Screen Engine for Land Rover Discovery Sport 2.0 D 4x4

This screen engine is a used component designed for the Land Rover Discovery Sport (L550) in the 2.0 D 4x4 variant. The part is identified by the OEM number C39792-101 and was manufactured by Brose. It is positioned at the back right of the vehicle. The part is classified with a quality grade of B, indicating it is a used part in functional condition. It is intended for vehicles equipped with the AJ200D engine type, which corresponds to the 204DTD engine code. The compatible transmission for this application is an automatic, specifically the 9HP48 transmission code. This screen engine may also be compatible with other Land Rover models and variants that share the same engine and transmission specifications, though verifying the OEM number is essential for confirming fitment. The price for this part is 214,49 EUR excluding VAT, or 214,49 EUR including VAT. All purchases are backed by a 30-day full return policy. Standard shipping is free of charge, with an expected delivery time of 3-6 days. An express delivery option is available for an additional fee for those requiring faster service.

This spare part originates from the following car:

The source vehicle is a Land Rover Discovery Sport (L550), specifically the 2.0 D 4x4 variant configured as an SUV. The car was first registered in 2016 and had accumulated 166,200 kilometres. Its fuel system utilises direct injection for diesel. The vehicle originates from Sweden. It is powered by a diesel engine of the AJ200D type, with the engine code 204DTD. The transmission is an automatic, coded as 9HP48. The vehicle identification number is SALCA2BN3GH578564. The engine has a cylinder capacity of 1999 cubic centimetres, producing 180 horsepower, which is equivalent to 132 kilowatts. The vehicle's construction type is an SUV. When sourcing a screen engine, it is crucial to match the OEM number to ensure compatibility with your vehicle's specific engine management system. This practice of reusing functional components from end-of-life vehicles supports sustainability by reducing waste and the demand for new raw materials.

We used AI to help write this text. We regularly check the information - but cannot guarantee that all data is accurate.