2017 Hyundai Ioniq 1.6L Hybrid electric (clean) · RK67 OMY

An unblemished sequence of consecutive annual passes punctuated by only a single minor adjustment forms the backbone of this Hyundai Ioniq's official roadworthiness record, culminating in a clear pass on the twenty-eighth of July two thousand twenty-six. Across its test history, mechanical defects have been exceptionally rare, with the sole blemish occurring during an October two thousand twenty-four test where the nearside headlamp aim was found to be too low before being promptly rectified for a pass later that same day. This demonstrates an otherwise stable structural and functional baseline during its statutory annual inspections, though the complete absence of historical advisory notes means that consumable components like suspension bushes, brake lines, and exhaust mountings have never been formally monitored by testers prior to replacement or wear limits. Accumulating a modest total of fifty-one thousand one00 ninety-four miles over its nine-year lifespan translates to an average of roughly five thousand six hundred miles annually, placing this vehicle well below the typical national mileage bracket for its age. This lighter-than-average usage profile indicates that the mechanical assemblies have experienced less distance-related fatigue than many contemporary alternatives, yet prospective buyers must remain mindful of the operational realities associated with lower annual mileage. Specifically, shorter journeys and prolonged stationary periods can place unique demands on the auxiliary electrical systems and the high-voltage hybrid battery management setup, meaning the vehicle's functional capability across electric and petrol propulsion modes warrants careful interrogation during an extended test drive. Given that the MOT history lists zero structural corrosion, brake hydraulic faults, or suspension play, your physical inspection must focus heavily on the areas not captured by a standard statutory test, particularly the regenerative braking transition and suspension compliance. During the test drive, pay close attention to the brake pedal feel as you transition from regenerative slowing to physical friction braking, listening for any binding noises or uneven disc scraping that might indicate neglected friction components resulting from infrequent use. Furthermore, navigate over varied road surfaces to listen for knocks or rattles from the MacPherson strut front end and multi-link rear suspension, verifying that the dampers and control arm bushes remain tight and free from excessive play. Finally, because the headlamp aim required correction during its third test, verify that both projector beam assemblies operate correctly across their manual or automatic leveling ranges, especially if the vehicle is heavily loaded during subsequent use. Check that all hybrid system indicators, charging ports, and dashboard readouts function without throwing warning codes, as diagnostic health is just as critical to this powertrain as the mechanical items verified during its routine MOT examinations. Ensure a thorough inspection of the underbody protective shields and subframe mountings while the vehicle is elevated on a ramp, confirming that the lack of recorded corrosion advisories is fully supported by sound structural metal underneath.