2011 Toyota Aygo 1.0L Petrol · SL11 UJU

The 2011 Toyota Aygo currently holds a valid MOT passed on 20 January 2026 at 44,908 miles, but the maintenance trend is mixed rather than reassuring. The pass on 20 January 2026 followed a failure just three days earlier on 17 January 2026 at the identical recorded mileage, indicating the car was likely held in a workshop or on a forecourt between tests. While the tester cleared the vehicle, the pass was not clean. Both front and rear sub-frames were flagged as corroded, though not seriously weakened, and both headlight lenses were de-fused. A faulty front indicator switch and inoperative dashboard tell-tales for left and right turns were noted as advisories. These are not fresh one-off defects; the same headlight de-fusion and indicator switch fault appeared on the 17 January 2026 failure, meaning the tester chose to record them as minor rather than rectify them before the re-test. That pattern suggests cosmetic and electrical niggles have been tolerated rather than properly resolved. The mileage profile is unusually low for a fifteen-year-old city car. The vehicle recorded 39,121 miles in October 2023 and 42,225 miles in October 2024, an accumulation of roughly 3,100 miles in twelve months. By 20 January 2026 the odometer read 44,908 miles, adding a further 2,683 miles in about three months. That sudden acceleration in use is notable and inconsistent with the sub-3,000 miles per year average implied by the overall 44,908-mile total. It raises the possibility of a recent change in ownership or usage pattern, or a mileage anomaly that a buyer should verify against service records, V5C dating, and HPI-type checks. The gap between October 2024 and January 2026 is short, so there is no prolonged period of unaccounted dormancy, but the step-change in annualised mileage warrants scrutiny. Structurally, the repeated references to sub-frame corrosion are the most significant long-term concern. Both front and rear sub-frames were flagged in identical terms on 17 and 20 January 2026, and the same corrosion items had already appeared in the October 2024 pass. This is a recurring observation, not a one-off, and on a fifteen-year-old vehicle it points to either underseal deterioration or prolonged exposure to road salt. A buyer should physically inspect the sub-frame mounting points, jacking points, and inner wing seams with the car on a lift, probing for flaking or pitting metal rather than relying on the tester's "not seriously weakened" qualifier. Suspension wear is also present: the 17 January 2026 failure identified an excessively worn offside front suspension arm rear pin or bush, a component that directly affects steering precision and tyre wear. That defect was cleared by the re-test, but the repair method is unknown, so a test drive should focus on clunking over uneven surfaces and any vagueness in the steering around the straight-ahead position. Brake and tyre condition show a pattern of borderline upkeep. The October 2023 failure recorded excessively corroded nearside and offside rear brake pipes and an offside rear brake sticking on, which prevented a proper brake performance test. The January 2026 record shows no repeat brake pipe corrosion, so that specific issue may have been addressed, but the car's low annual mileage and short trips can accelerate localised corrosion in brake lines and calipers. A buyer should check the rear brake pipe runs for surface pitting and assess whether the rear calipers are free to slide. Tyre condition has been a recurring advisory: both rear tyres were flagged for deep cracks and perishing on 17 January 2026, and a similar rear tyre deterioration advisory appeared in October 2024. Failing twice on tyre age and condition suggests basic consumable upkeep was skipped, and the current tyres should be closely examined for sidewall cracking, date codes, and uneven wear. The headlight de-fusion and indicator switch fault are minor in safety terms but symptomatic of a vehicle where small electrical and cosmetic faults have been left to accumulate rather than systematically corrected.