2013 Toyota Aygo 1.0L Petrol · MF63 OCO

The 2013 Toyota Aygo presents a stable and unblemished maintenance trend, culminating in a clean pass on 19 May 2025 at 16,870 miles. No defects were recorded during this inspection, nor in any of the preceding four tests. The vehicle demonstrates consistent roadworthiness, with no recurring mechanical or structural issues emerging over the monitored period. Note that the current MOT certificate expired on 18 May 2026, meaning a fresh test is legally required before road use. A single anomaly exists in the record for 28 May 2022, where a failure was logged at 13,317 miles despite no defects being recorded, likely indicating an aborted test or administrative error rather than a mechanical fault, as the car passed later that same day. The mileage accumulation is remarkably low for a vehicle of this age, averaging roughly 1,298 miles per year over its thirteen-year lifespan. Between the June 2023 test at 14,092 miles and the June 2024 test at 14,872 miles, the Aygo covered just 780 miles. This figure increased slightly to 1,998 miles over the following year leading to the May 2025 test at 16,870 miles. Such minimal annual usage suggests prolonged periods of standing, which carries its own mechanical implications despite the low wear on consumables. While the MOT record remains entirely free of advisories or failures, the exceptionally low mileage and extended stationary periods demand a focused physical inspection. Tyres will likely suffer from flat-spotting and perishing of the sidewalls due to age rather than tread wear, requiring close scrutiny of the date codes. Brake discs and calipers are highly susceptible to surface corrosion from standing, which can lead to binding or juddering despite low pad usage. Suspension bushes and exhaust components must be checked for deterioration caused by inactivity and environmental exposure rather than mechanical stress. A thorough assessment of the undercarriage for structural corrosion remains prudent, as short-trip driving prevents the vehicle from reaching optimal operating temperatures, trapping moisture in the chassis and exhaust system.