2018 Toyota Aygo 1.0L Petrol · YR18 XSL

The 2018 Toyota Aygo presents a stable and improving mechanical picture as of its most recent MOT on 19 February 2026, where it passed at 29,296 miles with zero defects recorded. This clean sheet is significant given the recurring tyre and brake advisories documented in prior years. The trend suggests a conscientious final-phase owner who addressed the underlying deterioration, likely through a full set of replacement tyres and front brake disc renewal after the February 2025 test flagged worn and pitted front discs alongside cracking rear sidewalls. A vehicle moving from multiple advisories to a completely clean pass indicates active maintenance rather than neglect. At roughly 3,662 miles per year over eight years, this Aygo has covered exceptionally low mileage. The annual increments between tests are consistent: approximately 3,791 miles between February 2022 and February 2023, 3,700 miles between 2023 and 2024, 3,791 miles between 2024 and 2025, and 4,294 miles between 2025 and early 2026. There are no suspicious gaps or sudden spikes in accumulation. Low annual mileage implies reduced mechanical wear on drivetrain and suspension components, but it also raises the possibility of prolonged standing periods, which can cause tyre flat-spotting, seal deterioration, and brake surface corrosion. The repeated tyre sidewall cracking advisories in 2022 and 2024 are consistent with a vehicle that spent extended time stationary, allowing UV and ozone degradation to attack rubber compounds. Prospective buyers should focus their physical inspection on the structural underside and suspension bushes, as low-mileage city cars often suffer from seized mounting points and corroded subframe components despite gentle use. The 2025 advisory on front brake discs being worn and pitted, while now resolved, warrants a close look at the current disc thickness and pad condition to confirm genuine replacement rather than a superficial pass. Examine all four tyre date codes to verify they are a matching recent set, and check for uneven inner-edge wear that would suggest tracking or suspension geometry drift. Inspect the exhaust system for surface corrosion, particularly around flexi-joints and mounting brackets, as short-trip use accelerates internal moisture accumulation. The nearside rear brake should also be tested for binding, given the pattern of rear-axle issues noted historically.