2023 KIA Niro 4 EV Electricity · BF23 EKG

The 2023 KIA NIRO 4 EV holds a current MOT, having passed its most recent test on 23 April 2026 at 38,486 miles with only one advisory: a nail in the Nearside Rear tyre. This is a clean pass, and with just one entry on record, there is no trend to assess beyond the fact that the vehicle was deemed roadworthy at that point. The advisory is minor and consumable in nature, not indicative of a systemic mechanical or structural defect. The maintenance trend is therefore best described as stable, albeit with insufficient history to confirm a pattern of diligent or neglected upkeep. The mileage profile is notable. At roughly 3 years old with 38,486 miles recorded, the vehicle has averaged approximately 12,829 miles per year, which is on the high side for an electric vehicle of this age. High annual mileage typically accelerates wear on consumable components such as tyres, brake pads, suspension bushes, and drivetrain mounts. There is a gap between the vehicle's registration period and the first recorded MOT in April 2026, meaning earlier service history or pre-MOT maintenance cannot be verified from this dataset alone. The single recorded test provides no evidence of mileage anomalies or suspicious jumps, but the sparsity of data means a buyer should request supplementary service records to confirm whether routine maintenance has kept pace with the elevated mileage. The sole advisory from the April 2026 test was a nail penetrating the Nearside Rear tyre. This is a straightforward puncture repair or replacement issue and does not reflect a recurring mechanical fault. However, a buyer should still inspect the tyre in person to confirm whether it has been properly repaired or replaced and to check the condition of all four tyres for uneven wear, which on a high-mileage EV can indicate alignment issues or suspension geometry wear. Given the mileage, the remaining tread depth across all tyres should be carefully measured. Beyond the advisory, the high annual mileage warrants a focused inspection of components that deteriorate with use rather than age. A buyer should examine the condition of the front and rear suspension, including drop links, anti-roll bar bushes, and shock absorbers, for play or deterioration. Brake discs and pads should be measured for wear, and the electric parking brake and caliper slides checked for binding. The underside and battery mounting points should be inspected for corrosion or impact damage, as structural integrity is critical on an EV platform. Finally, the charging port, cable, and onboard charger function should be verified, as high-mileage EVs are more likely to have experienced repeated charge cycles and connector wear.