2016 Toyota Yaris 1.5L Hybrid electric · LM66 OVP

The most recent DVSA examination dated 21 October 2025 resulted in a pass with no defects or advisories recorded, continuing a clearly stable maintenance trend. Across the available test history spanning 2019 to 2025, this 2016 Toyota Yaris has accumulated passes at every annual examination with the exception of a single isolated advisory raised on 8 October 2021 for an offside side repeater lamp not functioning on the wing mirror. That item was remedied and the vehicle passed the same day under a retest, and the absence of any subsequent advisories relating to suspension components, braking system, tyres, corrosion, or exhaust emissions indicates that the fundamental roadworthiness parameters have remained consistent throughout the recorded period. With approximately 22,924 miles recorded against a ten-year vehicle age, this Yaris is operating at an annual mileage of around 2,292 miles, which is substantially below the average for a vehicle of its age and class. Such low usage suggests either predominantly short urban journeys, extended periods of standing, or a combination of both. From a mechanical perspective, low annual mileage tends to be kinder to major drivetrain components such as the engine, transmission, and clutch, as cumulative wear remains limited. However, prolonged standing periods introduce their own concerns, particularly regarding brake disc corrosion from lack of regular use, potential caliper seizure due to pistons sticking in their bores, and accelerated degradation of rubber and polymer components that age with calendar time rather than accumulated mileage. Given the clean MOT record but the age and low usage profile of this vehicle, a prospective buyer should conduct a number of practical physical inspections prior to purchase. The tyres warrant particular scrutiny, as ten-year-old rubber can suffer from sidewall perishing and cracking even when tread depth remains adequate; any visible crazing or hardening of the sidewall should be treated as grounds for replacement regardless of legal tread. The braking system should be examined for surface corrosion on the discs, which can lead to brake shudder or juddering under pedal application if the corrosion has become uneven or excessive. Similarly, the handbrake mechanism and caliper slide pins should be checked for free movement, as seized calipers are a common consequence of infrequent use and will typically manifest as pulling to one side under braking or uneven brake pad wear. Further inspection points relevant to this usage profile include the condition of the 12-volt battery, which may have suffered repeated shallow discharge cycles from short journeys and could be approaching the end of its service life. The coolant, brake fluid, and transmission fluid should be verified against the manufacturer's service schedule, as these are time-sensitive items that degrade regardless of mileage. The underside of the vehicle should be examined for any signs of standing corrosion, particularly on suspension components, exhaust mounting points, and subframe integrity, even though no corrosion advisories have been recorded. Finally, a thorough cold-start observation and a test drive paying attention to suspension noise over uneven surfaces, any clunks from anti-roll bar bushes or wishbone bushes, and smooth operation of the clutch and gearbox will help confirm that the vehicle's mechanical condition remains consistent with its favourable MOT history.