2017 Kymco Super 0.1L Petrol · CP17 HKK

The vehicle is currently roadworthy following a pass in August 2024, but the immediate maintenance history reveals a period of significant reactive repair. While the most recent MOT test at 39,569 miles cleared the stiff central stand, the failure just ten days prior indicated a catastrophic lapse in basic safety and mechanical upkeep. The trend shows an erratic pattern, moving from a clean record in 2022 and 2023 to a cluster of serious failures in late 2024. At nine years old, the recorded mileage of 39,569 represents a low annual average of approximately 4,400 miles per year. This low usage often correlates with age-related degradation of rubber-based components and seals rather than mechanical wear from distance. Between September 2023 and August 2024, the vehicle covered only 2,851 miles, suggesting it may have sat for extended periods. Such inactivity frequently explains the failure of the shock absorbers and the seizing of the central stand, as seals dry out and lubricants perish without regular movement. A buyer must physically inspect the suspension assembly thoroughly, as the August 2024 failure flagged serious fluid leaks in both rear shock absorbers and the nearside front fork. While these were replaced to pass the test, ensure there is no residual oil affecting other areas of the chassis. The braking system also requires scrutiny; the record notes contaminated front brake pads and a broken lever with sharp edges. Verify that the replacement components are of sufficient quality and that the contamination was not caused by a persistent leak from the caliper. The electrical system remains a secondary area of concern given the 2024 failures involving the main beam, dipped beam, stop lamp, and position lamp. These multiple failures suggest intermittent wiring issues or corroded contacts that may be exacerbated by the vehicle's low mileage and storage. Test all lighting functions and the switchgear to ensure the repairs were comprehensive rather than just symptomatic of a deeper electrical fault.