2016 Hyundai Ioniq 1.6L Hybrid electric (clean) · CE66 WDD

A consistent run of first-time test passes stretching back to its debut defines the structural and mechanical roadworthiness history of this Hyundai Ioniq, culminating in a clear pass issued on 19 August 2026 at 30,321 miles. Rather than battling chronic component failures or corrosion, the technical record is largely unblemished across eight documented inspections, featuring only isolated tyre-related advisories during its operational life. This stable compliance pattern indicates that the hatchback has consistently met statutory roadworthiness standards without requiring major remedial intervention during its annual statutory checks. Accumulating approximately 3,032 miles annually over its roughly ten-year lifespan places this vehicle well below average mileage expectations for a modern family hatchback. This low-usage profile is evenly distributed across annual testing intervals without any prolonged gaps or multi-year off-road periods, suggesting regular, albeit restricted, operation rather than a stagnant lay-up. Mechanically, such light usage patterns mean powertrain components face minimal thermal fatigue, yet prospective buyers must remain mindful that low-mileage usage frequently shifts wear patterns away from high-mileage highway degradation toward localized aging of rubber components and braking surfaces. Tyres represent the sole focal point of wear noted across the entire DVSA inspection history, with the most recent 2026 test flagging perishing and slight cracking on both the nearside and offside rear tyres, while previous tests in 2025 and 2019 noted edge wear on the front axle. On your test drive, carefully inspect the sidewalls of all four corners for signs of age-related rubber degradation, and listen closely for any unusual tyre roar or vibration transmitted through the steering column at cruising speeds. Given that the vehicle spends significant time idling or running low annual totals, pay close attention to the mechanical operation of the friction brakes during the test drive, ensuring the discs are not suffering from surface pitting or binding calipers due to underuse. Beyond the friction braking surfaces and tyre conditions, verify that the regenerative braking system transitions smoothly with the traditional hydraulic brakes without any unexpected pedal travel or sponginess. Test all electrical ancillaries, hybrid drive transitions, and suspension components over varied road surfaces, listening for any knocks or rattles from the MacPherson strut front and multi-link rear setups. A thorough physical inspection underneath the vehicle on a ramp will confirm whether the low annual mileage has spared the structural subframes and suspension arms from premature environmental degradation.