2019 BMW I3 Electric · GH19 ECD

The 2019 BMW i3 presents a largely stable maintenance profile through its MOT history, though the most recent test on 15 July 2025 at 66,428 miles introduces a minor but notable wear item. The tester flagged front brake pads wearing thin and a front brake disc worn, though not excessively. These are consumable items consistent with the vehicle's age and mileage, and they do not indicate neglect, but they do confirm the car has been driven regularly and the braking system is now approaching a routine service interval. The overall trend is one of steady, predictable wear rather than any sudden mechanical decline. The mileage accumulation is remarkably consistent and typical for a seven-year-old vehicle. From 34,939 miles recorded on 20 July 2022 to 48,583 miles on 21 July 2023, the car covered 13,644 miles in twelve months. The following year it added 11,744 miles, reaching 60,327 miles by 19 July 2024. The most recent annual increment from July 2024 to July 2025 was just 6,101 miles, suggesting lighter use in the past year or a period of reduced driving. There are no gaps in the MOT record to indicate long-term storage or a missing service history, and the annual test cycle has been maintained without interruption. The 2024 test on 19 July at 60,327 miles recorded a tyre condition advisory, noting cracking or perishing on both front tyres. This is a common issue on electric vehicles due to the instantaneous torque delivered through the driven wheels and the additional battery weight. A buyer should inspect all four tyres carefully, checking the date stamps to confirm replacement age, and look for uneven inner or outer edge wear that could point to alignment or suspension geometry issues. The front brake wear flagged in 2025 warrants a physical inspection of pad thickness and disc condition, particularly for lipping or scoring. Given the i3's aluminium subframe and carbon fibre passenger cell, structural corrosion is less of a concern than on conventional steel-bodied cars, but the underside should still be examined for stone chips, damaged cable insulation, and any signs of impact damage to the high-voltage battery enclosure. Suspension bushes and dampers should be checked for deterioration, as urban driving in a heavy electric city car tends to accelerate wear on these components.