2019 Hyundai Ioniq 1.6L Hybrid electric · AD68 MXN

The 2019 Hyundai Ionia presents a stable and improving maintenance trend, with the most recent MOT on 26 February 2026 at 87,492 miles returning a completely clean pass and zero defects. The two preceding tests on 15 March 2025 and 16 April 2024 also passed with no advisories or failures, indicating consistent upkeep across the vehicle's recent history. This is a strong record with no recurring faults to flag. The mileage accumulation tells a clear story of sustained high use. Between 16 April 2024 at 60,444 miles and 15 March 2025 at 73,022 miles, the car covered 12,578 miles in just under eleven months. The next interval, from 15 March 2025 to 26 February 2026, added a further 14,470 miles over roughly eleven months, showing an accelerating pace of use. Annual averages sit around 12,500 miles, which is well above the typical UK norm for a seven-year-old vehicle. That said, the MOT record shows no evidence that this mileage has translated into mechanical neglect, as every test has been a clean pass. Despite the clean MOT history, a buyer should still carry out a thorough in-person inspection focused on components that high-mileage use accelerates wear on. Front and rear suspension bushes, coil springs, and drop links deserve close scrutiny, as these deteriorate faster under sustained load. Brake discs, pads, and calipers should be measured for wear, particularly the rear calipers, which are a common binding point on the Ioniq. Tyre condition and uneven wear patterns will also reveal whether tracking and suspension geometry remain within specification. The underbody and sills should be inspected for corrosion, especially around mounting points and along the exhaust system, where heat and road salt take a toll over high-mileage use. The electric drivetrain and battery housing on the Ioniq should be checked for fluid leaks, damaged connectors, or signs of ingress. A clean MOT record is encouraging, but it does not replace a hands-on assessment of the mechanical and structural components that high annual mileage inevitably stresses.