Door Handle - Exterior for Lexus CT 200h

This exterior door handle is a genuine component designed for the Lexus CT 200h. The part type is a left-side exterior door handle, finished in the factory colour Obsidian, identified by paint code 212. Its condition is classified as a used part, reflecting its prior service in a donor vehicle. The original equipment manufacturer numbers for this item are 6920248011 and 6922076010C0, which are crucial for verifying exact compatibility. This handle was installed on the front left door of the vehicle. The source vehicle was equipped with a hybrid petrol/electric engine, specifically the 2ZR-FXE engine code, paired with an automatic transmission. While sourced from a specific CT 200h variant, this exterior handle is typically compatible across the Lexus CT (ZWA10_) model range produced between 2010 and 2020. The price for this part is 115,82 EUR excluding VAT, which equates to 115,82 EUR including VAT. All purchases are backed by a 30-day full return policy. Standard delivery is free of charge with an estimated lead time of 3-6 days. An express delivery service is available for an additional fee to expedite shipping.

This spare part originates from the following car:

The component was removed from a 2011 Lexus CT 200h (ZWA10_), which is a hatchback. The vehicle had recorded 150,710 kilometres and was originally registered in Sweden. It was powered by a hybrid petrol/electric fuel system. The engine was a 2ZR-FXE type, a 1.8-litre, 4-cylinder unit with an output of 99 horsepower (73 kilowatts). The car featured an automatic transmission. The vehicle identification number is JTHKD5BH202043058. When sourcing a replacement door handle, confirming the OEM number match is essential to ensure a correct fit. For a complete exterior refresh, customers often consider replacing related components such as the corresponding door lock mechanism or the door mirror. Opting for a quality used part like this supports sustainable automotive practices by giving existing components a second life, reducing waste and the demand for new manufacturing resources.

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