Steering Joint for Jaguar XE (X760) 2.0 D

This steering joint is a used component, classified as quality B, and is supplied with its original OEM number T4N28392. The part is manufactured by Jaguar and is designed for the front axle steering system. It is compatible with vehicles featuring the 2.0-litre diesel engine, specifically the engine code 204DTD, and is matched to the ZF8HP45 / H7A37000GE AUT automatic transmission, identified by transmission code 3528309. This steering joint is also suitable for other Jaguar XE (X760) variants and may fit other models within the Jaguar range that share the same steering column and linkage specifications; verifying the OEM number is essential for confirming compatibility. The price for this part is 193,04 EUR excluding VAT, with the total price including VAT being 193,04 EUR. The item is covered by a 30-day full return policy and includes free standard shipping with an expected delivery time of 3-6 days. An express delivery service is available for an additional fee to expedite receipt.

This spare part originates from the following car:

The source vehicle is a Jaguar XE (X760) in the 2.0 D specification, configured as a saloon. The car is from the 2018 model year and had recorded 150,670 kilometres at the time of dismantling. It was equipped with a diesel fuel system using direct injection and originated from Sweden. The vehicle was powered by a 2.0-litre diesel engine, with the engine code 204DTA / 170928W0467, and was fitted with an automatic transmission, code 3528309. The vehicle identification number is SAJAB4BN8JCP31176. The engine has a cylinder capacity of 1999 cubic centimetres, producing 180 horsepower, which is equivalent to 132 kilowatts. The car's construction type is a saloon. When replacing a steering joint, it is often practical to inspect related components such as the steering rack, tie rods, and the universal joint for wear. Opting for a used OEM part like this supports sustainability by giving quality components a second life, reducing waste and the demand for new manufacturing resources.

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