2015 Toyota Aygo 1.0L Petrol · DX65 XPW

Consistent roadworthiness is the primary characteristic of this vehicle, which successfully passed its most recent MOT on 14 November 2025 with only a minor advisory regarding surface degradation on the headlamp lenses. The historical data reveals a stable pattern of compliance, with the only notable period of recurring advisories occurring between 2020 and 2021. During those two consecutive tests, the vehicle was flagged for brake disc scoring and perished valve stems, both of which appear to have been rectified, as subsequent annual inspections have remained entirely free of recorded defects. Accumulating 33,741 miles over an eleven-year lifespan results in a low average of approximately 3,067 miles per annum. This usage profile suggests the vehicle has been subjected to infrequent, short-distance journeys rather than sustained motorway driving. While lower mileage often preserves the drivetrain, it can lead to accelerated wear on braking components due to infrequent use, which likely explains the disc scoring noted in the 2020 and 2021 records. Prospective buyers should confirm that the vehicle has been driven regularly enough to prevent the seizure of calipers or the accumulation of surface corrosion on the brake friction surfaces. During the test drive, specific attention must be directed toward the braking system to ensure the previous issues with disc scoring have not returned. Listen for any grinding noises or vibrations through the pedal when applying the brakes firmly from moderate speeds, as this would indicate uneven wear or pitting on the discs. Additionally, check for any steering pull under braking, which could suggest a binding caliper or uneven friction material contact. Given the history of perished valve stems, inspect the current tyres for any signs of sidewall cracking or air pressure loss, as rubber components on low-mileage vehicles can degrade due to age rather than distance covered. The headlamp lens condition noted in the 2025 inspection should be physically examined to ensure the clarity of the beam pattern is not compromised during night driving. Verify that the light output is consistent and that the plastic housing has not become excessively opaque or yellowed, which can affect visibility and potentially impact future test outcomes. Beyond these specific points, the lack of structural or suspension-related advisories throughout the vehicle's history is a positive indicator of its current mechanical state, provided that the steering remains responsive and the suspension operates without knocking or clunking noises over uneven road surfaces.