2016 Toyota Aygo 1.0L Petrol · PN16 AAK

The 2016 Toyota Aygo presents with a fully clean DVSA MOT history across the most recent five tests, the latest of which was conducted on 28 April 2026 and recorded a pass with no defects or advisories noted. This unbroken sequence of clean test outcomes, spanning from 2022 through to the present, strongly suggests that the vehicle has been maintained to a satisfactory standard and that there are no outstanding safety, structural, or emissions concerns flagged by the official testing authority. The consistency of these results indicates a stable maintenance trend rather than any deterioration in mechanical condition, which is reassuring for a prospective buyer. Given the Aygo's reputation for mechanical simplicity and durability, this clean record aligns well with expected reliability. The recorded mileage of 41,663 miles over a ten-year lifespan equates to an average annual usage of approximately 4,166 miles, which is considerably below the typical mileage for a vehicle of this age and segment. While lower annual mileage can reduce wear on major drivetrain components such as the engine, clutch, and gearbox, it also introduces specific concerns associated with vehicles that may have spent extended periods standing or used only for short journeys. Short-trip use tends to be particularly hard on components such as the exhaust system, where moisture accumulation can accelerate internal corrosion, and on engine oil, which may not reach sufficient operating temperature to expel moisture and combustion by-products. The absence of any recorded advisory notes across consecutive tests does not eliminate these latent age-related concerns, as MOT testing is a point-in-time assessment rather than a comprehensive mechanical evaluation. From a practical inspection standpoint, particular attention should be directed towards the tyres, as rubber compounds deteriorate with age regardless of tread depth. The sidewalls should be examined closely for any signs of perishing, cracking, or UV damage, and the date codes on the tyres should be checked to ensure they have not exceeded the recommended service life of around six years, even if retained tread depth remains adequate. The braking system, having seen only light use, may exhibit corrosion on the brake discs, particularly around the outer edges, and there is a possibility of binding or seized caliper pistons, which can manifest as uneven braking, pulling to one side under heavy braking, or excessive drag. A test drive should include several firm brake applications from moderate speed to confirm straight-line stability and a firm, responsive pedal feel without any pulsation or grinding noises. Further inspection should encompass the 12-volt battery, which can lose capacity through extended periods of inactivity, and verifying that the vehicle starts readily without prolonged cranking. The condition and age of the coolant, brake fluid, and transmission oil should be established through service records, as these fluids degrade over time on a calendar basis rather than purely through use, with brake fluid in particular being hygroscopic and typically requiring replacement every two to three years to maintain effective boiling point and corrosion inhibition. A thorough underbody examination is advisable to check for any surface corrosion or underseal deterioration, which can progress rapidly on a vehicle of this age, especially if predominantly used in winter conditions or on treated roads. Confirming the presence of a complete service history with regular intervals, even at low mileage, will provide additional confidence in the long-term mechanical integrity of this otherwise well-presented example.