Range Rover Sport L320 Rear Bumper PDC Wiring Loom Harness AH32-15B484-AB

Range Rover Sport L320 Rear Bumper PDC Wiring Loom Harness is a factory-fitted electrical installation designed to support parking sensors in the rear bumper. It is responsible for a stable connection between the sensors and the control module, ensuring the proper operation of the parking system. By maintaining the original geometry and connectors, this harness is a precisely fitted electrical installation component for this model.

Specifications and technical data

• SKU: LR016237
• Mark: Range Rover
• Condition: Used
• OEM Part Number: AH32-15B484-AB
• Substitutable numbers: LR016237, AH3215B484AB, AH32-15B484-AB
• Location on the vehicle: Rear
• Part type: Wire Harness
• Category: Wiring Harnesses, Cables & Connectors

Purpose and function in the vehicle

The rear bumper PDC wiring harness in the Range Rover Sport L320 is responsible for transmitting signals from the parking sensors to the control system. Its location in the rear zone of the vehicle means that this component operates in demanding conditions – it is exposed to moisture, dirt, and temperature fluctuations. Using an original harness allows for maintaining stable PDC sensor communication and reduces the risk of parking assistance system errors.

Construction and installation fitment

The offered harness belongs to the Wires, harnesses, and connectors group, which means it has been designed as an integral part of the vehicle's electrical installation. The layout of the connectors, wire lengths, and mounting points are adapted to the construction of the Range Rover Sport L320 rear bumper, which facilitates installation and eliminates the need for modifications. Key functional features of this harness include:

• dedicated wire routing in the rear bumper zone,
• factory connectors for parking sensors,
• compatibility with the vehicle's original PDC system.

Benefits of using an original harness

Using an original PDC wiring harness in the Range Rover Sport L320 allows for maintaining parking system performance parameters in accordance with the manufacturer's specifications. In practice, this means:

• correct obstacle detection by the sensors in the rear bumper,
• reduction of errors and warning messages related to the PDC,
• consistency of the electrical installation with other vehicle components. For the user, this translates into more reliable parking assistant operation and a lower risk of diagnostic problems resulting from non-original connections or modified harnesses.

Product characteristics and service application

The rear bumper PDC wiring harness is particularly useful for post-collision repairs, bumper replacement, or damage to the installation in the rear part of the vehicle. As an element from the Wires, harnesses, and connectors group, it allows for restoring the correct installation path without the need to fabricate wires or adapt universal solutions. This is a practical solution for workshops specializing in the Range Rover brand and for users who care about maintaining the factory logic of installation routing. If you are planning a comprehensive repair or upgrade of the rear bumper zone in your Range Rover and need other elements from the same group, such as installation sections, additional harnesses, or service connectors, check the available parts in the Range Rover Wires, harnesses, and connectors category.

Additional information and technical support

When selecting a PDC wiring harness for the Range Rover Sport L320, it is worth paying attention to the compatibility with the equipment version and the parking system configuration in a specific vehicle. If necessary, service materials and the experience of a workshop specializing in the brand may be helpful. For users interested in a broader context of using original used parts in vehicle service, an article describing the economic and technical advantages of such solutions may be useful, available at the link Reliability and dynamics in Seat models – how to reduce repair costs by choosing factory parts from dismantling?.