2023 KIA Niro 4 EV Electric · MA23 VPR

The most recent DVSA MOT test recorded against this 2023 Kia Niro 4 EV was on 1 April 2026, which resulted in a Pass with no defects recorded on the same date following an earlier failure on the same day. That earlier failure was raised against all four tyres, with a Major defect cited on the offside front, nearside rear and offside rear for cuts in excess of the permitted depth reaching the ply or cords, and a corresponding Advisory for slight damage, cracking or perishing on the nearside front. The fact that the vehicle passed immediately after what appears to have been a same-day tyre replacement indicates a positive maintenance response rather than an underlying structural or mechanical concern. With only this single test cycle present in the DVSA record, the maintenance trend is presently stable and the vehicle has cleared its statutory roadworthiness check without any advisories remaining active, which is a reassuring starting point for a prospective buyer. The recorded mileage of 26,916 miles against a 2023 registration equates to an annualised usage of roughly 8,900 miles, which sits comfortably within the typical range for a privately owned electric vehicle of its age. There is no evidence of unusually low mileage that would raise concerns about prolonged standing, such as brake disc corrosion from lack of use, binding calipers, or premature 12V auxiliary battery degradation, which are common concerns for low-use EVs. Equally, the mileage does not suggest any heavy commercial or long-distance touring use, so wear on suspension components, wheel bearings and tyre tread should be broadly proportional to the odometer reading. A service book verification remains worthwhile to confirm that the manufacturer schedule, including high-voltage system health checks, has been followed at the correct intervals, as EV servicing is calendar-sensitive regardless of mileage. Tyre condition is the single most significant point of inspection for this particular vehicle given the recent failure, and it warrants close physical scrutiny even though the advisory has been resolved. All four tyres should be examined for uniform tread depth across the full width, with a legal minimum of 1.6mm but ideally more than 3mm remaining for safe use, and the sidewalls should be checked for any perishing, cracking or bulges that could indicate age-related rubber degradation, particularly as EVs tend to be heavier than their petrol equivalents and place greater sustained loads on the tyres. On a test drive, any pulling to one side under acceleration or braking, vibration through the steering wheel, or uneven tyre wear across the axle could indicate tracking misalignment or suspension geometry issues that may have contributed to the earlier cuts. The replacement tyres fitted at the test should ideally be of matching specification and load index to those originally fitted, and the buyer should ask for receipts confirming the make, model and date of fitting. Beyond the tyres, the age and mileage profile of this Niro EV warrants a practical inspection focused on time-based degradation items. The brake discs and calipers should be checked for surface corrosion and any evidence of seizing, as EVs use regenerative braking extensively and the friction brakes can corrode or bind through underuse, which may manifest as a grinding or rubbing noise from cold that diminishes once the vehicle is driven. The 12V auxiliary battery, which powers ancillary systems and is independent of the high-voltage traction pack, should be load-tested as it is typically rated for around four to five years of service and may be approaching replacement on a 2023 vehicle. Brake fluid should be confirmed as fresh, as it is hygroscopic and degrades on a two-yearly cycle irrespective of mileage, while coolant for the thermal management system and any reduction gear oil should be checked against the manufacturer's service schedule. Finally, a scan of the high-voltage system for any stored diagnostic trouble codes via an OBD-compatible reader capable of reading EV-specific modules would provide further reassurance regarding battery state of health and the integrity of the electric drivetrain.