Ford Kuga Mk3 Rear Bumper PDC Parking Distance Sensor Panther Black Metallic D9

Visual condition of the part

The product shows signs of use visible in the photos. Ford Kuga Mk3 Rear Bumper PDC Parking Distance Sensor Panther Black Metallic is an original component from the Parking sensors group, designed for operation in the rear zone of the vehicle. The Panther Black Metallic paint finish ensures a consistent look with the bodywork, and its factory origin guarantees proper compatibility with Ford's electronics.

Specifications and technical data

• SKU: JU5T-15K859-ACW-PBL
• Mark: Ford
• Condition: Used
• OEM Part Number: JU5T-15K859-ACW
• Substitutable numbers: JU5T-15K859-ACW, JU5T15K859ACW
• Location on the vehicle: Rear
• Part type: Sensor
• Color: Panther Black Metallic - D9
• Category: Parking Sensors

Purpose and function in the vehicle

The presented parking sensor is dedicated for installation in the rear part of the Ford Kuga Mk3, where it is responsible for the precise detection of obstacles behind the vehicle. A properly functioning component of this type assists the driver when maneuvering in tight parking spaces, reduces the risk of minor collisions, and improves the comfort of daily vehicle use. Thanks to its integration with the factory PDC system, the sensor works with the vehicle's acoustic and visual system, providing clear messages about the distance to obstacles. Its placement in the rear body zone allows for effective monitoring of the area directly behind the bumper, which is particularly important when reversing in confined spaces.

Color and visual fit

The Panther Black Metallic finish allows for the aesthetic integration of the sensor into the painted surface of the bumper. The appropriate shade minimizes the visibility of the component, ensuring that the consistent line of the bodywork is maintained without the effect of an "added-on" component. Choosing the right color is important not only visually but also practically – the lack of need for additional painting shortens assembly time and reduces the costs of potential finishing work.

Technical characteristics and integration with the PDC system

The sensor belongs to the Parking sensors group, which means it is designed to work with Ford's factory parking assistance system. The component's construction is adapted to the specific requirements of installation in the Ford Kuga Mk3, both in terms of mounting geometry in the bumper and operating parameters within the vehicle's network. The element is intended for operation in the rear zone of the vehicle, where it is exposed to water, dirt, and variable temperatures. Factory manufacturing promotes stable distance readings and correct communication with the PDC system control module, which translates into predictable operation of warning signals.

Condition, application, and replacement selection

The offered sensor is a used component, which in practice means a favorable compromise between cost and functionality. For many Ford Kuga Mk3 users, this is a reasonable solution when repairing the parking assistance system, especially when a single sensor in the bumper has been damaged. When selecting a parking sensor for a specific vehicle, it is worth paying attention to compatibility with the PDC system and its placement on the vehicle. Proper matching allows you to avoid problems with installation and communication with the car's electronics, and also ensures the correct operation of the entire parking assistance system.

System expansion and expert knowledge

If you are planning a comprehensive repair or upgrade of the parking zone in your Ford and need other elements from the same group, such as additional sensors, mounting elements, or wiring harnesses, check the available parts in the Ford parking sensors category. When choosing a used PDC sensor, it is worth knowing the basic principles of selecting automotive electronics and the criteria for assessing the cost-effectiveness of such a repair – you can find practical tips in the article The second life of electronics – when is it worth choosing used engine controllers, comfort modules, and parking sensors?, which discusses, among other things, issues of compatibility, diagnostics, and operational safety.