2020 Hyundai Ioniq 1.6L Hybrid electric · FP70 KPT

High-mileage intensity defines the mechanical profile of this six-year-old electric vehicle, which accumulated 97,494 miles by its most recent test on 2026-10-07 where it secured a pass following a rectified engine malfunction indicator lamp failure recorded on 2026-09-24. The test history reflects a working vehicle experiencing the typical friction of heavy operational use, highlighted by a recent major defect alongside recurring minor windscreen stone chips and shifting consumable wear. Operating at an average of roughly 16,249 miles per year, the vehicle has sustained an accelerated pace of transit well above typical private usage norms. This consistent heavy employment places continuous thermal and mechanical stress on the high-voltage battery architecture, regenerative braking mechanisms, and wheel-end components. Prospective buyers should note that this rate of mileage acceleration demands rigorous scrutiny of all rolling chassis elements, as high-frequency motorway or fleet duties accelerate wear across foundational support structures. Targeted inspection of the suspension and braking systems is critical during a pre-purchase examination, focusing specifically on the nearside rear anti-roll bar linkage ball joint which was flagged with slight play across consecutive autumn tests. During a thorough road test, listen closely for sharp knocks, clunks, or rattles from the rear axle when cornering or traversing uneven road surfaces, which would indicate advanced degradation of that anti-roll bar drop link. Furthermore, verify the physical thickness of the front brake pads, noted as wearing thin in September 2026, and check for any pedal judder or grinding noises that signal the need for immediate pad and disc renewal. Special attention must also be paid to the electrical and powertrain systems given the recent engine malfunction lamp failure, which on this hybrid or electric platform requires a full diagnostic scan to confirm no lingering fault codes remain stored in the vehicle control modules. Inspect the front windscreen for the progression of the stone-chip damage noted in the March 2025 and March 2026 tests to ensure no thermal cracking has compromised the structural integrity of the glass. Finally, examine the rear tyre shoulders for uneven wear patterns, referencing the offside rear tyre advisory from March 2024 to confirm proper four-wheel alignment and geometry.