2022 KIA Niro 2 EV Electric · LM22 SFK

A clean and uninterrupted MOT record establishes this 2022 Kia Niro 2 EV as a mechanically sound proposition from a roadworthiness perspective. All three recorded tests, dated 2025-06-04, 2025-08-07, and most recently 2026-02-03, returned pass results with no advisories or defects noted by the examining tester. The absence of any flagged deterioration across braking components, suspension, steering, tyres, or structural elements on a vehicle approaching four years of age suggests the car has been maintained to a satisfactory standard. For an EV, this clean sheet is particularly reassuring, as it indicates that the high-voltage system indicators, electronic parking brake, and regenerative braking hardware have all presented no concerns at the point of annual inspection. With 42,269 miles accumulated over a four-year span, this Niro is averaging roughly 10,500 miles annually, which sits squarely within expected parameters for a privately owned family crossover. There are no extended gaps in the MOT history that would imply prolonged standing, and the consistent year-on-year accumulation suggests the vehicle has been in regular use rather than left idle for stretches that might degrade 12V ancillary batteries or allow corrosion to take hold on underbody components. Mechanically, this mileage profile means the consumables most likely to be approaching mid-life wear are the standard items: brake discs and pads due to the ongoing demands of friction braking supplementing the regenerative system, tyres at perhaps their second or third set, and potentially the first wave of suspension bush inspection. Nothing in the usage data points to a high-mileage workhorse scenario or a concerning low-mileage storage pattern. For a prospective buyer conducting a physical appraisal, the priority checks should centre on the areas that an MOT cannot fully assess through visual inspection alone. Given that the EV has accumulated over 40,000 miles with what is likely a mixed driving profile, the brake discs should be inspected for lipping and surface corrosion around the outer edges, as discs left underused through heavy reliance on regeneration can develop uneven wear patterns that present as vibration under firm pedal application. A test drive should include firm braking from moderate speed to feel for any judder or pulsation through the pedal, alongside a check that the parking brake holds reliably on an incline. Tyres should be examined for even shoulder wear across both axles, which would indicate correct wheel alignment and balanced rotation practice. Listen for any suspension noise, particularly clonks or knocks over speed humps and uneven surfaces, as front MacPherson strut top mounts and anti-roll bar bushes can begin to show wear within this mileage band. Beyond the rolling chassis, the EV-specific elements deserve direct attention during the viewing. Confirm that the 12V auxiliary battery is functioning correctly, as a weak cell can trigger warning messages and system faults even when the high-voltage pack itself is fully charged. Test the charging cable connection at the port for secure latching and check for any warning indicators related to the charging system on the dashboard. Listen for any unusual whine or bearing noise from the drive unit during the test drive, both at low speed manoeuvring and under harder acceleration, as the single-speed reduction gearbox and electric motor assembly are critical components with no MOT test points. Finally, verify the operation of all driver assistance systems advertised on this trim level, including lane keeping, adaptive cruise, and the reversing camera, as these rely on calibration and sensor cleanliness rather than mechanical wear. With the MOT record establishing a solid baseline of roadworthiness, these active checks will confirm that the vehicle remains in the condition the official tests have consistently endorsed.