Tailgate Control Unit for Volvo XC60 II (246) 2.0 T8 Hybrid AWD

This tailgate control unit is a used electronic module designed for the Volvo XC60 II (246) model in the 2.0 T8 Hybrid AWD variant. The part type is an electronic control unit. Its original equipment manufacturer numbers are 31676624, 32200217, and C76704-103. The manufacturer is Volvo. This unit is positioned within the tailgate assembly to manage its operation. The part quality is classified as B, indicating it is a used component in working order. It is intended for vehicles with a petrol/electric hybrid engine system. The specific engine type is the B4204T46, and the associated engine code is T8 2.0 Hybrid. The vehicle utilises an automatic transmission. This control unit is priced at 391,06 EUR excluding VAT, with the price including VAT being 391,06 EUR. A 30-day full return policy applies to this item. Shipping is free, with an expected delivery time of 5-10 days. An express delivery service is available for an additional fee. It is crucial to verify the OEM numbers provided to ensure compatibility with your specific vehicle. This unit may also be compatible with other makes and models within the Volvo range that share the same part numbers and electrical architecture.

This spare part originates from the following car:

The source vehicle is a Volvo XC60 II (246). The variant is the 2.0 T8 Hybrid AWD, which is an SUV body type. The car was manufactured in the year 2022. It had recorded a mileage of 8,120 kilometres. The fuel system is direct injection, and the powertrain is a petrol/electric hybrid. The vehicle originates from Sweden. The engine type is a hybrid unit, with the engine code B 4204 T34. The transmission is automatic. The vehicle identification number, or chassis number, is YV1UZBMVDN1925127. The cylinder capacity is 1969 cubic centimetres. The power output is 303 horsepower, which is equivalent to 223 kilowatts. The construction type is an SUV. Choosing a used electronic component like this control unit supports sustainability by giving a functional part a second life, reducing waste and the demand for new manufacturing.

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