2024 Hyundai Ioniq 6 Premium EV Electric · OO06 SDP

At the time of writing, no MOT test results are recorded for this 2024 Hyundai Ioniq 6 Premium EV on the official DVSA database. As the vehicle was first registered in 2024, it would not have required an MOT until its third anniversary of registration, meaning the first test would only be due in 2027 under the current testing regulations for passenger cars. The absence of any MOT history therefore does not reflect on the mechanical condition of the vehicle itself but simply on its youth relative to the statutory testing regime. Without prior advisories or failure points to examine, no trend can be established, and any assessment must instead rely on age-related and usage-based considerations relevant to a two-year-old electric vehicle. Because mileage data has not been provided and no MOT records exist against which to cross-reference, it is not possible to confirm an annual usage rate. This is particularly relevant for an electric vehicle, where low annual mileage can carry specific implications. If the car has covered only a few thousand miles per year, the lithium-ion traction battery is likely to be in excellent health, with minimal cycle degradation, though long periods of standing fully charged or fully depleted can accelerate calendar-based degradation, so it is worth asking how the vehicle has been stored and what state of charge has typically been maintained. Conversely, if mileage is high, the more relevant checks focus on suspension components, tyres and brake wear, although it should be noted that EVs typically suffer less brake wear due to regenerative braking. As no defects or advisories have been recorded, the buyer inspection must be conducted almost entirely on the physical condition of the vehicle rather than on documented history. On a test drive, listen for any clonks or knocking from the suspension, particularly over undulating surfaces or speed bumps, as early wear in MacPherson strut top mounts and anti-roll bar bushes is common in Korean-built vehicles of this age. Pay close attention to the steering for any vibration, pulling or reluctance to self-centre, which can indicate worn wishbone bushes or tracking misalignment, often caused by pothole damage. The tyres should be inspected for both tread depth and, given the vehicle's youth, for any uneven shoulder wear, which would point to a geometry or suspension issue. Because EVs deliver high torque instantly, the driven tyres can wear the inner edges disproportionately. Several age-appropriate but mileage-independent checks remain highly relevant. Tyre sidewalls should be examined carefully for any signs of cracking, perishing or ozone deterioration, which can occur on lightly used vehicles parked outside for extended periods and lead to premature failure regardless of tread depth. Given the regenerative braking system, the front brake discs may show surface corrosion from standing, and the callipers can seize if the vehicle is rarely used in friction mode, so verify that the car rolls freely when pushed or pulled gently and that the brake pedal feels firm and responsive. The 12-volt auxiliary battery, which powers ancillary systems in an EV, should be tested for state of health, as these typically degrade every four to five years and can leave the vehicle immobilised if neglected. Coolant systems for the battery and inverter, brake fluid and the reduction gear oil should all be inspected for condition and replacement intervals in line with Hyundai's service schedule, even if the car has covered relatively few miles, as these fluids degrade with time rather than use. Finally, verify that the charging cable, onboard charger and infotainment system function correctly and that the service history is supported by verifiable main dealer or specialist stamps.