2017 Hyundai Ioniq 1.6L Hybrid electric (clean) · YY17 JLX

Recurring tyre wear patterns and intermittent brake component degradation define the mechanical history of this Hyundai Ioniq, which successfully passed its most recent MOT on 27 January 2026. While the vehicle has maintained a generally stable pass rate, the frequency of tyre-related advisories and a 2025 failure due to sidewall damage suggest a persistent issue with alignment or consistent monitoring of tyre health. The record reflects a vehicle that remains in active service, though the repeated flagging of edge-wear indicates that the suspension geometry or driving usage may be placing uneven stress on the contact patches. Accumulating 120,770 miles over nine years results in an average of approximately 13,419 miles per annum, a figure that sits above the typical usage profile for a vehicle of this age. This higher-than-average mileage indicates sustained operation, which necessitates a more critical assessment of high-wear consumables such as suspension bushings, wheel bearings, and the hybrid drivetrain components. Prospective buyers should note that the consistent testing schedule suggests the vehicle has not experienced significant periods of inactivity, meaning the primary mechanical risks are associated with long-term component fatigue rather than issues stemming from prolonged storage. Given the recurring advisories regarding tyre wear on the front and rear axles, a thorough inspection of the suspension arms and track rod ends is essential during a test drive. Listen intently for any knocking or clunking noises when traversing uneven road surfaces, as these sounds often signal worn bushes or ball joints that could be contributing to the uneven tyre wear recorded in recent tests. Additionally, ensure the steering remains neutral on a straight road; any pulling to one side or vibration through the steering wheel at motorway speeds may confirm that a full four-wheel alignment check is required to prevent premature replacement of future tyres. The history of pitted and corroded rear brake discs noted in early 2024 warrants a physical inspection of the braking system. While these components may have been addressed, you should feel for any pulsing or judder through the brake pedal during firm deceleration, which can indicate warped discs or seized sliding pins within the calipers. Since the vehicle relies on regenerative braking, the friction brakes may see less frequent use than in a conventional vehicle, which can sometimes lead to surface corrosion if the car is not driven with enough force to keep the discs clean. Verify that the handbrake holds firmly on an incline and that the transition between regenerative and friction braking feels smooth and predictable under varying pedal pressures.