Rear screen wiper engine for BMW 5 Touring (F11) 523 i

This rear screen wiper motor is a used component, classified with a quality grade of B. It is a Bosch unit, specifically a combination motor as noted. The part is positioned on the right-hand side of the tailgate. The original equipment manufacturer numbers for this part are 0390201213, 67637311415, and 7213233. It was removed from a vehicle with a petrol engine, specifically a 3.0I 204 horsepower unit with the engine code N53 B30 A. The source vehicle was equipped with a 6-speed manual transmission, identified by the gearbox code 6VXL. This wiper motor is compatible with the BMW 5 Touring (F11) model and may also fit other vehicles within the BMW 5 Series range that share the same specification; verifying the OEM numbers is essential for confirming compatibility. The price for this part is 108,43 EUR excluding VAT, which equates to 108,43 EUR including VAT. A 30-day full return policy applies to this purchase. Standard shipping is free, with an expected delivery time of 5-10 days. An express delivery service is available for an additional fee.

This spare part originates from the following car:

The source vehicle is a BMW 5 Touring (F11), specifically a 523 i estate. The car was first registered in 2010 and had recorded a mileage of 121,460 kilometres at the time of dismantling. It was originally sourced from Sweden. The vehicle was equipped with a petrol engine utilising direct injection. The engine is a 3.0-litre, 6-cylinder unit with the code N53 B30 A, producing 204 horsepower, which is equivalent to 150 kilowatts. The transmission was a 6-speed manual, coded 6VXL. The vehicle identification number is WBAMT11010C298521. The engine has a cylinder capacity of 2996 cubic centimetres. The car's body type is an estate. When sourcing a replacement wiper motor, matching the OEM numbers is crucial for a correct fit. For a comprehensive repair, one might also consider the wiper arm and blade assembly. Utilising a quality used part like this supports sustainable automotive practices by giving existing components a second life.

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