Range Rover Evoque L551 Crash Impact Control Sensor JPLA-14B006-DA

Range Rover Evoque L551 Crash Impact Control Sensor is a component from the Electronic control modules and controllers group, responsible for precise detection of G-forces and transmitting signals to the vehicle's safety systems. A properly selected sensor ensures the correct response of protective systems, stable operation of electronics, and consistency with the factory installation architecture in the Range Rover Evoque L551. This is a solution for users who expect to maintain the original logic of safety system operation.

Specifications and technical data

• SKU: JPLA-14B006-DA-1
• Mark: Land Rover
• Condition: Used
• OEM Part Number: JPLA-14B006-DA
• Substitutable numbers: JPLA-14B006-DA, JPLA14B006DA, 2130549925, LR101226
• Category: ECUs & Computer Modules

Purpose and function in the vehicle

The presented crash impact sensor is designed to work with the body electronics in the Range Rover Evoque L551 generation. Its task is to record sudden changes in acceleration and transmit information to the controllers responsible for the response of passive safety systems and related modules. A properly functioning sensor allows for maintaining the consistency of protective systems with the manufacturer's factory algorithms. The component belongs to the group of Electronic control modules and controllers, which is why its correct fitment is important not only for safety but also for diagnostics – vehicle controllers expect specific signal parameters and communication consistent with the original Land Rover configuration.

Benefits of using an original crash impact sensor

Using a dedicated crash impact sensor in the Range Rover Evoque L551 allows for maintaining the factory performance characteristics of electronic systems. Key advantages include:

• maintaining compatibility with the electrical installation architecture and the vehicle's communication bus,
• consistent cooperation with other control modules responsible for safety,
• easier computer diagnostics – controllers recognize the component as correct for the given model,
• reducing the risk of errors and fault messages resulting from incorrect part selection. For users who want to consciously manage service costs, it is also important that this is a secondary market part, which allows for optimizing expenses while maintaining the original functional specification.

Integration with Land Rover electronic systems

The sensor works with factory Land Rover controllers, allowing it to be integrated into the existing configuration without the need to modify wiring or system logic. In practice, this means that after correct installation and potential adaptation in diagnostic software, the vehicle's control modules can use the sensor signals according to the manufacturer's specifications. Such a solution is particularly important in modern designs, where many safety and comfort functions are interconnected, and a single electronic component affects the operation of several systems simultaneously. Maintaining the original communication structure helps avoid unwanted interactions between modules.

Component condition and service application

The offered sensor comes from the secondary market, making it an attractive alternative to new components for accident repairs, body electronics service, or restoring full functionality of safety systems after replacing other elements. This type of part will work well both in professional workshops specializing in the Land Rover brand and for informed users who work with a service center familiar with the specifics of premium models. Thanks to maintaining the original design and purpose, the sensor can be used as a replacement element in the repair process, where the priority is to restore the vehicle to a state consistent with the manufacturer's factory assumptions.

Support in selection and expanding knowledge

If you are planning a comprehensive repair or upgrade of the electronic safety systems zone in your Land Rover and need other elements from the same group, such as control modules, body controllers, or other sensors cooperating with protective systems, check the available parts in the Land Rover electronic control modules and controllers category. If you want to better understand how advanced electronic modules work in modern cars and how to safely use dismantled parts in premium vehicles, it is worth reading the article on our blog: Driving pleasure for years – how to take care of iDrive systems and electronic modules in BMW 3 and 5 series models using dismantled parts?. Additionally, a broader comparison of the cost-effectiveness of different types of components can be found in the guide Original, replacement, or used – which car parts are the most cost-effective?, which may help in making an informed purchasing decision also when choosing a crash impact sensor for your car.