2010 Toyota Aygo 1.0L Petrol · RO10 CFE

The vehicle most recently passed its MOT test on 1 April 2026, although three advisories were issued alongside the pass. Looking at the broader pattern across the recorded tests, the maintenance trend is showing signs of worsening rather than stable condition. The earlier 2025 pass was entirely clean, but the subsequent test produced structural corrosion majors that required immediate attention, and the early 2026 attempt failed outright before passing on the second attempt with the advisories still outstanding. The recurrence of the nearside rear tyre perishing advisory and the persistent drag link end ball joint play across two consecutive tests suggests ongoing wear that has not yet been rectified, while the additional binding brake and imbalance defect from the March 2026 failure indicates a developing concern with the rear braking system that warrants careful verification. With 134,446 miles recorded on a 2010 Toyota Aygo, the annual average of approximately 8,403 miles is broadly typical for the age and class of vehicle, suggesting consistent rather than sporadic use. There is no evidence in the MOT history of large gaps in mileage accumulation between tests, which generally indicates the vehicle has been in regular service. From a mechanical perspective, this consistent usage pattern is preferable to long periods of standing, as it tends to keep seals lubricated, brakes free from severe corrosion, and the drivetrain functioning as designed. However, the cumulative mileage on a small city car of this age places considerable demand on suspension, braking, and engine oiling components, and the defects recorded align logically with a high-mileage vehicle approaching the end of its typical service life. For a prospective buyer, the advisories carried forward from the April 2026 test deserve close attention during a physical inspection. The nearside rear tyre should be examined for visible sidewall cracking, perishing, or bulging, as aged rubber can fail suddenly even when tread depth appears acceptable. On a test drive, listen for any clonking or knocking from the front suspension, particularly over uneven surfaces, as the slight play noted in the drag link end ball joint will progressively worsen and affect steering precision and tyre wear patterns. The underbody corrosion advisory should be inspected thoroughly using a torch or by raising the vehicle, paying particular attention to chassis rails, floor pans, and suspension mounting points, because what begins as surface corrosion can advance rapidly once established, particularly in vehicles that have seen winter road salt exposure. The March 2026 failure relating to the rear brakes binding and imbalance is a significant concern that must be physically verified before purchase. During a test drive, the vehicle should be driven to a safe speed and the brakes applied firmly several times, listening for any grinding, shuddering through the pedal, or pulling to one side. With the engine off and the handbrake released, attempt to push the vehicle; any notable resistance may indicate a seized rear caliper or sticking brake mechanism, a common failure on high-mileage vehicles where the handbrake mechanism and slider pins have not been regularly serviced. Additionally, given the vehicle's age and mileage, a thorough inspection should include the timing chain or belt service history, coolant and brake fluid replacement records, the condition of the 12-volt battery, and verification of recent cambelt or water pump replacement, as these time-based items are critical regardless of the recorded mileage and could represent significant imminent expenditure if neglected.