – a production unit specialised in working with carbon fiber. They were manufactured in Poland using the thermocompression process: the carbon fiber is cured in an autoclave at high temperature and under high pressure. This is the most advanced method of carbon production, guaranteeing an excellent result in terms of both strength and appearance.

The elements come with mounting holes that make it possible to avoid interfering with their structure, so the strength of the products is not reduced.

We ship carbon products carefully secured – besides the standard film that protects against scratches, we also use a large amount of bubble wrap and a protective mat, which shield the product from impacts and vibrations during transport.

Key product features:

- a dedicated fit for the specific car model;

- replacements for the factory elements, using the original mounting points;

- bold carbon accents in the front bumper;

- made from carbon fiber using the prepreg method;

- autoclave curing – high strength at low weight;

- resistance to weather conditions and UV radiation;

- precise manufacturing and a high-quality finish;

- simple installation.