Excellent car condition detection passed the car condition is better than 80%. Excellent car condition claims 1 transfer 0 times
The Hongqi H5 PHEV, centered around a plug-in hybrid system, boasts an official 0-100 km/h acceleration time of 7.2 seconds, delivering excellent performance. Its energy consumption is only 15 kWh per 100 km, balancing performance and fuel economy. A 2920mm wheelbase provides ample interior space, and a 500L trunk capacity meets daily needs. Highlights include a panoramic sunroof, Dynaudio sound system, and adaptive cruise control, enhancing driving comfort and technological appeal. It's a mid-size car that combines value for money with a luxurious experience. This particular vehicle is less than one year old, with an average annual mileage of 3,400 km, indicating very low usage frequency. It's a brand-new, un-transferred vehicle. 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, with a few minor anomalies. Fluid levels are normal, and the powertrain operates smoothly without any issues.
This is considered a force majeure risk. We will require the vehicle's state of charge (SOC) to be maintained in a safe dormant range of 30%-50% before loading, and we will insure you for all marine risks under CIF terms. If the battery suffers thermal runaway total loss due to abnormal cargo hold temperatures, the insurance company will compensate.
Yes. We will use a professional diagnostic tool to scan all vehicle systems, including the Engine Control Unit (ECU), Transmission Control Module (TCM), Anti-lock Braking System (ABS), and Airbag Module (SRS), and provide English screenshots of all current and historical Diagnostic Trouble Codes (DTCs).
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.
