Vehicle has major accident/fire/flood damage or major defects in power battery components (structural/reinforcing/cover parts), repaired or unrepaired, still affecting body structural strength or safe use, with hidden fault risks.
Accident inspection: main structure damaged, reinforcing parts damaged, cover parts damaged, hinges abnormal. Battery inspection: power battery box floor has dents and scratches. Engine bay: key mechanical components normal. Exterior: 1 replaced part, 2 panel repairs, 1 repaint. Interior: left front seat damaged, modified interior (other); most features normal, airbags normal, lighting system normal. Startup inspection: main components normal. Tool kit: none.
Basic perception functions (like Adaptive Cruise Control ACC, Lane Keeping Assist LKA, and Automatic Emergency Braking AEB) rely on the vehicle's local radar and cameras, and can operate normally overseas. However, advanced features that heavily depend on high-precision maps and cloud data (like Navigation on Autopilot NOA and Full Self-Driving FSD) cannot be activated overseas.
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).
Completely different. The assessment of commercial vehicles focuses on: the extent of wear/deformation in the cargo area, whether the frame has been twisted due to overload, the fatigue of the leaf springs, and the emissions of the diesel engine. Minor exterior scratches carry very little weight in the assessment of commercial vehicles.
