Land Rover Sport Discovery L319 L320 Rear Parking Sensor Wiring Loom YMQ500782

Land Rover Sport Discovery L319 L320 Rear Parking Sensor Wiring Loom is an original electrical installation component for the parking assist system, designed for installation in the rear of the vehicle. Thanks to its factory-fit design for Land Rover Sport and Discovery L319/L320 models, it ensures proper communication between the parking sensors and the vehicle's electronics as well as stable system operation. It is a practical solution for users who want to technically restore the efficiency of the rear parking assistant.

Specifications and technical data

• SKU: YMQ500782
• Mark: Land Rover
• Condition: Used
• OEM Part Number: YMQ500782
• Substitutable numbers: YMQ500782, 5H2214A614LA, 5H22-14A614-LA
• Location on the vehicle: Rear
• Category: Parking Sensors

Purpose and function of the rear parking sensor wiring loom

The presented rear parking sensor wiring loom is responsible for connecting the parking sensors to the control module in Land Rover vehicles. Located in the rear section of the body, it routes signals from the sensors to the vehicle's electronics, which enables correct obstacle detection behind the car and generates audible or visual signals for the driver.

The wiring loom is dedicated to a specific parking system configuration, which minimizes the risk of compatibility issues and eliminates the need for installation modifications. Appropriate connectors and wire routing allow for organized installation in factory mounting points.

Benefits of using an original Land Rover wiring loom

Using an original rear parking sensor wiring loom in the Land Rover Sport Discovery L319 L320 provides a number of practical benefits:

• maintaining the factory logic of the parking sensor system,
• consistency with the vehicle's existing electrical installation,
• reducing the risk of diagnostic errors related to incorrect wiring,
• easier diagnostics during future inspections or repairs.

Thanks to this solution, you can orderly restore the original wire routing in the rear of the vehicle, which is important both from the point of view of reliability and subsequent service maintenance.

Installation characteristics and application in the rear of the vehicle

The rear parking sensor wiring loom is designed for a specific location on the vehicle, which facilitates its installation in the bumper and rear beam area. The wires are routed so that they do not interfere with structural elements or moving suspension parts, while ensuring a stable connection to the parking sensors.

This solution will work well both when replacing a damaged installation after a collision or wire corrosion, and when restoring full functionality of the parking system after previous modifications. The used component allows for an economical restoration of the original configuration without the need to invest in a new, expensive wiring loom.

Why it is worth choosing used electronics and parking sensor wiring looms

In the case of parking assist systems, using a used wiring loom is often a reasonable compromise between cost and functionality. Original wiring, even from the secondary market, retains factory electrical parameters and wire routing geometry, which is crucial for proper cooperation with sensors and control modules.

If you want to better understand when choosing used automotive electronics is technically justified and how to safely select such components, it is worth reading 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 Land Rover

If you are planning a comprehensive repair or upgrade of the maneuvering zone in your Land Rover and need other elements from the same group, such as additional sensors, connecting looms, or mounting elements, check the available parts in the Land Rover parking sensors category.

Thanks to this, you can select a coherent set of components for the parking assist system in one place, which will facilitate both the planning of service work and the subsequent diagnostics of the entire system.