2013 Honda WW 125-D 0.1L Petrol · YH63 WWF

The 2013 Honda WW 125-D presents a stable and consistently clean maintenance trend, culminating in a completely defect-free pass on 1 November 2024 at 36,368 miles. The MOT record demonstrates no recurring mechanical or structural faults across the documented history, indicating a scrupulous approach to routine maintenance and consumable replacements. With zero advisories or failures recorded in the available data, the scooter's current roadworthiness status reflects diligent prior ownership rather than neglected upkeep. The recorded mileage of 36,368 miles over thirteen years equates to an average annual usage of roughly 2,798 miles, which is notably low for a commuter scooter. The mileage progression reveals a distinct gap between the June 2022 test at 22,744 miles and the July 2023 test at 26,992 miles, representing an accumulation of 4,248 miles over that twelve-month period. Prior to this, the machine covered 2,786 miles between March 2018 and March 2019, and 2,346 miles between March 2019 and June 2022. The recent uptick in usage suggests the machine has transitioned from a lightly used weekend runner to a more regular daily commute, though the overall low mileage heavily mitigates typical drivetrain wear. Despite the pristine MOT record, the low annual mileage warrants a physical inspection of components susceptible to deterioration from prolonged standing rather than high mileage wear. A buyer must examine the tyre sidewalls for age-related cracking and flat spots, as rubber compounds degrade over time regardless of tread depth. The braking system requires a close check for binding calipers and corroded brake discs, common ailments on infrequently used scooters where surface rust can cause uneven pad wear or sticking pistons. Suspension components, particularly the front fork seals and rear shock absorber bushes, should be inspected for weeping oil or perished rubber resulting from static compression over long periods. Finally, verify the condition of the drive belt and variator rollers, as low-speed, short-trip riding can accelerate glazing and premature wear on these CVT components.