Description

Land Rover Genuine Parking Sensor LR024299

The Land Rover Genuine Parking Sensor LR024299 is an essential part that improves maneuverability and parking assistance in Land Rover automobiles. This parking sensor is designed to meet Land Rover’s exacting criteria, guaranteeing precise obstacle recognition and secure parking in a variety of driving conditions.

DISCOVERY 4 2010 – 2016

DISCOVERY 5 2017 

DISCOVERY SPORT 2015 

NEW RANGE ROVER EVOQUE 2019 

RANGE ROVER 2013                                                            

RANGE ROVER EVOQUE 2012 

RANGE ROVER SPORT 2014 

RANGE ROVER VELAR 2017

Functionality: 

The LR024299 Parking Sensor uses ultrasonic technology to identify nearby objects when parking. The sensor is installed on the bumpers of the car and uses ultrasonic waves to monitor the time it takes for the waves to return. This allows the sensor to calculate the distance between the car and any adjacent obstructions. This information helps with safe parking and collision avoidance by being communicated to the driver through visual indicators on the dashboard or audio alerts.

Durability: 

Using premium materials and strict production procedures, Land Rover places a strong priority on durability in the LR024299 Parking Sensor. This parking sensor provides outstanding resistance to wear, corrosion, and mechanical stress because it is designed to withstand exposure to inclement weather, road debris, and regular use. Its sturdy design guarantees enduring dependability and steady performance, adding to the car’s overall convenience and safety.

Compatibility: 

The LR024299 Parking Sensor is made in accordance with exact OEM standards, guaranteeing seamless operation with Land Rover vehicles that have parking assistance systems installed. This parking sensor minimizes downtime and streamlines servicing activities with a precise fit and simple installation method, whether it is being retrofitted or replaced. Its suitability for a range of Land Rover vehicles highlights its adaptability and dependability on diverse vehicle platforms.