2024 Hyundai Kona Ultimate EV Electric · DP24 MSX

The DVSA records show no MOT history for this 2024 Hyundai Kona Ultimate EV, which is to be expected as the vehicle is still within the initial three‑year exemption period. Consequently there is no test outcome to analyse and no trend of pass, fail or advisory items can be established; the absence of data simply means the road‑worthiness of the car cannot be inferred from MOT results and any assessment must rely on a physical inspection and service documentation. Mileage has not been recorded in the supplied information, so a direct comparison with the vehicle’s age is not possible. For a 2024 model one would normally anticipate an annual mileage in the region of 8,000 to 12,000 miles if used as a primary family car, with higher figures indicating more intensive use such as long‑distance commuting or frequent highway travel. In the absence of a mileage reading, the buyer should request the electronic odometer reading, verify it against any service stamps or charging‑session logs, and consider that a low or stagnant figure could point to prolonged periods of storage, which may have implications for battery health and brake component corrosion. When inspecting the Kona, pay particular attention to the high‑voltage battery pack and its cooling system; look for any signs of coolant leakage around the battery module, check that the charging port and cable connectors are free of corrosion and that the on‑board charger indicator functions correctly. Verify that the 12‑volt auxiliary battery terminals are clean and that the battery holds a charge, as a weak auxiliary battery can cause electronic glitches. Examine the tyre sidewalls for cracking, dry rot or uneven wear patterns that might suggest mis‑alignment, and confirm that the tyre tread depth meets the legal minimum. Inspect the suspension bushings, coil springs and anti‑roll bar links for any evidence of wear, rust or play, and ensure the brake discs are free of heavy scoring or surface rust that could indicate prolonged inactivity. During a test drive listen for any abnormal whine or hum from the electric motor, especially under acceleration, and watch for a sudden loss of torque that could signal battery degradation or inverter issues. Feel for any shudder or pulsation when applying regenerative braking, which may reveal worn brake pads or a binding caliper. Observe the steering response for any looseness or vibration that could be traced to worn steering rack bushings or tyre imbalance. Finally, request the full service history, confirm that any required software updates have been applied, and check that the vehicle remains within the manufacturer’s warranty period, as this will provide additional protection against unforeseen component failures.