Ventilator blade for Toyota Corolla Estate 1.8 VVTi Hybrid (ZWE219)

This part is a ventilator blade, also known as a cooling fan blade. The OEM part number for this component is 163610T290, and it was manufactured by Toyota. The blade is positioned on the right side of the vehicle's cooling system. The part is used and is graded as quality B. It is designed for the 1.8-litre Full Hybrid petrol/electric engine with the engine code 2ZR-FXE. The vehicle utilises a continuously variable transmission, identified by the transmission code V. This specific ventilator blade is also compatible with other Toyota models and variants that share the same engine and cooling system specifications, ensuring a precise fit. The price for this part is 198,99 EUR excluding VAT, which is 198,99 EUR including VAT. A 30-day full return policy applies to this purchase. Shipping is free, with an expected delivery time of 3-6 days. An express delivery option is available for an additional fee to expedite the process.

This spare part originates from the following car:

The source vehicle is a Toyota Corolla Estate, specifically the 1.8 VVTi Hybrid (ZWE219) variant. This is an estate car type from the model year 2025. The vehicle had recorded 29,260 kilometres. Its fuel system is a petrol/electric full hybrid with intake manifold injection. The car originates from Sweden. The engine is a 1.8-litre Full Hybrid unit with the code 2ZR-FXE, featuring four cylinders and a capacity of 1798cc, producing 140 horsepower or 103 kilowatts. The transmission is a continuously variable type with the code V. The vehicle's chassis or VIN number is SB1ZB3AEX0E194024. The car's construction type is an estate. When sourcing a replacement part like a ventilator blade, confirming the OEM number is crucial for guaranteed compatibility and correct operation within the hybrid cooling system. Related components often inspected or replaced alongside the fan blade include the fan motor, fan shroud, and radiator. Opting for a quality used original part offers a cost-effective and sustainable solution, reducing waste and the demand for new manufacturing resources.

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