2017 Toyota Yaris 1.5L Petrol · RV67 ACY

The most recent DVSA MOT test for this 2017 Toyota Yaris was conducted on 5 August 2025 and resulted in a PASS, with no defects or advisories recorded against the vehicle. This represents a satisfactory current roadworthy status and confirms that the car met all statutory safety and emissions criteria at the time of examination. However, it is worth noting that this same date also produced a failure entry, which suggests a minor issue was identified on initial inspection and subsequently rectified to allow the vehicle to pass later the same day. The broader trend across the recorded history shows annual test activity since 2023, with both passes and failures occurring on the same days in 2024 and 2025, indicating that any issues identified have been promptly addressed and that the maintenance pattern appears stable rather than deteriorating. With approximately 74,499 miles recorded over a nine-year service life, this Yaris has covered an average of roughly 8,278 miles per year, which is broadly consistent with typical usage for a vehicle of its age and class. This moderate annual mileage suggests the car has been used regularly for everyday transport rather than being left standing for prolonged periods or subjected to sustained high-mileage driving. As a result, mechanical wear on major drivetrain components such as the engine, transmission, and clutch should be commensurate with normal consumption. The consistent test activity each year also implies continuous operation, reducing the likelihood of issues associated with long-term storage such as seized brake calipers, deteriorated rubber components, or drained battery cells. Given that the recorded MOT history is clean with no advisories logged, prospective buyers should not rely solely on the DVSA documentation and instead conduct a thorough physical inspection appropriate to a nine-year-old vehicle. The tyres should be examined closely for age-related perishing and sidewall cracking, as rubber compounds degrade with time regardless of tread depth, and an original equipment manufacturer specification compliance check should be performed. Brake discs and pads, although functioning at the last test, may exhibit surface corrosion from the moderate use pattern and standing periods between journeys, so a test drive should include firm brake applications from speed to confirm there is no shudder, vibration, or pulling to one side. The 12-volt battery is likely approaching the end of its typical service life and should be load tested, while all fluid levels, including engine oil, coolant, brake fluid, and transmission fluid, should be verified for condition and age, particularly brake fluid which absorbs moisture over time and benefits from periodic replacement regardless of mileage. On a practical test drive, attention should be directed towards the suspension system, with particular focus on listening for any clonks, knocks, or rattles over uneven road surfaces which could indicate worn anti-roll bar bushes, drop links, or coil spring seats. The steering should remain precise and free from play or excessive vibration, and the clutch should engage smoothly without slipping under load or juddering on take-off. Given the clean MOT record, it is advisable to verify the service book history independently to confirm that routine maintenance such as cambelt and water pump replacement, spark plugs, and oil changes have been carried out at manufacturer-recommended intervals, as these time-sensitive items will not appear on MOT documentation but are critical to the long-term mechanical integrity of the vehicle.