2022 Piaggio Vespa Primavera 125 ABS 0.1L Petrol · WM22 AVR

With only two MOT tests recorded and just one advisory issued in the most recent 2025 examination, the DVSA file for this 2022 Piaggio Vespa Primavera 125 ABS presents a notably sparse but presently clean roadworthiness profile. The 2026-08-28 test passed without recording any defects, and the sole advisory of the vehicle's documented life relates to a rear tyre found worn close to the legal limit on the prior year's examination. There are no recorded failures, no advisories concerning braking components, suspension linkages, lighting, or structural corrosion, and no items raised at either test that suggest a developing mechanical pattern. The limited breadth of advisories makes it difficult to identify recurring wear trends, but equally, nothing in the history points to chronic or systemic defects at this stage. The recorded odometer reading of 4,093 miles across a vehicle that is four years old equates to roughly 1,023 miles annually, which is a particularly low annual accumulation for any road-going vehicle, and especially so for a scooter designed primarily for urban commuter use. This usage profile implies either very short, infrequent journeys or extended periods of inactivity between rides. Such low mileage on a modern ABS-equipped scooter typically means that wear-sensitive consumables such as brake pads and discs, the drive belt, roller weights, and tyres experience minimal mechanical wear, but standing time introduces its own concerns: brake discs can corrode at the surface, the variator and clutch components can develop surface oxidation, and the ABS hydraulic modulator and brake fluid can degrade through lack of regular cycling. Given the advisory on the rear tyre recorded at the 2025 test, particular attention should be paid to the condition of both tyres during a pre-purchase inspection. Check the rear tyre tread depth with a gauge and confirm it is comfortably above the 1.5mm legal minimum, with no signs of flat-spotting from prolonged standing, perishing of the sidewall rubber, or uneven wear that could indicate a misaligned rear axle or worn suspension linkage. During a test ride, listen for any binding or scraping from the rear brake, which would suggest the caliper or pads have corroded from disuse, and feel for any pulling to one side under braking that could indicate a seized piston. The ABS system, which is a notable feature of this model, should be confirmed as functional by performing a controlled braking test from around 15-20 mph where a pulsing sensation through the lever confirms the modulator is engaging correctly. Mechanically, the lack of any recorded advisories relating to the front brake, suspension, or steering is encouraging but offers limited reassurance given that only two tests have been carried out. On a test ride, pay attention to the steering action for any notchiness or stiffness that could indicate a dry top or bottom yoke bearing, and check the front fork stanchions for any scuffing, pitting, or oil residue that would suggest seal deterioration from infrequent use. The drive system should be evaluated by accelerating briskly to confirm there is no slipping, hesitation, or juddering from the CVT variator and belt assembly, and the engine should be allowed to idle from cold to verify a smooth and stable tick-over without excessive smoke. Given the low mileage and probable extended standing periods, it is prudent to budget for items such as a fresh service, brake fluid renewal, and a thorough check of the battery and charging system, as these are the components most likely to have deteriorated regardless of the limited recorded test history.