2017 BMW I3 0.6L Hybrid electric (clean) · MF67 UTM

A pattern of tyre-related advisories forms the most consistent mechanical theme across the MOT history of this 2017 BMW i3, with every recorded test from 2020 onward flagging some form of tyre wear or perishing, culminating in a slight damage and cracking advisory on both front tyres at the most recent test on 21 April 2026, which returned a pass. The single failure in the record, also dated 17 August 2020, was relatively minor in scope, relating to an incorrectly fitted headlamp bulb that produced an obviously incorrect beam image, while the rear tyres that prompted the advisory on the same date were already worn close to the legal limit. Between the 2020 failure and the current pass, three consecutive tests in 2021, 2022, 2023, and 2024 returned no recorded defects, and the 2026 advisory represents only a modest regression from that clean run. Overall, the structural and safety-related components covered by the MOT have remained free of advisories throughout the recorded period, and the documented defects are confined to consumable items. Against an age of roughly nine years, the recorded mileage of 29,699 miles equates to an annual accumulation of approximately 3,300 miles, which is notably low for the vehicle's age. The test dates themselves provide a further clue about usage patterns: annual tests have been carried out consistently from 2020 through 2026 with no multi-year gaps, indicating the vehicle has remained in active use and on the road throughout this period rather than being laid up. A low-mileage EV of this profile typically experiences reduced wear on friction-based consumables such as brake discs and pads, as regenerative braking handles much of the deceleration, but conversely the tyres, steering and suspension components can suffer from prolonged standing, leading to sidewall perishing, flat-spotting and dried bushes. The recurring tyre advisories visible in the record are consistent with the effects of age on the rubber compound outpacing the modest mileage accumulation. For a prospective buyer, the primary inspection priority should be the tyres themselves, given that perishing and cracking have been flagged at multiple tests. The 155/70/19 front and 175/60 19 rear fitments specific to this i3 are narrow, relatively low-profile items, and sidewall cracking that begins as a slight advisory can develop into more serious ozone damage if the vehicle has continued to stand for extended periods. On a test drive, listen for any increase in road noise that might indicate uneven tyre wear or carcass degradation, and inspect the sidewalls closely for visible cracking between the tread and the rim. It is also worth checking that the replacement tyres fitted are of the correct reinforced XL or EV-specific specification, as standard tyres of the same size can suffer reduced sidewall integrity under the i3's instant torque. Given the recurring headlamp bulb fitment issue from the 2020 failure, any inspection should confirm that all exterior bulbs are seated correctly in their holders and that the headlamp aim is symmetrical, as the i3's projector units are sensitive to the orientation of the bulb within the reflector. Because mileage is low, the brake system should be physically examined for seized calipers, pitted discs and perished flexible hoses, as these components can deteriorate through age even without significant use, and a firm brake pedal that travels further than expected or any pulling under braking would warrant further investigation. Finally, with the vehicle approaching ten years of age, a precautionary check of the underbody mounting points, suspension arms and the distinctive aluminium subframe for any corrosion would be prudent, particularly around the rear trailing arms and the high-voltage cabling routing, even though none of these areas have been flagged in the MOT record to date.