Audi Q7 4M Roof Antenna Aerial Shark Top Amplifier Mythical Black Metallic - Y9T

Visual condition of the part

The product shows signs of use visible in the photos.

Audi Q7 4M Roof Antenna Aerial Shark Top Amplifier is an original component from the Car Antennas category, designed for roof mounting. Painted in Mythical Black Metallic - Y9T, it blends harmoniously with the vehicle body, maintaining the factory look and functionality of radio systems and related installations.

Specifications and technical data

• SKU: 4M0035503M-MYB
• Mark: Audi
• Condition: Used
• OEM Part Number: 4M0035503M
• Substitutable numbers: 4M0035503M, 4M0 035 503 M
• Color: Mythical Black Metallic - Y9T
• Category: Antennas

Purpose and function of the Audi Q7 4M roof antenna

The presented shark fin roof antenna has been designed specifically for the Audi Q7 4M generation. The integrated signal amplifier located in the roof housing reduces interference, improves reception stability, and ensures compatibility with the vehicle's factory electrical system.

This type of solution is particularly beneficial in premium vehicles, where both aesthetics and consistent performance of multimedia systems are essential. The antenna mounted on the upper part of the body ensures optimal radio wave propagation conditions, which translates into more stable reception in varied road conditions.

Design, color, and visual fit

The antenna housing features a characteristic aerodynamic shark fin shape, which minimizes air resistance and fits well with the roofline of the Audi Q7 4M. The applied Mythical Black Metallic - Y9T paint allows for an aesthetic match with dark-colored bodies, while also creating a contrasting accent on lighter paint finishes.

The metallic color ensures consistency with the factory Audi paint palette, making it easy to maintain a uniform vehicle appearance after replacing the component. As a result, the antenna does not look like a replacement part, but rather an integral part of the roof, which is important both for daily use and for the future resale of the car.

Technical parameters and system integration

As an item from the Car Antennas category, the product combines signal reception and an amplifier located in the upper part of the body in one housing. This design limits the length of the cable section exposed to interference, which promotes more stable system operation.

The antenna is designed to work with the factory wiring harness of the Audi Q7 4M, which facilitates installation and allows for the preservation of the original installation architecture. Using an original component from the Audi OE group promotes proper communication with other vehicle modules and reduces the risk of diagnostic issues after replacement.

Condition, origin, and cost-effectiveness

The offered antenna is a used component, which allows for a significant reduction in repair costs compared to a new part, while maintaining the manufacturer's original specifications. For many Audi Q7 4M users, this is a reasonable compromise between price and quality, especially for post-accident repairs or replacing damaged body parts.

If you want to better understand how to optimize service costs while maintaining a high level of safety and functionality, it is worth reading our guide: Rising repair costs and the boom in used parts – how to save on car service?. You will find practical tips there regarding the conscious choice of used OEM parts.

Expanding the Audi antenna system

If you are planning a comprehensive repair or upgrade of the roof area and antenna system in your Audi and need other elements from the same group, such as additional antennas, amplifier modules, or mounting components, check out the available parts in the Audi Car Antennas category.

Selecting components from the same product group makes it easier to maintain the technical consistency of the entire system and speeds up service work. In the case of premium vehicles such as the Audi Q7 4M, using original antenna solutions has a direct impact on the comfort of using multimedia and communication systems.