Transfer Gearbox for Suzuki Vitara (LY) 1.4 Hybrid (Mild Hybrid) AllGrip

This transfer gearbox is a used component, designated with the quality grade B. It is an automatic transmission unit, positioned as part of the vehicle's drivetrain system. The original equipment manufacturer number for this part is 29000-54P31, and it was manufactured by Suzuki. It is designed for a petrol/electric hybrid engine, specifically the 1.4T HYBRID unit with the engine code K14C. The transmission type is automatic, and the transmission code is 20019 53SH1 21B6A54122, TF-71SC. This part is noted with the reference 4P3, TILL AUTOMAT. Beyond the specified Suzuki Vitara, this transfer gearbox may also be compatible with other makes and models that share the same transmission specifications and mounting points; verifying the OEM number is essential for confirming fitment. The price for this part is 1.729,91 EUR EUR excluding VAT, and 1.729,91 EUR EUR including VAT. The item comes with a 30-day full return policy. Standard shipping is free, with an expected delivery time of 5-15 days. An express delivery option is available for an additional fee.

This spare part originates from the following car:

The source vehicle is a Suzuki Vitara (LY), specifically the 1.4 Hybrid (Mild Hybrid) AllGrip variant, which is an SUV. The car was first registered in 2021 and had recorded a mileage of 6,530 kilometres. The fuel system is direct injection, and the vehicle originates from Sweden. The engine is a petrol/electric hybrid type, with the engine code K14D. The transmission is automatic, with the transmission code 20019 53SH1 21B6A54122, TF-71SC. The vehicle identification number is TSMLYED1S00A11145. The engine has a cylinder capacity of 1,373 cubic centimetres, producing 129 horsepower, which is equivalent to 95 kilowatts. The construction type of the vehicle is an SUV. When sourcing a transfer gearbox, it is often practical to consider related drivetrain components, such as the propeller shaft or differential, which may be replaced concurrently. Opting for a used OEM part like this supports sustainability by giving a fully functional component a second life, reducing waste and the demand for new manufacturing resources.

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