2022 KIA Niro 2 EV Electricity · MT71 AYF

The most recent DVSA examination on 9 July 2026 resulted in a PASS, with no defects or advisories recorded against the vehicle at that time. However, this PASS must be viewed in context, as it immediately followed a FAIL recorded the previous day on 8 July 2026, which cited a dangerous nearside front tyre with tread depth below the 1.6mm statutory minimum, alongside advisories for an offside front tyre worn close to the legal limit on the inner edge and a nearside rear tyre with slight inner edge wear. The earlier 2025 MOT tests were uneventful at face value, but a closer look at the January 2025 advisory reveals that front tyres were already flagged as wearing low on tread, indicating a recurring wear pattern on the front axle that has persisted across two consecutive test cycles. Taken as a whole, the maintenance trend is best described as stable but with a clear and unresolved tyre wear concern that has now escalated into a dangerous defect, suggesting that front-end geometry, suspension geometry, or driving habits are accelerating front tyre consumption beyond what would be expected on a vehicle of this age and mileage. With 40,886 miles recorded over approximately four years of service, this Niro EV is averaging around 10,200 miles per year, which is broadly typical for a privately used family vehicle and does not suggest excessive motorway mileage or, conversely, prolonged periods of standing. There are no significant gaps in the mileage progression between MOT tests, which indicates consistent use. For an electric vehicle of this vintage and mileage, the drivetrain itself is unlikely to be a major source of concern, as the high-voltage battery, electric motor, and single-speed reduction gearbox carry very long service life expectations under normal conditions. The mileage pattern does not raise immediate red flags for component fatigue, though it is sufficient to have warranted normal consumable replacement cycles, particularly for tyres, brake components, and suspension items. Given the recurring front tyre wear advisories and the recent dangerous tread depth failure, a prospective buyer should carry out a focused inspection of the front suspension and steering geometry. Uneven or inner-edge wear of the kind recorded here is a classic indicator of incorrect camber or tracking settings, worn suspension bushes, a bent or weakened front coil spring, or failing top mounts and wishbone bushes. On a test drive, listen for any clonking or knocking noises from the front end over speed humps or uneven surfaces, and pay particular attention to steering behaviour such as pulling to one side, vagueness through the centre position, or vibration through the steering wheel. The nearside rear tyre inner edge wear noted at the last FAIL should also be examined, as rear axle misalignment or worn rear trailing arm bushes can produce similar symptoms and may indicate a broader chassis wear issue. Confirm that the tyres currently fitted are of consistent brand, size, and age, and inspect the sidewalls carefully for any signs of uneven wear step, bulges, or perishing cracking consistent with age. Beyond the documented tyre concerns, there are several age and mileage-appropriate checks worth completing before purchase. Although electric vehicles rely on regenerative braking and tend to suffer less pad and disc wear than combustion equivalents, the brake calipers, discs, and flexible brake hoses should still be inspected for corrosion, especially given that the vehicle is now four years old, as caliper sliders can bind with disuse and lead to uneven pad wear or pulling under braking. The 12-volt auxiliary battery, which powers ancillary systems and is independent of the high-voltage traction pack, should be tested for state of health, as batteries of this age commonly begin to show reduced cranking performance even on EVs. Tyre sidewalls should be examined for perishing and cracking, particularly if the vehicle has stood for any extended periods, and the date code on any tyres fitted should be checked to ensure they are not excessively old. Finally, verify that the high-voltage battery state of health report is available and that the cabin and reduction gear fluids have been serviced in line with manufacturer schedules, as calendar-based fluid degradation remains relevant regardless of the low mechanical complexity of the EV powertrain.