24H

Basic Information

BrandAudi
SeriesA3
Year2017
First Registration2017/07
Mileage127,700km
Transfer Count-
FuelGasoline
TransmissionDCT
Engine1.4T 150 L4
ColorWhite
Seats-

Condition Description

Localized body damage or repair marks present. No accident damage or repairs to structural or reinforcement components. Vehicle performance (including three-electric system) has degraded or is performance-limited.

Accident inspection: main structure no damage, reinforcement parts no damage, panels no damage, hinges normal. Engine bay inspection: valve cover gasket oil leak. Exterior: 1 replaced part, 3 sheet metal repairs, 2 paint jobs. Interior: most features normal, airbag normal, seatbelt normal, dashboard normal, instrument check normal, lighting system normal. Startup check: main components normal. Tool kit: none.

电话直连
可讲价
平台物流
可转售
VIP车源
零过户
新检测标准升级>
必卖车源
非泡水

Document Information

Inspection Expiry Date2027/07
Warranty Expiry Date-
Insurance Expiry Date2027/07

Q&A

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Will the insect bodies and willow catkins on the vehicle's water tank and condenser surface be forcibly washed away with a high-pressure water gun before inspection?

Do not use a high-pressure water gun directly! The high-pressure water can instantly damage the fragile aluminum fins of the condenser, leading to a permanent decrease in cooling efficiency. We can only use a low-pressure air gun or a soft brush for surface cleaning.

If overseas customers accidentally update the car system causing the UI to switch to full Chinese and cannot revert to English, can you downgrade remotely?

Once the car system (especially in a closed ecosystem) undergoes a major version upgrade, its bootloader is usually locked, preventing downgrades. If this happens, there is basically no solution in an overseas environment. Therefore, we strongly warn: do not blindly insert a USB drive to upgrade while offline.

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.