2016 Qingqi QM 0.1L Petrol · GC65 UXL

A history of severe mechanical failures, including dangerous tyre wear and excessive wheel bearing play, defines this vehicle's record, which has remained dormant since the last pass on 7 September 2022. While the more recent tests shifted toward wear-and-tear advisories regarding the drive chain and suspension, the presence of dangerous defects in 2020 indicates a period of significant mechanical instability. The overall trend shows a transition from critical safety failures to chronic wear of consumables, though the long-term absence of testing since 2022 leaves the current roadworthiness unverified. The recorded mileage of 22,442 miles is low for a ten-year-old vehicle, averaging roughly 2,244 miles per year. This low accumulation rate, combined with the total absence of MOT data for nearly four years, suggests the vehicle has spent extended periods stationary. Such usage patterns often lead to the degradation of rubber components and the seizing of moving parts, which may not be immediately apparent from the mileage figure alone. Particular attention must be paid to the final drive system, as the 2022 record flagged wear on both the drive chain and the rear sprocket. During a test drive, listen for excessive noise from the drivetrain and check for jerky power delivery or uneven chain tension. The rear suspension arm ball joint was also noted as worn in 2021, which may manifest as a knocking sensation or instability when traversing uneven road surfaces. Given the previous dangerous failure for a binding front brake and excessive rear wheel bearing play, the vehicle's rolling resistance should be carefully evaluated. Ensure the wheels spin freely without resistance or grinding noises, and check that the front brake does not drag or cause the wheel to lock prematurely. Any vibration through the handlebars or footpegs at speed could indicate that the previously flagged bearing issues have resurfaced or that other components have deteriorated during the vehicle's period of inactivity.