2012 Toyota Aygo 1.0L Petrol · WR12 MKE

The 2012 Toyota Aygo presents a record of intermittent reliability over its 14-year ownership life, with three failed MOT examinations occurring across 2023 and early 2024 followed by a clean pass in July 2025. The distribution of these events—two failures clustered within a narrow 2023 window and a single failure in mid-2024—suggests the vehicle experienced periodic mechanical stress or environmental exposure that did not consistently progress to permanent breakdown. Since achieving the most recent passing result on 2025-07-28, the vehicle has maintained compliance, but the spacing between the 2024-08-16 failed test and the subsequent successful examination implies stable operation following the earlier issues. With 47,754 miles recorded against a 14-year age, the Aygo registers approximately 3,410 miles per annum—a figure substantially lower than the typical consumption rate for a vehicle of this vintage. This disparity in mileage accumulation may indicate infrequent driving, prolonged periods of inactivity, or conservative driving practices that have not yet produced noticeable degradation in high-use systems. The near-nine-month interval between the 2024-08-16 failed test and the 2025-07-28 passing result falls within standard MOT observation windows and confirms that the vehicle remained operational throughout that interim, though the prior failures warrant continued monitoring once ownership transfers. During the test drive, pay particular attention to suspension behaviour when encountering rough pavement or curb strikes, as worn bushings or deteriorated control arm mounts often produce characteristic knocking or clunking sounds that may precede more severe structural compromise. Brake performance should be evaluated by applying firm, steady pressure through a straight trajectory; any softness in the pedal travel or the presence of grinding noise suggests potential caliper leakage or pad wear that could indicate underlying issues not captured by the MOT report. Additionally, inspect the subframe and wheel arch regions for surface-level rust or paint flaking, as superficial corrosion can weaken the chassis geometry over time despite an otherwise clean exterior appearance. The low mileage profile reduces immediate concerns regarding internal engine wear, transmission internals, and major fuel system components, but it does not absolve the need for a comprehensive inspection of the braking system, suspension linkages, and bodywork corrosion. Brake lines should be examined for signs of softness or wet spots, particularly at the caliper mounting interfaces, as aged rubber hoses may develop micro-cracks that compromise hydraulic function. A full visual survey of door sills, floorboards, and the subframe is essential to detect hidden rust pockets that could affect handling and structural integrity, and having a professional mechanic perform a hands-on assessment of these systems will provide greater confidence than relying solely on the published MOT history.