Range Rover Evoque L538 Front Bumper Wire Parking Sensor Harness EJ3214369CC

Range Rover Evoque L538 Front Bumper Parking Sensor is an original parking assist system component designed for installation in the front bumper. It ensures precise detection of obstacles in front of the vehicle, assisting the driver during maneuvering in tight spaces and reducing the risk of body damage.

Specifications and technical data

• SKU: EJ32-14369-CC
• Mark: Land Rover
• Condition: Used
• OEM Part Number: EJ32-14369-CC
• Substitutable numbers: EJ3214369CC, LR047490
• Location on the vehicle: Front
• Category: Other Starters, Alternators, ECUs & Wiring

Purpose and Function of the Parking Sensor

The front bumper parking sensor for Range Rover Evoque L538 works with the factory parking assist system, responsible for measuring the distance to obstacles located in front of the car. A properly functioning element of this type:

• improves maneuvering safety in urban areas and underground parking lots,
• facilitates precise approach to walls, posts, and other vehicles,
• reduces the risk of costly bodywork and paint repairs resulting from minor low-speed collisions.

The location specified as front means the element is intended for installation in the front bumper, in the position designated by the vehicle manufacturer.

Compatibility and Land Rover OEM Standard

The presented sensor is from the line of original Land Rover components, ensuring the preservation of factory parking system operating parameters. The element is structurally matched to the Range Rover Evoque L538, which means:

• it fits original mounting sockets in the bumper,
• it works with the vehicle's electrical system without the need for modifications,
• it maintains correct communication with the parking system's control module.

The presence of dedicated part numbers and interchangeable numbers allows for unambiguous identification of the component in service catalogs and facilitates the selection of the correct sensor for a specific vehicle configuration.

Performance Characteristics and Installation Benefits

The front bumper parking sensor in the Range Rover Evoque L538 is a key element for driving comfort in urban conditions. Its proper functioning translates to:

• stable and repeatable distance readings in the acoustic or visual system,
• correct operation of the entire set of sensors on the front bumper,
• preservation of the factory warning logic used by Land Rover in the Evoque model.

Replacing a damaged element with an original sensor from the same component family restores the system's full functionality without interfering with the vehicle's software or electrical system, provided the other components of the system are functional.

Product Condition and Practical Application

The offered parking sensor belongs to the group of used OEM parts, meaning it comes from a dismantled vehicle and is intended for reinstallation. This type of solution is often chosen by users who want to:

• optimize repair costs while maintaining original specifications,
• maintain the consistency of the parking system with other factory sensors,
• avoid compatibility issues typical of low-quality aftermarket parts.

If you are considering a choice between new and used components, you can find a practical comparison of costs and quality in the article: New or Used? A Comparison of Car Part Costs and Quality.

Other Parts and Technical Knowledge

In the Other category for this brand, you will also find other components installed in the Range Rover Evoque and other models from the manufacturer. If you need other products from the Other category for Land Rover, check the current offer using the link: Other for Land Rover.

For those interested in a broader context of technical solutions in premium cars, including differences in engine, brake, and chassis construction, we recommend the blog post: Audi RS vs. Other Models – What's Under the Hood and Chassis?. It helps to better understand how manufacturers design advanced driver-assistance systems, which also include parking sensor systems.