2016 Lexmoto ZSB 0.1L Petrol · NG16 RYT

A pattern of intermittent mechanical instability defines this motorcycle, evidenced by a failure in March 2025 due to an insecure offside footrest followed by persistent advisories regarding tyre tread depth. While the machine secured a pass on the same day once the structural security of the footrest was rectified, the recurring warnings regarding the front and rear tyres suggest that the vehicle has been operated with consumables nearing their legal limit. This recent history indicates a shift from the clean test results recorded in 2019 and 2024, marking a transition toward more frequent maintenance requirements as the vehicle ages. Accumulating only 7,342 miles over a decade results in an average annual usage of approximately 734 miles, a figure significantly below typical expectations for this class of motorcycle. The substantial testing gap between July 2019 and February 2024 implies a prolonged period of inactivity, which can be as detrimental to mechanical longevity as high-mileage use. During such extended lay-ups, internal engine components, seals, and fuel systems are susceptible to degradation, and the lack of consistent operational heat cycles may have contributed to the recent emergence of insecure fittings and tyre wear issues. Prospective buyers must prioritise a thorough inspection of the footrest assembly and all associated mounting points to ensure that the previous failure was not symptomatic of deeper frame fatigue or vibration-induced loosening. Given the low mileage and the extended period of storage, it is essential to check for any signs of seized pivot points, stiff clutch or throttle cables, and potential fuel system contamination. Listen closely for any abnormal top-end engine noise or rattling during the initial cold start, as long periods of standing can lead to oil drainage from critical components, increasing friction during the first few moments of operation. The current state of the tyres should be treated as an immediate priority, as the advisories recorded in March 2025 indicate that both front and rear units were approaching the 1.0mm legal minimum. On a test ride, assess the handling characteristics for any uneven feedback or vibration that might suggest flat-spotting from prolonged stationary storage or degraded wheel bearings. Furthermore, inspect the brake discs and pads for signs of surface corrosion or binding, as the low usage rate may have prevented the braking system from self-cleaning through regular heat cycles, potentially leading to uneven pad wear or reduced stopping efficiency.