Excellent car condition test passed the car condition is better than 80%, and the best car condition for sale is claimed 0 times and transferred 0 times.
This deep blue S7 mid-size SUV features a single-speed transmission for electric vehicles, a well-known brand, ample power, a luxurious interior, spaciousness, low fuel consumption, rich features, and a comfortable driving experience. Key highlights include a keyless start system, vehicle connectivity, a panoramic camera, and adaptive cruise control, providing a convenient, safe, and intelligent user experience. Overall, this car excels in value for money, driving experience, and features, making it a mid-size SUV choice not to be missed. This particular vehicle is 3 years old, with an average annual mileage of 10,100 kilometers, indicating low usage frequency. It has never been owned before, meaning it's a brand new car. The exterior is in excellent condition, with a glossy paint finish but some minor scratches. The interior is clean and tidy, with minor signs of use. The overall body structure is intact and without abnormalities. Fluids are normal, and the powertrain operates smoothly without any issues.
We use a calibrated high-precision paint thickness gauge to take multiple measurements on at least 13 metal surfaces of the entire vehicle. The original paint thickness of mainstream Chinese models typically ranges from 90μm to 150μm. If any area exceeds 200μm or even reaches over 500μm, we will directly conclude that the area has undergone bodywork and filler repair.
If insurance claims records are accessed, there will usually be notes like "the insured vehicle is fully responsible for hitting a fixed object" or "third-party liability insurance payment." We can roughly reconstruct the accident scene based on this and cross-verify the stress points on the vehicle's frame with paint thickness gauge data.
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.
