2025 Hyundai Ioniq 6 Ultimate EV Electric · DF25 XGS

As a 2025 model year Hyundai Ioniq 6 Ultimate EV, this vehicle is currently well within its first three years of registration and therefore does not yet hold a DVSA MOT test history. The absence of MOT records is entirely expected and standard for a vehicle of this age, and it precludes any direct evaluation of the official pass or fail outcome, advisories, or defect progression. For a prospective buyer, this means there is no documented roadworthiness data to indicate whether the vehicle has experienced any recurring mechanical concerns, structural advisories, or emissions-related issues. The maintenance trend must therefore be inferred from supporting documentation such as the Hyundai main dealer or specialist service history rather than from statutory testing records. The recorded mileage is unconfirmed in the available DVSA records, making it impossible to calculate the precise annual usage rate or identify any significant gaps in driving patterns. For a 2025 model evaluated in September 2026, typical first-year mileage could range considerably from a low commuter average of around 5,000 miles per annum to a higher 12,000 to 15,000 miles if used for longer journeys. For an electric vehicle such as the Ioniq 6, mileage is particularly important in relation to battery longevity and high-voltage system degradation, although Hyundai provides an extensive manufacturer warranty covering the battery pack. Significant mileage accumulation would accelerate wear on tyres, brake components, and suspension, whereas very low annual mileage can introduce its own set of issues related to prolonged standing. Given the absence of MOT data, the buyer must rely heavily on a comprehensive physical inspection. Even with low recorded mileage, tyres on a 2025 vehicle should be carefully examined for age-related perishing or sidewall cracking, as rubber compounds degrade with calendar age regardless of tread depth. Brake discs on an EV can suffer from surface corrosion and binding calipers due to infrequent regenerative and friction braking, so a test drive should include firm pedal applications to ensure the brakes bite cleanly without shudder. The 12V auxiliary battery, essential for powering control modules and starting the high-voltage system, should be tested for state of charge, as standing vehicles often suffer premature 12V failure. Coolant systems for the battery and electric motors, plus the reduction gearbox oil, all require time-based replacement rather than mileage-based servicing, so verify these have been changed in line with Hyundai's schedule. During a road test, listen carefully for any suspension knocks or clonks that might indicate worn bushes or coil springs, particularly over speed humps and uneven surfaces, as uneven tyre wear patterns may suggest alignment or suspension geometry issues. Check for any fluid leaks beneath the vehicle, paying attention to the high-voltage cooling system, which uses pink or blue OAT coolant, and inspect the underside for any corrosion or undertray damage from kerbing. For the electric drivetrain specifically, ensure the charging port is undamaged, the cable and connector show no scorching or wear, and the infotainment and battery management systems report expected range and no fault codes. Finally, confirm that any recall work, software updates, or Hyundai EV-specific servicing have been carried out and recorded, as these are critical to the long-term reliability and warranty standing of the vehicle.