2022 Hyundai Ioniq SE Connect HEV S-A 1.6L Hybrid electric · DY72 YPO

The 2022 Hyundai Ioniq SE Connect Hybrid presents a clean bill of roadworthiness as of the most recent MOT on 23 January 2026, when it passed with zero defects at 5,814 miles. The maintenance trend is stable and unbroken. Two consecutive passes with no advisories or failures indicate the vehicle has been kept in sound mechanical and structural order across its short life on the road. At roughly four years old with only 5,814 recorded miles, the annualised use sits near 1,454 miles per year, well below the UK average. The mileage progression between tests is modest but consistent: 4,604 miles recorded on 13 September 2025, rising to 5,814 miles by 23 January 2026, an increase of 1,210 miles over approximately four months. That suggests a recent uptick in use after a period of very light running. Low-mileage hybrids can suffer from infrequent use, so a buyer should verify the 12V battery health and ensure the petrol engine has been run regularly to prevent fuel system stagnation and condensation in the oil. Despite the clean MOT record, a pre-purchase inspection should focus on components that low-mileage use can mask rather than eliminate. Check the tyres for sidewall perishing and date codes, as rubber deteriorates with age regardless of tread depth. Inspect the underside for corrosion on suspension mounting points, subframes, and brake line brackets, particularly if the car has been stored outdoors or used on salted roads. Examine the brake discs and pads for surface rust and uneven wear, which can develop quickly on a vehicle that sits for extended periods between short trips. The hybrid system itself warrants attention. Have the high-voltage battery state of health assessed through Hyundai diagnostic software, and listen for unusual inverter or gearbox whine during a test drive. With no recurring faults flagged in the MOT history, there is no evidence of systemic mechanical failure, but the sparse testing record means a hands-on inspection remains essential to confirm long-term reliability.