2016 Toyota Yaris 1.4L Diesel · OU66 RFO

The most recent DVSA MOT test for this 2016 Toyota Yaris was conducted on 12 September 2025, at which the vehicle achieved a Pass outcome with no defects or advisories recorded against it. This continues an unbroken sequence of clean Pass results stretching back to the 2021 test, with each annual examination returning the same defect-free verdict. Such a consistent record suggests that, from a regulatory roadworthiness standpoint at least, the car has been kept in sound mechanical condition throughout this five-year window. The absence of recurring advisories relating to suspension components, brake wear, corrosion, or exhaust integrity is particularly reassuring for a vehicle of this age and indicates that any maintenance work carried out has been effective and timely. With recorded mileage of 223,790 miles accumulated over approximately ten years, the Yaris is averaging around 22,379 miles per annum, which is notably above the typical annual usage of a privately owned small hatchback. There is no evidence in the MOT history of significant gaps or periods of standing; the mileage progression between tests appears steady and consistent with regular daily use. This pattern of high but sustained mileage has direct mechanical implications, as components subject to wear such as suspension bushes, coil springs, anti-roll bar links, brake discs, calipers, drive belts, and clutch or transmission elements will have experienced substantially more duty cycles than a lower-mileage equivalent. While the Toyota Yaris is well regarded for its mechanical durability, the cumulative effect of this workload should be considered carefully when evaluating the car's remaining service life. Given the high annual mileage, particular attention should be paid during physical inspection to consumable and wear items that are mileage-sensitive rather than age-sensitive. The tyres should be examined closely not only for tread depth but for uneven wear patterns, which may indicate tracking misalignment or worn suspension components such as bushes or wishbone joints. Brake discs and pads should be inspected for wear lipping, scoring, or signs of caliper binding, as high-mileage vehicles frequently exhibit uneven pad transfer or seized slider mechanisms. Fluid condition is equally important; engine oil, brake fluid, coolant, and transmission fluid should all be checked for age and contamination, with brake fluid being particularly susceptible to moisture absorption and should ideally have been replaced within the last two to three years regardless of mileage. The 12V battery should be load-tested, as repeated short journeys and high electrical demand can shorten battery life considerably. In addition to mileage-driven wear, several age-related checks remain relevant for a ten-year-old vehicle. Tyre sidewalls should be inspected for cracking or perishing caused by UV exposure, as rubber degrades over time even when tread remains adequate. The exhaust system should be examined for corrosion at joints, mounts, and the rear silencer, areas prone to rust-through on vehicles of this vintage. Under-bonnet examination should confirm the integrity of cooling system hoses, the condition of the cam belt or timing chain service interval, and any evidence of oil leaks from the engine or transmission seals. During the test drive, listen for suspension clonks over uneven surfaces, any shudder through the brake pedal under firm application, irregular idle or hesitation from the engine, and ensure the clutch operation remains smooth without slipping or juddering. Verifying a complete and consistent service history with documented stamps or invoices will provide further confidence that this high-mileage but well-maintained example has been cared for in line with its demanding usage profile.