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Basic Information

BrandVolkswagen
SeriesPolo
Year2013
First Registration2013/05
Mileage110,000km
Transfer Count0times
FuelGasoline
TransmissionManumatic
Engine1.6L 105 L4
ColorWhite
Seats-

Condition Description

General condition

可议价
已上架
新到车源

Configuration Highlights

品牌: 大众
车系: Polo
车型: 大众 Polo 2013款 1.6L 自动 豪华版
能源类型: 燃油车
发动机: 1.6L
变速箱: 手自一体
驱动方式: 前轮驱动
排放标准: 国IV,国V
指导价: 12.39万
车源编号: 12790823
VIN: LSVFF66R7C2096250

Document Information

Inspection Expiry Date2027/05
Warranty Expiry Date-
Insurance Expiry Date2027/04

Q&A

More

Will OTA remote upgrades and mobile app control still work after the vehicle is exported overseas?

We must inform you objectively: Most Chinese car manufacturers' connected services (cloud servers) are restricted by data security regulations and overseas network limitations. Once the vehicle leaves China, the factory-installed SIM card will become inactive. This means that official OTA upgrades and factory mobile app remote controls (like pre-cooling the car or unlocking doors) typically cannot be used overseas. The vehicle will operate as a standalone version, but this will not affect basic driving and physical button functions.

If I choose to abandon cargo at the destination port due to a cash flow issue, can I get a refund of the deposit and freight I previously paid?

No, it is absolutely impossible to get a refund. Not only will there be no refund, but if the proceeds from the port auction of the abandoned cargo are insufficient to cover the exorbitant demurrage and disposal fees, the shipping company and customs will still pursue you (the bill of lading recipient) for the remaining debt through international legal proceedings.

How do you detect carbon buildup and wear inside the engine using technology without deep disassembly?

We use two steps: 1. Insert a medical-grade endoscope through the spark plug hole to visually inspect cylinder wall scratches and carbon buildup on the piston top; 2. Extract an engine oil sample to check for large metal debris or emulsification (caused by coolant leakage).