2020 Lexmoto LXR 125 SY 125-10 0.1L Petrol · WG70 YWD

The vehicle is currently roadworthy having passed its most recent MOT in December 2025 with 8,959 miles and no recorded defects. The maintenance trend shows signs of improvement following a period of neglect in early 2024 and early 2025. While the latest test indicates a clean bill of health, the historical history suggests that the owner previously relied on the MOT test rather than proactive servicing to address critical mechanical components. At 8,959 miles over six years, the motorcycle reflects low mileage, averaging approximately 1,500 miles per year. This low usage often suggests the vehicle sits for long periods, which is evidenced by the significant gaps between tests. For instance, the bike covered only 2,376 miles between January 2024 and February 2025, yet failed multiple tests during that interval. Such low-use patterns can lead to the degradation of rubber components and the drying of seals, which aligns with the various mechanical and electrical failures noted in the record. A buyer should focus their physical inspection on the drivetrain and braking system due to recurring issues. The February 2025 failure at 8,600 miles highlighted a critically worn rear brake pad, an excessive drive chain, and improper chain tension. While these were likely replaced before the December pass, the chain and sprockets should be checked for premature wear or rust. The 2024 failure regarding a loose handlebar mounting nut and fluctuating brake effort suggests that basic torque checks and fluid inspections have been overlooked in the past. Electrical integrity also requires scrutiny as the record shows multiple failures related to the stop lamp, indicators, reflectors, and headlamp aim. The recurring nature of these minor electrical faults indicates that the wiring or switches may have intermittent issues. Given the low mileage, the inspector should also check for signs of corrosion on the fork legs and perished tyres, which common affect vehicles that remain stationary for extended periods.