Basic Information

BrandAudi
SeriesQ3
Year2015
First Registration2015/11
Mileage165,100km
Transfer Count1times
FuelGasoline
TransmissionDCT
Engine1.4T 150 L4
ColorWhite
Seats-

Condition Description

Vehicle has major accident/fire/flood damage or major defects in power battery components (structural, reinforced, or panel parts), repaired or unrepaired, still affecting body structural strength or safe use, with hidden fault risks.

Accident inspection: main structure damaged, reinforced parts damaged, panels damaged, hinges abnormal. Engine bay: key mechanical components normal. Exterior: 4 areas of sheet metal repair, 3 areas of repaint. Interior: dashboard disassembly marks, most features normal, airbag system normal, lighting system normal. Startup test: airbag warning light abnormal. Tools: spare tire present.

电话直连
可讲价
平台物流
车主降价
非泡水

Document Information

Inspection Expiry Date2026/11
Warranty Expiry Date-
Insurance Expiry Date2027/01

Q&A

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Why are the shipping costs for used electric vehicles (EVs) usually higher than for internal combustion engine vehicles (ICEs)?

Pure electric vehicles are classified as Class 9 Dangerous Goods due to their large lithium batteries, leading to strict shipping regulations. Shipping companies have high requirements for the loading position and fire isolation measures for dangerous goods, and some roll-on/roll-off ships refuse to accept used EVs. As a result, EVs often require more expensive special container shipping and incur additional handling fees for hazardous materials.

Can the buyer request the internal resistance test data of the battery pack at different state of charge (SOC) levels?

Obtaining precise internal resistance at different SOC levels requires disassembling the battery pack and connecting it to a professional charge-discharge cabinet for several days of cycling tests. This is beyond the scope of non-destructive used car inspections; we only provide real-time estimated internal resistance data based on OBD port readings.

Can you convert mainstream left-hand drive (LHD) cars in China to right-hand drive (RHD) and then export them?

We maintain an extremely cautious and firm denial. Some platforms may cater to such demands for orders, but converting left-hand drive to right-hand drive involves complex steering column cutting, firewall structure changes, and wiring harness reorganization. This non-factory deep modification poses significant safety risks and is very difficult to pass vehicle safety inspections in developed countries (such as Japan's earthquake test and the UK's IVA test). Out of responsibility for safety and long-term reputation, we refuse to provide any steering conversion services that damage the vehicle's underlying structure.