Basic Information

BrandGEELY
SeriesVision X6
Year2017
First Registration2017/12
Mileage79,000km
Transfer Count0times
FuelGasoline
TransmissionManual
Engine1.8L 133 L4
ColorBrown
Seats5seats

Condition Description

Has repaint, no accidents, no replaced parts.

Document Information

Inspection Expiry Date-
Warranty Expiry Date-
Insurance Expiry Date2027/12

Q&A

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When buying a used Chinese EV or smart car, how do I confirm the smart features will actually work in my country?

Many connected features are tied to the car's original market. Start with the basics: the infotainment language, navigation maps and voice assistant may only support Chinese, and some systems require a local SIM or account that cannot be transferred to overseas owners. For driver-assistance systems, check whether the model relies on hardware that works without Chinese map data. Lane keeping and adaptive cruise usually work abroad, but map-dependent features like highway pilot may not. Ask the seller to test each key function on video before shipment: boot-up, touchscreen response, app connectivity and over-the-air update status. Also confirm the battery management system and motor controllers have no region locks. Get written confirmation that the features you are paying for are functional in your destination country, and keep that document with the purchase contract.

Do you support using cryptocurrencies like USDT for cross-border vehicle procurement settlements?

Absolutely not. Exporting used cars requires clear proof of foreign currency receipts in USD/EUR (water bill) to be provided to the Chinese foreign exchange administration, customs, and tax authorities for document verification. Cryptocurrencies are considered illegal settlement channels.

Is there a specific testing process for the smooth transition between the engine and motor in hybrid (HEV/PHEV) vehicles?

Yes. For hybrid vehicles, technicians will conduct forced switching tests between EV (electric) and HEV (hybrid) modes, focusing on the sensation of clutch engagement and reading the hybrid system's specific fault codes to ensure the complex dual power system operates correctly.