Audi A3 A4 B6 B7 Parking Sensor PDC Rear 7H0919275D Light Silver - Y7W

Visual condition of the part

The product shows signs of use visible in the photos.

Audi A3 A4 B6 B7 Parking Sensor PDC Rear Light Silver - Y7W is an original component from the Parking sensors group, designed to work with the factory-fitted PDC system. Finished in the Light Silver Metallic paint shade, it allows for an aesthetically pleasing and technically correct replacement of a damaged sensor without interfering with the vehicle's wiring.

Specifications and technical data

• SKU: 7H0919275D-LS
• Mark: Audi
• Condition: Used
• OEM Part Number: 7H0919275D
• Substitutable numbers: 7H0919275D, 7H0 919 275D
• Location on the vehicle: Rear
• Color: Light Silver Metallic - Y7W
• Category: Parking Sensors

Purpose and function in the vehicle

The presented sensor is dedicated to installation in the rear area of the body, where it is responsible for precise obstacle detection while maneuvering in reverse. It integrates with the factory Audi PDC system, working with the control unit and acoustic or visual signaling, depending on the vehicle's configuration. This provides the driver with clear information about the distance to obstacles, reducing the risk of damage to the bumper and body components.

Color and visual fit

The Light Silver Metallic – Y7W finish allows for a consistent match with the factory paint of silver Audi bumpers. The shade has been selected so that after installation, the sensor does not stand out from the bumper surface, maintaining a uniform appearance of the rear of the vehicle. This solution is particularly beneficial for post-accident repairs or replacing a single element when you want to maintain the original aesthetics without additional painting.

Technical characteristics and integration with the PDC system

The sensor belongs to the group of components responsible for the operation of the PDC parking system in Audi. It has been designed as an OEM component, which means compatibility with factory wiring harnesses, mounting brackets, and system operating logic. Thanks to this:

• correct communication with the PDC control module is maintained,
• there is no need to modify the electrical installation,
• the sensor works with existing audible and/or visual signals in the vehicle.

This solution facilitates service and diagnostics, and also allows for maintaining the predictable operation of the parking assistance system.

Condition, application, and benefits of choosing a used sensor

The item is offered as a used parking sensor, which represents a reasonable compromise between repair costs and maintaining the vehicle's original specifications. In practice, this means the ability to restore full functionality of the PDC system at a lower cost than purchasing a new part. A used OEM component is particularly attractive in situations where a single sensor has been damaged, while the rest of the installation is working correctly.

If you want to better understand how to safely select and install used electronic components in a car, including sensors and modules, it is worth checking out the Global Parts guide – Used car electronics on board – why is it worth choosing second-hand ECU modules and sensors?. The article explains issues of selection by OEM numbers, compatibility, and practical aspects of installation.

Comprehensive service for the Audi parking zone

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

Summary

Audi A3 A4 B6 B7 Parking Sensor PDC Rear Light Silver - Y7W is a practical solution for users who want to restore the efficiency of the PDC system while maintaining the factory look of the bumper. Its original origin, matched color, and purpose for the rear area of the vehicle make it a functional choice for repairs to the parking assistance system in Audi A3 and A4 B6 and B7 generation models.