2005 Toyota Aygo 1.0L Petrol · GP55 KVA

A repeating pattern of structural and electrical failures punctuated by rapid remediation defines the recent MOT history of this twenty-one-year-old Toyota Aygo, culminating in a pass recorded on the tenth of December 2025 after initial failure due to an anti-lock braking system fault. The vehicle shows a volatile compliance record, having accumulated four failures across tests conducted between 2022 and 2025. These failures span a range of critical safety systems, including structural corrosion on the offside rear inner sill, binding brakes, exhaust gas leaks, incorrect tyre fitting, and lighting malfunctions, indicating a pattern of recurring mechanical intervention rather than a stable, trouble-free roadworthiness trajectory. The odometer reading of 120,598 miles represents an average accumulation rate of approximately 5,743 miles per year, reflecting a relatively low overall usage profile for its age. This lighter usage has not prevented significant degradation of consumables and structural elements, as evidenced by the frequency of test refusals. The testing cadence reveals periods of intense defect accumulation clustered tightly around annual test dates, particularly in late 2025 when multiple major defects required re-testing within weeks, demonstrating that low annual mileage does not insulate the vehicle from sudden mechanical and electrical faults. Prospective buyers must conduct a rigorous physical inspection focusing heavily on the specific components flagged in past documentation. The recent advisories noting wear on both nearside and offside front MacPherson strut top mount pins or bushes require listening for knocks or clunks when driving over rough road surfaces, alongside an inspection of the front brake discs, which were previously noted as worn, pitted, or scored. Furthermore, the history of an offside rear inner sill structural corrosion failure necessitates a thorough examination underneath the rear wheel arch and structural mounting points using a torch to check for lingering rust or poor-quality past welding repairs. During the test drive, pay close attention to the braking system following the recorded anti-lock braking system fault and binding service brake history; ensure the ABS warning light extinguishes correctly upon ignition and test for any vehicle pull or localized heat retention at the rear wheels. Check that the headlamp aim, which was previously flagged for being too low, illuminates the road correctly, and verify that all exterior lighting functions operate reliably to address the historical bulb and position lamp failures. Finally, inspect the rear exhaust mounting and clamp areas for blowing gases or excessive vibration, and verify that both rear coil springs, previously noted as corroded, retain their structural integrity without fracture or excessive sag.