2006 Toyota Aygo 1.0L Petrol · FP55 VNL

The Toyota Aygo presents as roadworthy following the most recent MOT pass on 23 October 2025 at 101,715 miles, with the maintenance trend appearing stable across the recorded history. The October 2025 test came one day after a failed attempt on 21 October 2025 at the same mileage, though the DVSA record lists no defects for either the failure or the pass. A prior fail on 22 October 2024 at 99,754 miles also recorded no defects before a pass later that same day at 99,755 miles. These no-defect failures suggest administrative or presentational issues at the testing station rather than mechanical faults. The mileage pattern shows light use for a 2006 vehicle, accumulating only 101,715 miles over roughly twenty years, an average of about 5,086 miles annually. Between the 2 October 2023 test at 97,728 miles and the 22 October 2024 pass at 99,755 miles the car covered 2,027 miles, then added 1,960 miles to the October 2025 tests. No rapid accumulation or notable gaps appear in the data, and the clean advisory record across all five entries indicates no flagged consumable wear or structural concerns were logged by testers. A buyer should still commission a physical inspection despite the absent advisories, as the MOT history captures only tested conditions on the day. The repeated no-defect failures within single days in both 2024 and 2025 warrant confirmation that the vehicle was not presented with latent issues such as corroded subframes, degraded suspension bushes, or worn brake discs that were rectified between attempts. Low annual mileage alongside the Aygo's age means prolonged standing periods are likely, raising the risk of perished rubber components, seized calipers, or underbody corrosion not visible to the tester. Given the sparse and clean record, the prudent step is a independent pre-purchase examination of structural integrity, suspension articulation, and exhaust condition. The previous owners' pattern of minimal mileage and clear MOT outcomes implies basic care, but the unexplained same-day failures leave the true mechanical state unverified by the documentary trail alone.