2022 KIA Niro 4 + EV Electric · FD71 OMJ

With only two MOT tests on file and no advisories, failures, or defects recorded at either the 2026-01-21 or 2025-01-27 examinations, this Kia Niro presents a clean DVSA roadworthiness record across its testing life to date. The absence of any flagged items means there is no documented pattern of wear, corrosion, component failure, or recurring advisory concern to factor into a purchase decision from a mechanical standpoint. As the first MOT was not due until the vehicle reached three years of age in 2025, the record is also relatively short, which limits how much longitudinal trend data can be drawn — but within that short window, the test outcomes are uniformly positive with no deterioration evident between the first and second passes. At four years old, the Niro has accumulated 24,758 miles, equating to an annual average of roughly 6,190 miles per year. This places it broadly in line with typical usage for its age bracket, neither sitting idle for long stretches nor being subjected to the elevated wear that comes from significantly higher accumulation. As this is an EV variant, the mileage pattern carries particular mechanical relevance: brake discs and pads typically see less wear than on an equivalent combustion vehicle due to regenerative braking, while suspension components, tyres, and wheel bearings are still subject to normal road-mile deterioration. A typical annual mileage suggests these consumables will have aged in a predictable, proportionate manner rather than being prematurely fatigued. For a buyer, the clean MOT record offers reassurance that no specific component has been flagged as requiring close inspection during a physical viewing. Because this Niro carries no historical advisories relating to suspension arms, brake pipes, subframe condition, or any other structural or mechanical area, there is no defect history to direct a targeted inspection toward. A standard pre-purchase evaluation should nevertheless include a thorough visual check of the underbody and suspension components for any corrosion or perished bushes that may have developed since the last MOT, particularly given the vehicle's age, along with a careful inspection of the 12V auxiliary battery, charging cable condition, and the high-voltage system warning indicators at start-up. The tyres should be examined for even wear across both axles, as irregular patterns can indicate misalignment, suspension geometry issues, or tracking problems that would not necessarily be recorded on an MOT if wear remains within legal limits. On a test drive, focus on the subjective behaviour of the vehicle rather than relying solely on the clean test history. Listen for any clonking or knocking from the front suspension over speed humps and uneven road surfaces, which can indicate worn anti-roll bar links, droplinks, or top mounts — components not always flagged at MOT but common wear items. Check for steering vibration, pulling to one side under braking, or any grinding or scraping from the brake calipers, particularly as these may have seized from light use given the EV braking profile. Finally, confirm smooth and quiet operation of the electric powertrain, including responsive throttle delivery without warning lights on the dashboard, and verify that the infotainment and driver assistance systems function correctly, as these are increasingly integrated into the vehicle's safety systems and overall usability.