2019 Honda SH 125 AD-K 0.1L Petrol · LS69 EWP

An exceptionally high annual mileage profile defines this vehicle, with the recent MOT pass on 28 September 2024 following a single failure for headlamp aim being the only recorded irregularity in its recent history. The testing trend shows a consistent pattern of passing without recorded advisories or structural defects across the last three years, though the singular failure regarding headlamp aim indicates a need for basic lighting alignment checks. The recorded mileage of 124,893 miles against a seven-year age profile represents an average annual accumulation of approximately 17,842 miles. This level of usage is significantly higher than typical for a vehicle of this age and indicates heavy, consistent operation. Mechanically, such high mileage necessitates a rigorous inspection of all high-wear components, as the frequency of use places substantial stress on the drivetrain, engine internals, and all moving suspension parts. Prospective buyers should focus their physical inspection on components subject to high-frequency cycling. Given the heavy usage, pay close attention to the condition of the drive belt, variator, and rollers if applicable, as well as the overall tension and state of the drive chain or final drive components. During a test ride, listen for any unusual mechanical noise from the engine or transmission and check for any hesitation in power delivery, which can occur when high-mileage components reach the end of their service life. The suspension and braking systems require specific scrutiny due to the cumulative impact of high annual mileage. Check for any excessive play in the steering head bearings or wobbles in the front forks, and feel for any rhythmic knocking or vibration through the handlebars when traversing uneven surfaces, which may indicate worn suspension bushes or bearings. Additionally, test the braking performance for any sponginess or unevenness in pressure, ensuring the calipers and discs show no signs of excessive thinning or heat-related warping.