2017 Hyundai Ioniq 1.6L Hybrid electric (clean) · AF17 AUE

Covering 141,435 miles over nine years, this 2017 Hyundai Ioniq has worked hard on the road, and its MOT history reflects that workload through a recurring but limited pattern of tyre-related advisories rather than structural or mechanical failures. Across five recorded tests spanning 2020 to late 2024, the vehicle has passed every inspection without a single recorded failure, defect, or advisory related to braking, suspension, steering, exhaust integrity, lighting, or corrosion. The only flagged items have been tyre wear: both front tyres noted as worn close to the legal limit and on edge in April 2021, and both rear tyres in the same condition at the most recent test in October 2024. While the absence of any mechanical advisories is a positive indicator of roadworthiness under test conditions, the repeated appearance of edge wear on multiple tyres points to a chassis geometry or inflation pressure habit that a buyer should not overlook. The annual mileage of roughly 15,715 miles is notably above average for a vehicle of this age and places the Ioniq firmly in high-use territory, meaning consumable wear on brake discs, pads, tyres, and suspension components will accumulate faster than on a lower-mileage counterpart. The testing intervals show no significant gaps that would suggest extended periods off the road, with tests conducted in 2020, 2021, 2022, 2023, and 2024, indicating continuous use throughout this period. There is no evidence of an odometer inconsistency or a sudden jump in mileage between tests. Mechanically, this level of sustained usage means that items not visible during an MOT, such as engine mounts, transmission fluid condition, drive belt integrity, and the hybrid system's high-voltage components on this electrified model, will have experienced considerable real-world stress and warrant direct verification rather than assumption. Given the repeated edge-wear advisories on tyres at both axles, a prospective buyer should prioritise a thorough inspection of the wheel alignment geometry. On a test drive, listen for any pulling to one side under steady acceleration or braking, feel for vibration through the steering wheel that suggests uneven tyre wear or a bent rim, and check that the steering returns to centre smoothly without wandering on a straight road. Inspect all four tyres physically for uneven shoulder wear, feathering on the tread blocks, or one-sided bald patches, as these are classic indicators of incorrect camber or toe settings that a simple tyre replacement will not solve. Also verify that the tyre pressures are being maintained to specification, as chronic under-inflation produces exactly the edge-wear pattern recorded at MOT. Beyond the tyre history, the clean MOT record for braking, suspension, and structural components offers reassurance, but a high-mileage hybrid of this vintage should still be examined with care on a road test. Listen for clonks or knocking from the front suspension over speed humps and rough tarmac, which would indicate worn anti-roll bar links, drop links, or bushes — components that typically deteriorate silently before appearing as an MOT failure. Check for a soft or spongy brake pedal that could signal seized caliper sliders, and feel for any judder under braking that points to warped front discs. Given the powertrain, confirm that the hybrid system engages smoothly, that there are no warning lights on the dashboard, and that the transition between electric and petrol propulsion is seamless. Finally, inspect the underside for any oil residue around the engine and transmission, and examine the rear subframe mounting areas and brake lines for surface corrosion, even though none has been flagged to date, as these are the components most likely to begin deteriorating as the vehicle continues to accumulate mileage.