2025 Hyundai Ioniq 5 Ultimate EV 4X4 Electric · RO75 XSD

Because this 2025 Hyundai Ioniq 5 Ultimate EV 4x4 is a current-model-year vehicle registered within the last twelve months, the DVSA MOT history database currently holds no test records for it. Vehicles in the United Kingdom are not legally required to undergo their first MOT test until they reach three years of age, so the absence of any entries is entirely normal and expected for a car of this vintage. Mechanically speaking, this means there is no DVSA roadworthiness evidence to draw upon at all, and the assessment below must therefore be framed around what cannot be confirmed rather than what can. The recorded mileage for this vehicle is listed as unknown, which prevents any meaningful calculation of annual mileage accumulation against the car's age. A brand-new Ioniq 5 delivered in 2025 would ordinarily be expected to show a delivery mileage of a few hundred miles at most, with perhaps a modest increase if it has been used as a demonstrator or courtesy vehicle. Without a confirmed odometer reading, it is impossible to verify whether the high-voltage battery has been subjected to regular charge and discharge cycling or whether the vehicle has potentially sat unused for extended periods, both of which have different implications for an electric drivetrain. Any prospective buyer should request the current odometer reading directly from the seller and cross-reference it against the in-service date shown on the V5C registration document. Because there are no MOT advisories or failure records available for this vehicle, there are no specific components to target during a pre-purchase inspection based on documented wear patterns. The buyer should nevertheless focus attention on areas common to early-life EVs of this type, beginning with the high-voltage battery state of health, which should be verified through a diagnostic scan capable of reading cell voltage balance and overall pack capacity against the original specification. The 12V auxiliary battery, regenerative braking system response, and the integrity of the charging port and onboard charger should all be functionally tested. Tyres, brake discs, and suspension components should be inspected for any premature wear, and a thorough underbody examination is advisable given that early Ioniq 5 examples have occasionally shown corrosion concerns on suspension arms and subframes, even at low mileages. On a test drive, the prospective buyer should listen carefully for any abnormal knocking from the suspension over uneven surfaces, which can indicate worn bushes or loose linkages on the front MacPherson strut or rear multi-link arrangement. Steering should feel precise and free from any vibration or pulling to either side, and the brakes should provide consistent pedal feel without judder, binding, or excessive travel, as regen-brake-equipped vehicles can mask caliper issues until friction is actually applied. The drive selector and parking brake operation should be smooth, and any warning messages relating to the high-voltage system, tyre pressure monitoring, or driver assistance sensors should be investigated through the Hyundai dealer network before purchase. Given the absence of MOT history, a pre-purchase inspection by a qualified independent garage with EV experience remains the most reliable way to establish the mechanical condition of this particular vehicle.