2024 Hyundai Ioniq 5 SE Connect EV Electric · DP73 WYA

A 2024 Hyundai Ioniq 5 SE Connect EV with no DVSA MOT test history on file presents an unusual situation for a prospective buyer, as the vehicle has not yet accrued the kind of statutory roadworthiness data that would ordinarily be available. Under UK testing rules, an EV of this age would typically not yet be due its first MOT, as cars are not required to present for testing until they reach three years of age, which would fall in 2027. The absence of recorded tests therefore reflects the vehicle's youth rather than any negative mechanical indication, but it does mean that there is no independent DVSA evidence to draw upon regarding its structural, suspension, braking or lighting condition. Any assessment of its roadworthiness at present must therefore rest entirely on a physical inspection rather than on historical pass or advisory records. Because the car was first registered in 2024 and no mileage readings have been supplied or recorded against any MOT, there is no objective basis on which to evaluate annual mileage accumulation, gaps in usage, or whether the vehicle has been driven in a manner consistent with its age. Without a recorded odometer reading taken at a known date, it is not possible to confirm whether the car has covered a typical first-year mileage for an EV of this type or whether it has been used extensively as a long-distance commuter or, conversely, left largely stationary for extended periods. A buyer should therefore pay particular attention to the present odometer reading, cross-reference it against the documented first registration date, and satisfy themselves that any service history provided is consistent with the mileage displayed. Hyundai main dealer or specialist records are the most reliable way to verify this for a relatively new EV. Given that the Ioniq 5 is a relatively recent and sophisticated electric vehicle, the principal mechanical risks to scrutinise on a physical inspection centre on areas not specifically covered by early MOT data but commonly affected on used examples. The high-voltage battery pack, its cooling system, and the associated wiring beneath the vehicle should be inspected for impact damage, corrosion of undertray fixings, and any evidence of fluid leaks or condensation that might indicate compromised sealing. The regenerative braking system uses the electric motors for much of the deceleration, so conventional brake discs and pads can suffer from surface corrosion through lack of use, particularly at the rear, and a test drive should include several firm pedal applications to verify that any surface rust is cleaned off effectively without judder or pull. Steering response should be checked both at low speed and on a dual carriageway, listening for any clonking or knocking from the front suspension, which can indicate worn lower arms or anti-roll bar bushes, while uneven tyre wear across the axle is a useful indicator of suspension or geometry issues. The electric drive units, reduction gearboxes and their associated cooling circuits on Ioniq 5 models should be checked for any signs of oil misting or residue around the casings, and a diagnostic scan for stored fault codes within the high-voltage system, battery management and driver assistance modules is strongly advisable, as these are not inspected during a standard MOT. On the test drive, listen for any unusual whine or bearing noise from the drivetrain under acceleration and deceleration, and confirm that the high-voltage state of charge displayed on the dashboard climbs appropriately when connected to a known working charger. Finally, inspect the bodywork carefully for stone-chip damage to the front panels and windscreen, as well as any panel gaps or paint inconsistencies that might suggest previous accident repair, all of which are particularly relevant for an EV where battery integrity following impact damage is a primary concern.