2014 Toyota Aygo 1.0L Petrol · CU14 HCX

The vehicle presents a stable and improving maintenance trend, culminating in a completely clean pass on 26 January 2026 at 56,677 miles. No defects were recorded at this most recent test, nor at the preceding three successful MOTs. The only anomaly is the failed test on 21 January 2025 at 53,425 miles, which curiously shows no recorded defects. This suggests either a data recording error or an administrative failure, as the vehicle passed cleanly just three days later on 24 January 2025 at the exact same mileage. The absence of any advisories or failures across the recent history indicates a mechanically sound vehicle with no recurring issues. The annual mileage accumulation is notably low for a 2014 model, averaging roughly 4,723 miles per year. Between the May 2023 test at 48,850 miles and the May 2024 test at 52,291 miles, the vehicle covered 3,441 miles. The mileage then increased by only 3,252 miles between May 2024 and January 2026. Such low usage often points to short, urban journeys, which can be detrimental to battery health and cause moisture accumulation in the exhaust system. The consistent, low-mileage increments suggest a single, steady owner using the car for local errands rather than long-distance commuting. Because the MOT history is entirely free of structural or mechanical advisories, the buyer must rely on a physical inspection to assess the condition of aging rubber and corrosion-prone areas. Despite the clean MOTs, a 12-year-old vehicle will naturally suffer from perished suspension bushes and deteriorating brake components due to age rather than mileage. Check the condition of the brake discs and calipers for surface corrosion, a common issue on cars that stand for long periods. Inspect the tyres for sidewall cracking and date codes, as low-mileage vehicles often require replacement due to age-related degradation rather than tread wear. Examine the underbody and sills for any signs of structural rust, ensuring the low mileage has not masked long-term storage in damp conditions.