2015 Toyota Aygo 1.0L Petrol · WP15 XUG

The Toyota Aygo’s most recent MOT test on 8 April 2026—just three months ago—confirmed full roadworthiness with no defects recorded at 74,801 miles. This marks a consistent pattern of clean passes over the past three annual tests, with no advisories or recurring failures. The vehicle’s compliance with emissions, brakes, and structural checks remains stable, though the absence of any recorded issues does not preclude hidden wear. The most recent test’s clean result aligns with the previous two, suggesting the owner has adhered to basic maintenance intervals, though no service history is provided to confirm this. The vehicle’s mileage progression shows steady usage without abrupt spikes or prolonged inactivity. Since the August 2023 test at 63,284 miles, it has accumulated approximately 11,500 miles annually, averaging around 960 miles per month. This rate is typical for a lightly used urban vehicle of this age, with no evidence of excessive wear from high mileage or neglect from prolonged storage. The gap between the April 2024 pass and fail—both at 65,269 miles—appears anomalous, as the same mileage was tested twice in quick succession, though neither recorded defects. This could indicate a minor administrative oversight rather than a mechanical trend. Given the lack of recorded faults, a buyer should prioritise a thorough inspection of high-wear components not covered by MOT standards. The suspension—particularly the coil springs, bushes, and dampers—should be checked for uneven sagging or excessive play, as these are not routinely tested but critical for handling and safety. Brake discs and pads, while not failed here, may show uneven wear or corrosion, especially if the vehicle has seen wet or salted roads. The subframe and wheel arches should be examined for corrosion, as the Aygo’s plastic underbody is prone to rust progression over time. Finally, the exhaust system’s integrity should be verified, as leaks or damage are not always visible during an MOT but can affect emissions and structural stability.