2016 Toyota Yaris 1.5L Hybrid electric · E111 ELD

The vehicle most recently passed its MOT test on 16 December 2025 with no defects or advisories recorded, which represents the strongest possible outcome on the DVSA roadworthiness assessment. Reviewing the broader five-year history, the Yaris has passed every annual test consecutively since 2021, with the only recorded items being two advisory notices issued at the December 2023 test for the offside front and nearside front tyres being worn close to the legal limit and on the edge, measured at 1.6mm on the nearside. These were advisories rather than failures, and the fact that no similar tyre-related items appeared at the 2024 or 2025 tests suggests that the tyres were replaced and the wear concern resolved promptly. Overall, the maintenance trajectory is clearly stable and reassuring, indicating a vehicle that has been kept in consistently good roadworthy condition throughout the recorded period. With a recorded mileage of 32,720 miles spread across approximately ten years of service, this Yaris averages around 3,270 miles per year, which is substantially below the typical annual mileage for a small hatchback of this age. Such low usage is mechanically significant because it suggests the vehicle has either been used for short local journeys or has spent considerable periods standing unused. Short journeys are particularly hard on engines, batteries and exhaust systems, as they prevent the oil and coolant from reaching full operating temperature, allowing moisture and unburned fuel to accumulate in the lubricant and the catalytic converter. Extended periods of standing, conversely, can accelerate deterioration of rubber and polymer components, oxidise brake components, and degrade the 12V battery through chronic partial discharge. A careful buyer should therefore be alert to age-related degradation rather than purely mileage-related wear. In practical terms, the physical inspection should prioritise the items that low-mileage and age-affected vehicles typically suffer from, even where the MOT record remains clean. The tyres should be examined closely for sidewall perishing and cracking from age rather than just tread depth, as rubber compounds harden over time regardless of mileage and aged tyres can lose grip even when plenty of tread remains. The brake discs, particularly the rear drums or discs, should be inspected for surface corrosion and the calipers should be checked for binding, since prolonged standing can cause the pistons to seize and the pads to corrode into the caliper carriers, often producing a dragging sensation or pulling to one side on first application. A test drive should include several firm brake applications from moderate speed to confirm straight-line stopping without shudder or pull, and listen for any clonks or grinding from the suspension over uneven surfaces. Underbonnet checks are equally important for a vehicle of this profile. The 12V battery should be load-tested, as a ten-year-old original or near-original unit is likely to be approaching the end of its reliable service life and could fail without warning, particularly given the short-journey usage pattern. Engine oil and coolant should be inspected for condition and level, and the service book or digital service records should be verified to confirm that annual or interval-based oil changes have been carried out regardless of the low mileage, because time-based degradation of the lubricant is just as relevant as distance-based wear. The exhaust system should be checked externally for rust, as ten years of road salt exposure and condensation can perforate the silencer and rear box even on a well-maintained vehicle. Finally, the cooling system, timing chain or belt interval, and any drive belts should be reviewed against the manufacturer's time-based schedule rather than mileage alone, as calendar-age servicing is the critical factor for a car that has covered so few miles in its life.