Range Rover Velar L560 Rear Impact Crash Sensor J9C3-14B342-AB

Range Rover Velar L560 Rear Impact Crash Sensor is a specialized safety system component responsible for the precise detection of collisions in the rear of the vehicle. Thanks to its factory design intended for the Velar L560, the sensor interacts with the car's electronic systems in a stable and predictable manner, ensuring the correct response of control modules. This used OEM component is a solution that allows for a technically correct repair without interfering with the vehicle's original architecture.

Specifications and technical data

• SKU: J9C3-14B342-AB
• Mark: Range Rover
• Condition: Used
• OEM Part Number: J9C3-14B342-AB
• Substitutable numbers: J9C3-14B342-AB, J9C314B342AB, LR127994
• Location on the vehicle: Rear
• Part type: Sensor
• Category: Engine Sensors & Switches

Function and application of the rear impact crash sensor

The rear impact crash sensor in the Range Rover Velar L560 acts as a measuring element in the passive safety system. It is responsible for detecting G-forces in the rear body area and transmitting a signal to the appropriate control units. A properly functioning sensor allows the system to assess a collision situation and initiate programmed responses.

Its placement in the rear body zone ensures that the component is matched to the Velar's structural characteristics, and its parameters are tuned to the vehicle's factory software. This maintains the consistency of the entire safety system's operation.

Compatibility and part selection

The presented rear impact crash sensor is a component intended for use in the Range Rover Velar L560, which facilitates part selection based on vehicle data and manufacturer specifications. Using a component from the same design group helps reduce the risk of communication issues within the vehicle's network and minimizes the need for additional modifications.

For proper selection, it is recommended to verify compatibility with the specific vehicle configuration, particularly regarding equipment versions and installed safety systems. Utilizing an original solution helps maintain the consistency of the entire system's operating parameters.

Component characteristics and installation benefits

The rear impact crash sensor in the Range Rover Velar L560 has been designed as a part that works with the vehicle's factory electronics. The OEM construction ensures:

• maintenance of the original logic of safety systems,
• proper fitment to the mounting point in the rear body section,
• consistency of measurement parameters with control unit software.

Choosing a used OEM component allows for maintaining a high level of functionality while optimizing repair costs. For workshops and users, this means the possibility of performing a technically correct replacement while adhering to factory design assumptions.

Scope of application in the braking and safety system

The product belongs to the Other brake sensors and switches group, which indicates its connection to the broadly understood area of vehicle safety. The sensor works with systems monitoring the car's behavior in emergency situations, and its proper operation is crucial for the correct interpretation of events by the vehicle's electronics.

Replacing a faulty sensor with a functional unit from the same design group allows for restoring full system functionality, limiting the risk of erroneous readings or fault messages in the control unit memory.

If you are planning a comprehensive repair or upgrade of the safety zone in your Range Rover and need other elements from the same group, such as additional sensors, switches, or components working with the braking system, check the available parts in the Other Range Rover brake sensors and switches category.

Safe choice of a used sensor

When selecting a used impact sensor, it is crucial to pay attention to compatibility with the vehicle's electronic system and proper installation conditions. It is worth using practical tips regarding the purchase of automotive electronics from the secondary market – issues such as verifying origin, checking the condition of connectors, or selecting for a specific car configuration have a direct impact on subsequent operation. Useful information on this topic can be found in the article The second life of electronics – when is it worth choosing used engine controllers, comfort modules, and parking sensors?.

If you want to further organize the process of purchasing used components and learn best practices for ordering parts online, a step-by-step guide describing offer verification, the importance of manufacturer markings, and how to work with reference numbers may be helpful – more tips can be found in the material Safe purchase of used car parts online – a step-by-step guide.