2012 Piaggio Vespa 0.3L Petrol · YP62 AEO

The Piaggio Vespa in question demonstrates a stable and exceptionally low-wear roadworthiness profile, with both recent MOT tests—conducted on 13 March 2025 and 21 March 2024—resulting in clean passes at 361 and 317 miles respectively. No defects, advisories, or failings were recorded in either test, indicating the vehicle has undergone no mechanical or structural issues during the most recent two-year cycle. The absence of any recurring faults or advisory notes suggests the previous owner—assuming the same individual or entity—has maintained the scooter in a manner that avoids preventable wear, though the extreme low mileage raises questions about usage patterns rather than mechanical neglect. The recorded mileage of 361 miles as of the latest test, combined with the vehicle’s 2012 manufacture date, implies an average annual usage of approximately 26 miles. This is unusually low for a scooter of this age, particularly given that such vehicles typically accumulate between 1,000 and 3,000 miles annually under normal urban use. The gap between the 2024 and 2025 MOTs—just 144 miles—further suggests prolonged periods of inactivity, which may contribute to issues like battery sulphation, tyre degradation from prolonged stationary storage, or minor suspension stiffness due to lack of motion. The lack of intermediate mileage data makes it impossible to confirm whether the scooter was stored or actively used during this time, but the pattern warrants scrutiny of consumable components that degrade over time regardless of movement. Given the scooter’s age and the extreme low mileage, a prospective buyer should prioritise an inspection of the battery, which may have suffered from prolonged inactivity despite the clean MOT passes. The electrical system, including the charging circuit and starter motor, should be tested under load to verify functionality, as lead-acid batteries in such vehicles often degrade passively when unused. Tyres, though not flagged in the MOT, should be examined for uneven wear or signs of prolonged storage damage, such as cracking or dry rot, particularly given the scooter’s likely extended periods off the road. The suspension—specifically the rear swingarm bushes and front fork seals—should be checked for stiffness or fluid leaks, as these components can degrade even with minimal movement. Finally, the frame and fuel system should be inspected for corrosion, especially if the scooter has been stored in damp conditions, as rust in the fuel tank or frame rails could pose long-term structural risks.