2023 Hyundai Kona Ultimate EV Electric · EX23 KWH

The 2023 Hyundai Kona Ultimate EV received its most recent DVSA MOT test on 23rd March 2026, achieving a clean pass with no recorded defects or advisories. This outcome represents a stable maintenance record, as there are no prior MOT failures or recurring issues within the available history, suggesting consistent adherence to service intervals and minimal mechanical wear beyond routine wear items. The vehicle’s absence of advisories—such as fluid leaks, excessive vibration, or structural concerns—also supports a sound operational baseline, though the absence of a full service history means potential hidden wear from low mileage or prolonged standing cannot be ruled out without further inspection. The recorded mileage of 9,838 miles over approximately three years equates to around 3,279 miles annually, which is notably lower than the typical usage rate for a vehicle of this age and model, particularly one marketed as a high-performance or utility-oriented electric vehicle. Such low mileage can indicate periods of inactivity, particularly if the vehicle was stored for extended durations without regular use, which may have contributed to issues like battery degradation, standing corrosion, or fluid degradation from stagnation. Conversely, if the mileage is genuinely reflective of light use, the wear on consumables such as tyres, brake pads, and suspension components should be minimal, though the lack of driving activity could still pose risks to battery health and electrical system longevity. The disparity between the vehicle’s age and mileage warrants careful consideration, as prolonged standing without maintenance can lead to more significant problems than would be expected from typical wear and tear. For a prospective buyer, the Hyundai Kona Ultimate EV’s low mileage and clean MOT record make it an attractive candidate, but a thorough physical inspection is essential to address potential concerns arising from its usage profile. Begin with an examination of the tyres for signs of sidewall cracking or perishing, which can occur from prolonged storage without use, even at low mileage. Check the battery and electrical system for signs of corrosion on terminals, loose connections, or reduced performance, as electric vehicles are particularly susceptible to battery degradation from inactivity. Inspect the suspension for standing corrosion on strut mounts, coil springs, and suspension bushes, as these components may have suffered from prolonged exposure to moisture and lack of movement. Additionally, verify the condition of the brake system, particularly the discs and calipers, for signs of corrosion or binding, which can occur when the vehicle stands stationary for extended periods. During a test drive, listen for any unusual noises from the suspension, such as clunks or rattles, which may indicate worn or damaged suspension bushes, broken coil springs, or loose suspension components. Pay close attention to the braking performance, checking for any signs of uneven wear on the brake discs or pads, which could suggest binding calipers or hydraulic issues. Monitor the vehicle’s handling and steering for any excessive play or vibration, which might indicate worn steering components or misaligned wheels. Finally, ensure that all fluids—particularly the brake fluid, coolant, and power steering fluid—are topped up and free from contamination, as stagnation can lead to degradation and reduced effectiveness. Given the vehicle’s electric powertrain, also confirm that the charging system is functioning correctly and that the battery’s state of charge remains stable under load, as low-mileage electric vehicles may require additional attention to prevent premature battery failure. If possible, obtain a copy of the service history to confirm that all mandatory intervals have been met, especially for the battery and high-voltage components, which may not have been addressed in the limited MOT testing.