Volkswagen Scirocco Mk3 PDC Parking Sensor Candy White - B9A / F9E 7L5919275B

Volkswagen Scirocco Mk3 PDC Parking Sensor Candy White - B9A / F9E is an original component from the Parking sensors group, designed to work with the factory parking assistance system in this model. Thanks to its precise manufacturing and Candy White – B9A / F9E color matching, the sensor allows for an aesthetically pleasing and technically correct replacement of a damaged part without interfering with the bumper structure.

Specifications and technical data

• SKU: 7L5919275B-CAN
• Mark: Volkswagen
• Condition: Used
• OEM Part Number: 7L5919275B
• Substitutable numbers: 7L5919275B, 7L5 919 275 B
• Color: Candy White - B9A / F9E
• Category: Parking Sensors

Purpose and function of the PDC sensor

The parking sensor in the Volkswagen Scirocco Mk3 is responsible for accurate distance measurement from obstacles in the rear or front zone of the vehicle (depending on the vehicle configuration) and transmitting the signal to the PDC control module. A properly functioning component ensures acoustic or visual warnings for the driver, which significantly facilitates maneuvering in tight parking spaces and reduces the risk of minor collisions at low speeds. The offered sensor is a used part, sourced from dismantling, which allows for maintaining the factory performance characteristics of the parking system while reducing repair costs. This solution is particularly beneficial when servicing multiple PDC points simultaneously.

Candy White – B9A / F9E color scheme

The Candy White – B9A / F9E finish allows for the installation of the sensor without the need for additional painting, provided the vehicle's bumper has the same paint tone. This maintains the visual consistency of the bumper surface, and the sensor itself remains virtually invisible after installation. This is important both from an aesthetic point of view and for maintaining the original appearance of the bodywork. Factory color matching also reduces the risk of shade differences that often appear when repainting small components. In practice, this translates into faster assembly and fewer workshop operations.

Benefits of using an original parking sensor

Using an original PDC sensor in the Volkswagen Scirocco Mk3 ensures:

• full compatibility with the factory parking assistance system,
• proper cooperation with the existing wiring harness and control module,
• stable operating parameters under typical operating conditions,
• aesthetic matching to the body paint in Candy White – B9A / F9E. As a result, replacing a damaged part with an original equivalent restores system functionality without the need for installation modifications or the use of adapters. This is particularly important in vehicles where maintaining the factory equipment configuration is a priority.

Selecting a used PDC sensor and technical support

When selecting a used parking sensor, it is crucial to verify compatibility with the specific vehicle equipment version and the PDC system used in the given unit. It is worth paying attention to the connector type, the method of mounting in the bumper, and color compatibility to avoid additional adaptation work. The offered component meets the installation requirements for the Scirocco Mk3, which facilitates its installation in workshop conditions. If you want to better understand when choosing a used parking sensor is justified and how to safely select electronics for your car, check out our guide: The second life of electronics – when is it worth choosing used engine controllers, comfort modules, and parking sensors?

Expanding the parking system in a Volkswagen

If you are planning a comprehensive repair or upgrade of the parking zone in your Volkswagen and need other elements from the same group, such as additional sensors, mounting elements, or PDC system components, check the available parts in the Volkswagen parking sensors category. Expanding or restoring the full functionality of the PDC system using original components allows for maintaining consistent operation of all sensors, uniform sensitivity in individual body zones, and predictable system reactions during maneuvering. This solution is especially recommended for users who expect stable operation of systems supporting daily vehicle use.