BMW E93 Convertible Cabrio Rear Bumper TV Aaerial 9152325

BMW E93 Convertible Cabrio Rear Bumper TV Aaerial is an original body component designed for installation in the rear section of the 3 Series E93 convertible. The combination of an integrated TV antenna mount with the rear bumper ensures structural consistency, stable operation of the signal reception system, and an aesthetic finish for the rear area of the vehicle. This solution allows for maintaining the factory look of the car and the proper operation of the antenna installation.

Specifications and technical data

• SKU: 9152325
• Mark: BMW (Genuine OE)
• Condition: Used
• OEM Part Number: 9123995
• Substitutable numbers: 65209152325, 9152325, AS
• Location on the vehicle: Rear
• Category: Other Starters, Alternators, ECUs & Wiring

Purpose and function of the component

The presented rear bumper with TV antenna has been designed specifically for the BMW E93 Convertible Cabrio model, taking into account the characteristic body construction of the convertible. Its placement in the rear part of the vehicle allows for optimal routing of the antenna installation and the maintenance of proper body rigidity and geometry.

The component serves two functions simultaneously: protection for the rear bodywork and a technical function related to the integration of the TV antenna. This reduces the number of separate components, making assembly and maintenance more organized.

Construction and integration with the antenna system

The bumper has been prepared to work with the factory BMW multimedia system, in which the TV antenna is integrated with the body components. The design provides appropriate mounting points and cable routing, which facilitates proper connection to the vehicle's installation.

This solution ensures:

• stable positioning of the antenna in the rear part of the body,
• maintenance of proper TV signal reception parameters,
• organized routing of electrical harnesses within the bumper area.

Condition, origin, and fitment

The product comes from the BMW line and is a used component, meaning it was previously operated in a vehicle. Such components are frequently chosen for post-accident repairs and restoring the car to its factory state, as they maintain the original geometry and mounting method specified by the manufacturer.

The fitment to the rear body section of the E93 convertible allows for installation into factory mounting points without the need for structural modifications. This is important both from the point of view of safety and subsequent service maintenance.

Benefits of using an original rear bumper with TV antenna

Using an original rear bumper integrated with a TV antenna in the BMW E93 Convertible Cabrio brings a number of practical benefits:

• Structural consistency – the component is designed exactly for this body model, which facilitates assembly and ensures proper fitment with other panels.
• Proper TV system operation – integration of the antenna with the body in accordance with the manufacturer's design promotes stable signal reception.
• Reduced risk of assembly issues – factory mounting points and designated space for electrical installation reduce the risk of errors during assembly.
• Aesthetic finish of the rear of the vehicle – maintaining the original bumper line is essential for bodywork and paint repairs as well as restorations.

Expansion of service work and related components

If you are planning a comprehensive repair or upgrade of the rear body section in your BMW and need other elements from the same group, such as reinforcements, mounts, or additional covers, check out the available parts in the Other BMW category.

For larger modernization projects or when comparing solutions used in different brands and sports versions, comparative material regarding the construction and equipment in high-performance cars may be helpful – you can find it in the article Audi RS vs other models – what is hidden under the hood and chassis?, which discusses, among other things, the differences in chassis construction and associated systems.