Basic Information

BrandVolkswagen
SeriesSantana
Year2015
First Registration2015/06
Mileage90,000km
Transfer Count1times
FuelGasoline
TransmissionAutomatic
Engine1.6L 110 L4
ColorWhite
Seats-

Condition Description

2015 Volkswagen Santana, automatic 1.6L, driven over 90,000 km, excellent condition, compulsory insurance valid until July 2027.

燃油车
轿车
自动
维保开放
事故开放
查验开放

Configuration Highlights

✓品牌: 大众
✓车系: 桑塔纳
✓车型: 2015款 1.6L 自动风尚版
✓车身类型: 轿车
✓座位数: 5
✓排量: 1.6L
✓变速箱: 自动
✓能源类型: 燃油车
✓VIN: LSVAT4BR0FN075921
✓搜索关键词: 大众桑塔纳 2015款桑塔纳1.6L自动风尚版

Document Information

Inspection Expiry Date2026/06
Warranty Expiry Date-
Insurance Expiry Date2027/07

Q&A

More

How to prove that the chassis has no serious rust, corrosion, or bottom damage?

All vehicles on the lift must be inspected. We will provide high-definition close-up photos of the chassis directly below, suspension components, and the mid to rear section of the exhaust. We will honestly show any minor surface rust (a common phenomenon in cast iron); if we find bent longitudinal beams or extensive through-corrosion, the vehicle will be scrapped and not exported.

Does your technical testing include highway road tests (high-speed driving tests), or is it only low-speed driving in a closed area?

Due to legal restrictions preventing unregistered vehicles from high-speed driving on public roads in China, most of our dynamic tests are conducted in a closed area (with a maximum speed of around 60 km/h). This is sufficient to test for suspension noise and low gear smoothness, but it cannot simulate high-speed wind noise and tire balance vibrations at 120 km/h.

Will there be a thorough inspection of the aging and damaged wiring harness of older vehicles to prevent spontaneous combustion?

For older vehicles or those used in high temperature and humidity areas, we will focus on opening the hood to check if the insulation of the wiring harness in the high-temperature area of the engine compartment is cracked or brittle, to identify potential short circuit risks that could lead to spontaneous combustion.