Parking sensor front for Land Rover Range Rover Mk III (L322) 3.6 D 4x4

This front parking sensor is a type of ultrasonic sensor designed to assist with parking manoeuvres. Its original equipment manufacturer number is YDB500370LML, and it was produced by the vehicle manufacturer, Land Rover. The sensor is positioned at the front of the vehicle, typically integrated into the bumper. The part is classified with a quality grade of B, indicating it is a used component. It is intended for vehicles with a diesel engine, specifically the engine type 368DT. The associated transmission is an automatic, identified by the code A, which corresponds to the ZF 6HP26 gearbox. This specific parking sensor is also compatible with other variants of the Land Rover Range Rover Mk III (L322) model that share the same front bumper design and sensor system. The price for the part is 141,56 EUR including VAT, or 141,56 EUR excluding VAT. A thirty-day full return policy applies to this item. Shipping is provided free of charge, with an expected delivery time of 3-6 days. An express delivery option is available for an additional fee to reduce the delivery time.

This spare part originates from the following car:

The donor vehicle was a Land Rover Range Rover Mk III (L322), specifically the 3.6 D 4x4 variant, which is a closed off-road vehicle. The car was from the model year 2008 and had covered 200,690 kilometres. Its fuel system utilised direct injection for diesel. The vehicle originated from Sweden. It was equipped with a diesel engine, type 368DT, which has eight cylinders and a cylinder capacity of 3628 cubic centimetres. This engine produced 272 horsepower, equivalent to 200 kilowatts. The car featured an automatic transmission, code A, which is the ZF 6HP26 model. The vehicle identification number for this specific car was SALLMAM748A271843. Matching the OEM number is essential to ensure correct fitment and functionality. When replacing a front parking sensor, it is common to inspect the surrounding bumper area and the sensor control module. Utilising a used part contributes to sustainability by giving functional components a second life.

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