2009 Toyota Aygo 1.0L Petrol · FP58 MFF

A 2009 Toyota Aygo with this MOT profile presents a fundamentally clean mechanical record, free of recorded advisories, failures or recurring component wear across all documented tests. The vehicle passed its most recent assessment on 13 January 2026 with no defects recorded, continuing a stable pattern of roadworthiness stretching back through passes on 13 January 2025, 29 December 2023 and 20 January 2023. An earlier entry dated 8 January 2026 shows a failure with no defects recorded, which typically indicates an administrative or procedural issue rather than a mechanical defect, as the absence of defect entries means no specific component was identified as failing the standard. The clean five-test history suggests the structural integrity, braking system, suspension, lighting and emissions components have remained within test thresholds throughout this period, which is consistent with the Aygo's reputation for mechanical longevity when properly maintained. With 100,902 miles recorded on a 17-year-old vehicle, the annual accumulation rate sits at roughly 5,935 miles per year, which is notably low for the vehicle's age and well below the typical 7,000 to 10,000 miles per year expected of a car in regular use. This pattern of light running is the defining characteristic of this particular example and carries specific mechanical implications that warrant careful attention. Low annual mileage over an extended period often results in prolonged stationary periods, which can accelerate corrosion on brake discs due to surface rust, degrade rubber components such as suspension bushes and drive belts through lack of regular flexing, and allow moisture to accumulate in the engine oil and fuel system. Conversely, the relatively modest total mileage means the major drivetrain components including the engine, manual transmission and clutch assembly are unlikely to have suffered significant wear from high-cycle use. Given the light usage profile, a prospective buyer should focus their inspection on components that degrade with age rather than mileage. Brake discs and pads should be physically examined for corrosion pitting and wear, even though no related advisories were recorded, as surface rust can develop between infrequent uses and lead to judder or uneven braking feel under pedal pressure. The suspension system, particularly the front MacPherson struts, top mounts, anti-roll bar linkages and rear axle bushes, should be inspected for perishing or cracking, and the vehicle should be driven over speed bumps and rough surfaces to detect any knocking, clonking or looseness that would indicate deteriorated rubber components. Steering should be checked for any notchiness or uneven resistance, and the tyres should be examined for sidewall cracking consistent with age-related rubber degradation rather than simple tread wear. The exhaust system, including the catalytic converter and rear silencer, should be inspected for corrosion at mounting points and joints, particularly given the vehicle's age. On a test drive, listen carefully for any timing chain rattle from the 1.0-litre 1KR-FE three-cylinder engine on cold start, as this engine is known for chain tensioner wear that can develop with age rather than high mileage. Feel for any clutch slip under acceleration in higher gears or judder when pulling away from rest, which would indicate wear despite the modest odometer reading. The cooling system should be checked for any signs of leaks or corrosion around the water pump and radiator, and the cooling fan operation verified. Given the gap between tests and the low annual mileage, it is also prudent to verify that the timing belt, which on this engine is typically scheduled at five-year or 60,000-mile intervals, has been replaced according to schedule, as the most recent documented replacement date may predate the current ownership. Finally, a compression test or oil analysis would provide reassurance that the engine internals have not suffered from prolonged standing periods, particularly if the vehicle has been used primarily for short journeys where the engine rarely reaches full operating temperature.