2018 Hyundai Ioniq 1.6L Hybrid electric (clean) · BL68 DYB

A remarkably consistent record of passing official roadworthiness tests defines the mechanical history of this 2018 Hyundai Ioniq, culminating in a successful inspection in October 2026. Across seven recorded DVSA tests since 2021, the vehicle has compiled an exceptionally low defect rate, experiencing just a single test failure in October 2025 due solely to an inoperative rear fog lamp, which was promptly resolved for a same-day pass. Beyond that single minor lighting fault, the vehicle has consistently met national safety and environmental standards, presenting a stable mechanical profile free from recurring structural, steering, or suspension advisories. With 64,800 miles logged over roughly eight years of service, the car has accumulated an average of approximately 8,100 miles per year, which aligns closely with standard UK vehicle usage. The mileage progression between annual tests shows a steady, linear increase without prolonged periods of lay-up or suspicious spikes in usage. This regular operational routine is beneficial for an electrified platform, ensuring mechanical components and hydraulic systems are cycled routinely while preventing the component seizure and auxiliary battery discharge often observed in stationary or under-utilized vehicles. Prospective buyers should pay specific attention to the braking system, as the October 2026 test flagged an advisory for rear brake discs being worn, pitted, or scored. On hybrid and electric vehicles, the heavy reliance on regenerative braking frequently leaves the rear hydraulic friction components underused. This lack of regular friction allows moisture and road grime to cause surface oxidation, pitting, and uneven wear on the rear discs over time. Additionally, the minor windscreen damage recorded in November 2023 should be visually inspected to confirm the glass chip or mark has not expanded into a crack within the driver's sweep area. During a road test, execute several controlled stops from road speeds to evaluate the braking system's physical performance. Listen carefully for metallic grinding, harsh scraping noises, or squeals from the rear axle, and feel through the brake pedal for high-frequency judder or pulsation that would indicate warped or excessively corroded disc surfaces. Ensure the vehicle tracks straight under braking without pulling to one side, which could point to a binding brake caliper or seized slide pin caused by corrosion buildup. Finally, physically switch on and verify all exterior lighting, including the previously failed rear fog lamp, to confirm full operational capability.