Mercedes GLE 250 AM Radar Sensor Holder Bracket Rear Right O/S A1668851200

Mercedes GLE 250 AM Radar Sensor Holder Bracket Rear Right O/S is an original mounting component from the Holders, mounts and mounting parts category, designed for use in the rear right section of the vehicle body. Its precise geometry and factory mounting points ensure stable sensor seating and proper integration with other system components.

Specifications and technical data

• SKU: A1668851200
• Mark: Mercedes (Genuine OE)
• Condition: Used
• OEM Part Number: A1668851200
• Substitutable numbers: A1668851200, A 166 885 12 00
• Location on the vehicle: Rear, Right
• Category: Mounts, Brackets & Hardware

Purpose and function of the bracket

The presented sensor holder bracket is specifically designed for installation in the rear right area of the vehicle. It is responsible for the stable, repeatable positioning of the sensor relative to the body, which is crucial for the correct operation of measurement and assistance systems. Thanks to its dedicated shape, the component works with factory mounting points, reducing the risk of stress and unwanted play.

Construction and fitment for Mercedes GLE 250

The bracket is structurally matched to the architecture of the rear body section of the Mercedes GLE 250, taking into account cable routing, covers, and adjacent components. The mounting solutions used allow for:

• secure seating of the sensor in the operating position intended by the manufacturer,
• maintaining an appropriate distance from moving parts and components prone to damage,
• easier removal and reinstallation during service work.

As a result, replacing a damaged bracket with an original part allows for restoring the factory operating conditions of the sensor without the need for modifications.

Characteristics of the used component

The offered bracket comes from a used vehicle, meaning it is a pre-owned part that retains the manufacturer's original specifications. This type of mounting component, when used correctly, is characterized by long durability, which is why its reuse is often an economical and technically sound solution. In the case of holders and mounts, maintaining the integrity of the structure and mounting points is key – these determine the stability of the entire system.

Benefits of using an original bracket

Using an original sensor holder bracket in the rear right part of the vehicle helps maintain the structural consistency of the body and electronics system. The main advantages include:

• factory fitment to the geometry of the body and sensor,
• no need to modify adjacent components,
• maintaining the sensor's operating position as intended by the manufacturer,
• reducing the risk of measurement errors resulting from improper installation.

For users considering the choice between an original part and a replacement, a practical guide describing when a used OEM part is a reasonable choice may be helpful – details can be found in the article 5 reasons why a used OEM part is a better choice than a replacement.

Related mounting components and technical knowledge

If you are planning a comprehensive repair or upgrade of the rear zone in your Mercedes and need other elements from the same group, such as additional holders, mounts, or brackets, check the available parts in the Mercedes holders, mounts and mounting parts category.

When planning broader modifications or repairs, it is also worth understanding how manufacturers design components for standard and sports versions and when it pays to reach for elements from higher equipment lines – this is described in more detail in the blog post BMW M Performance: how do BMW M components differ from standard ones?, which shows the manufacturers' approach to body construction, suspension, and measurement systems.

Summary

Mercedes GLE 250 AM Radar Sensor Holder Bracket Rear Right O/S is a dedicated, original mounting component designed for use in the rear right part of the vehicle. It ensures stable sensor mounting, preservation of the factory system geometry, and compatibility with the body structure, which translates into predictable vehicle system operation and efficient service work.