2023 Hyundai Ioniq 5 Namsan Edition EV Electric · KT23 LDA

A single recent failure for a damaged rear tyre stands as the only blemish on the otherwise unblemished compliance record of this high-performance electric vehicle, which successfully passed its latest MOT test on May 22, 2026, just one day after rectifying the tyre defect. The trajectory of this vehicle shows no pattern of recurring mechanical degradation, structural corrosion, or chronic electrical faults. However, because this evaluation relies strictly on statutory roadworthiness checks, a clean test sheet does not guarantee overall mechanical health or flawless component longevity, meaning the drivetrain and chassis must still be verified independently. Accumulating 36,480 miles over approximately three years results in an average of roughly 12,160 miles annually, representing a high-usage profile for a modern battery-electric passenger car. This elevated rate of accumulation indicates sustained, regular driving rather than prolonged periods of stationary storage, meaning high-voltage battery health cycles have been actively engaged. Mechanically, higher mileage places increased rotational and physical stress on suspension components, wheel bearings, steering linkages, and high-load regenerative braking systems, requiring closer inspection of these areas than would be typical for a lower-mileage example of the same age. Given the high annual mileage and the recent tyre replacement, a prospective buyer should closely inspect the condition of all four tyres for even tread wear, correct load ratings, and any signs of inner-edge scrubbing caused by wheel alignment drift. During a static and dynamic evaluation, listen intently for any hollow knocks, rattles, or clunks emanating from the front and rear suspension subframes when traversing potholes or speed humps, as heavy urban or motorway mileages accelerate bush and damper wear. Check that the steering remains completely neutral without pulling under acceleration or braking, and verify that the regenerative braking transition feels smooth and progressive without judder or hesitation through the pedal. Finally, examine the underside of the vehicle on a ramp if possible to inspect the protective shields covering the high-voltage traction battery pack and cooling lines for any impact damage from road debris, given the intensive mileage accumulation. Ensure all dashboard displays, electronic driver aids, and charging ports function correctly under load. While the statutory compliance record is clear of structural or mechanical failures aside from the single tyre issue, a comprehensive pre-purchase inspection by an independent EV technician remains essential to confirm the physical integrity of the chassis and high-voltage architecture before purchase.