Mercedes V177 Parking Distance Sensor Mountain Grey - 787 A0009053307

Mercedes V177 Parking Distance Sensor Mountain Grey is an original parking sensor designed for the factory parking assistance system in Mercedes vehicles. The component in Mineral Grau Metallic - B39 color ensures visual consistency with the bodywork while providing precise distance readings from obstacles. This used OEM component is a sensible choice for repair of assistance systems when compatibility and stable electronic performance are essential.

Specifications and technical data

• SKU: A0009053307-MG
• Mark: Mercedes (Genuine OE)
• Condition: Used
• OEM Part Number: A0009053307
• Substitutable numbers: A0009053307, A 000 905 33 07
• Color: Mineral Grau Metallic - B39
• Category: Parking Sensors

Purpose and function of the parking sensor

The presented sensor belongs to the Parking sensors category and works with the factory parking assistant system in V177 body types. It is responsible for measuring the distance from obstacles in the bumper zone and transmitting a signal to the controller, which generates acoustic or visual signals for the driver. A properly functioning component of this type increases maneuvering safety in tight spaces and reduces the risk of body damage.

Color and visual fit

The sensor is finished in the Mineral Grau Metallic - B39 shade, which allows for aesthetic integration with body paint in a similar tone. Thanks to the factory surface finish, consistency with the car's stylistic line is maintained without the need for additional painting of the element. This is a practical solution when replacing a single sensor after mechanical damage or electronic failure.

Technical and assembly characteristics

As an OEM element, the sensor is designed to work with the original electrical harness and the parking system controller in a Mercedes. The appropriate housing geometry and factory connector socket allow for installation in the designated bumper slot without modifications, which facilitates service and shortens repair time. The used condition of the component allows for an economical replacement while maintaining the correct operating parameters of the system.

Using a used sensor in service practice

In the case of parking assistance system malfunctions, replacing a single sensor is often sufficient to restore full system functionality. Using a used OEM element is particularly beneficial when you want to maintain the original vehicle specification and color match to the body. This type of solution works well both in post-accident repairs and when removing localized body electronics failures.

If you are planning a comprehensive repair or upgrade of the parking zone in your Mercedes and need other elements from the same group, such as additional sensors, mounting elements, or assistance system components, check the available parts in the Mercedes parking sensors category.

Why choose used body electronics

When choosing components such as parking sensors, it is worth considering not only the price but also compatibility with the vehicle's electronics and real-world installation experience. Used OEM modules and sensors often offer a favorable cost-to-durability ratio, provided they are correctly selected by part number and vehicle configuration. A detailed discussion of selection principles, compatibility issues, and practical examples can be found in the guide Used automotive electronics on board – why is it worth choosing second-hand ECU modules and sensors?, which will help you consciously plan the repair of electronic systems.

Summary

Mercedes V177 Parking Distance Sensor Mountain Grey is a used, original parking sensor in a color matched to the Mineral Grau Metallic paint, designed for the factory parking assistance system in Mercedes vehicles. It ensures proper cooperation with the electrical installation and controller, allowing for the restoration of full system functionality while maintaining visual consistency with the bodywork. This is a practical solution for users and workshops that prioritize compatibility, predictable electronic performance, and repair cost control.