Basic Information

BrandGEELY
SeriesEmgrand
Year2017
First Registration2017/09
Mileage12.8km
Transfer Count-
FuelGasoline
TransmissionManual
Engine1.5L 109 L4
ColorWhite
Seats-

Condition Description

【Vehicle Model】Geely Emgrand 【Registration Date】September 2017 【Manufacturing Date】September 2017 【New Car Price】7.98 【Engine Displacement】1.5L 【Odometer Mark】128,000 km 【Vehicle Color】White 【Vehicle Configuration】2017 Sedan Million Edition 1.5L Manual Upgrade 【Detailed Vehicle Condition】Right and left sides repainted 【Number of Ownerships】0 【Vehicle Location】p 【Other Remarks】1 key, insurance expires February 2027 【Vehicle Identification Number】070030 Asking Price 1.68 Lowest Price 1.5L

Configuration Highlights

✓Driver/Passenger Airbags
✓Tire Pressure Monitoring
✓ISOFIX Child Seat Anchors
✓Keyless Start System
✓Keyless Entry System
✓ABS Anti-lock Braking
✓Electronic Brake Distribution
✓Electronic Stability Control
✓Hill Start Assist
✓Multifunction Steering Wheel
✓Seat Material
✓Rear Cupholders
✓GPS Navigation
✓Low Beam Headlights
✓Daytime Running Lights
✓Auto Headlights
✓Adjustable Headlight Height
✓Power Windows
✓UV/Heat Insulating Glass
✓Climate Control Type

Q&A

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What situations are usually included in "minor cosmetic wear" as stated on the details page?

It usually refers to very small stone chips on the hood from high-speed driving, nail scratches on the inside of door handles, slight curb scratches on the edges of wheels, and minor wear on interior plastic parts. These do not affect the vehicle's functionality or corrosion resistance.

I want to see the actual car, but I can't come to China. What should I do?

You can watch the car through live streaming or VR, or entrust a local third-party agency to inspect the car for you. Transparency about the car's condition is the foundation of trust.

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.