2022 Hyundai Ioniq 5 Ultimate EV Electric · MT72 HMX

This Hyundai Ioniq 5 Ultimate EV demonstrates a stable roadworthiness profile, having passed its most recent MOT test on 19 September 2025 at precisely 10,781 miles with no defects recorded. The absence of advisories or failings across the single available test suggests the vehicle has not encountered any recurring mechanical or structural issues within the recorded period. However, the test’s proximity to the current date—just under ten months old—means some components may have experienced wear since then, particularly those subject to gradual degradation such as suspension bushes, brake pads, and tyre tread depth. The recorded mileage of 10,781 miles over approximately four years equates to an exceptionally low annual average of around 2,695 miles, which is well below industry norms for this age. Such low mileage could indicate either minimal usage or prolonged periods of inactivity, both of which may have implications for component health. For instance, extended periods off the road can lead to tyre degradation, battery degradation in EVs, or minor corrosion from exposure to moisture. Conversely, the lack of mileage spikes or gaps in the record suggests consistent, albeit light, usage without abrupt changes in maintenance needs. Given the sparse MOT history, a buyer should prioritise an in-person inspection of high-wear items that are not directly covered by the MOT but critical to long-term reliability. Focus on the suspension system—particularly the condition of coil springs, bushes, and strut mounts—for signs of fatigue or corrosion. The brake system, while not flagged in the MOT, warrants scrutiny, especially the rear calipers and discs, as binding or uneven wear can develop over time. Additionally, the battery health—though not testable via MOT—should be assessed, as low mileage may mask underlying degradation. Finally, examine the underbody for corrosion around wheel arches and suspension components, as prolonged periods of standing can accelerate rust formation in vulnerable areas.