2023 KIA Niro 2 EV Electricity · LS23 TWP

The vehicle most recently passed its MOT test on 7 April 2026 with no defects or advisories recorded, and this outcome reflects a consistent and reassuring maintenance trend. Across the entire recorded MOT history from April 2024 through to the latest test in April 2026, every examination has resulted in a clean pass with no advisory notes, which suggests that the previous keeper has maintained the vehicle to a satisfactory roadworthy standard throughout its early life. The absence of any recorded advisories in successive tests is particularly encouraging, as recurring minor defects such as tyre wear, brake component degradation, or suspension wear typically manifest on MOT records well before they become failure items. There is currently no DVSA evidence of any progressive mechanical deterioration. With regard to recorded mileage, this 2023 Kia Niro EV has accumulated 54,066 miles over approximately three years, which equates to roughly 18,022 miles per annum. This is a notably high annual mileage for a vehicle of this age and is considerably above the UK average. The MOT history corroborates this consistent heavy use, with mileage increasing steadily between successive tests rather than showing any extended gaps that would indicate long periods of standing. High annual mileage in an electric vehicle places proportionally greater demand on consumable items, particularly tyres and brake components, and increases wear on suspension bushes, anti-roll bar links, and wheel bearings. Furthermore, high-mileage EVs frequently exhibit more pronounced brake disc corrosion due to frequent reliance on regenerative braking, which reduces the natural cleaning effect of pad application. For a prospective buyer, although the MOT record is exemplary, the high annual usage rate warrants a thorough physical inspection beyond the DVSA paperwork. Tyres should be examined closely for both tread depth and, more critically given the vehicle's age is still relatively low, signs of uneven shoulder wear which could indicate tracking or suspension geometry issues. All four brake discs should be inspected for lipping and corrosion, and the calipers should be checked for freedom of movement, as seized calipers are a recognised concern on high-mileage EVs where the friction brakes are infrequently engaged. The 12-volt auxiliary battery, which is a known failure point on modern Kia and Hyundai EVs independent of the high-voltage traction battery, should be tested for state of health as replacement is typically required within this mileage range. Additionally, the charging port, high-voltage cable, and connector should be visually inspected for damage or scorching, and any diagnostic trouble codes should be retrieved via the vehicle's OBD port to confirm no hidden drivetrain or battery management faults are present. Finally, although the vehicle has clearly been in regular service rather than left standing for prolonged periods, the calendar age of the vehicle still requires attention to time-based deterioration items. Brake fluid should be replaced every two years irrespective of mileage due to its hygroscopic nature, and given that the vehicle is now three years old, a fluid change is likely imminent if not already performed. Tyre sidewalls should be examined for any signs of perishing or ozone cracking, which can occur on vehicles stored predominantly outdoors. All suspension components, including coil springs, top mounts, and drop links, should be physically inspected for fatigue, and the underside should be checked for any corrosion, particularly around suspension mounting points and the rear subframe. A test drive should include careful attention to any suspension knocks over uneven surfaces, any vibration through the steering wheel, and any hesitation or warning messages on the dashboard, all of which would warrant further investigation prior to purchase.