2015 BMW I3 Electric · LB65 HHS

A flawless MOT record across five consecutive tests establishes strong objective evidence of roadworthiness for this 2015 BMW i3, with no advisories, minor defects, or component failures recorded at any point since 2021. The most recent pass on 27 March 2025 followed an identical clean outcome twelve months earlier, and the trend line shows no degradation in structural, braking, suspension, or emissions integrity as the vehicle ages. The single recorded failure on 12 November 2021 carries no defect detail, which typically points to a straightforward item rectified immediately and re-presented four days later as a clean pass on 16 November 2021, since no advisories were carried forward into that subsequent test. In MOT terms, this is an unusually tidy history for an eleven-year-old car. Against an age of roughly eleven years, the recorded 36,530 miles equates to an average annual accumulation of around 3,321 miles, which is markedly below the typical usage profile for a passenger car and suggests either a secondary or commuter-only role rather than daily long-distance running. There are no significant gaps between recorded test mileages that would imply extended periods off the road, so the lower figure is more consistent with genuinely light use rather than storage. Mechanically, this sort of mileage band tends to preserve the integrity of major drivetrain and underbody components, though low running can bring its own considerations around standing-start deterioration of rubber and polymer items that are exercised less frequently than on a higher-mileage car. For a prospective buyer, the absence of any flagged advisories across multiple tests means there are no specific components documented as approaching their service limit, but the EV-specific and EV-adjacent mechanical package still warrants focused inspection. On a test drive, listen carefully for any knocking or clonking from the rear suspension over uneven surfaces, as the i3 uses a multi-link arrangement with trailing arms and bushes that can deteriorate with age even at modest mileage, and check for any vagueness or vibration through the steering, which would point to worn front wishbone or anti-roll bar bushes. Inspect the underside visually for any corrosion on the aluminium-intensive underbody structure, paying particular attention to the suspension pick-up points and the brake pipe runs, since even a clean MOT history does not guarantee the next twelve months will remain advisory-free once components approach their wear threshold. Also pay attention to the regenerative braking feel during a road test, as any harshness, pulling to one side under light braking, or a binding sensation from the rear calipers on a rolling road would suggest the rear brake actuators or caliper mechanisms need attention. Tyre condition should be examined for uneven shoulder wear, which on a low-mileage car often indicates geometry misalignment rather than outright component failure, and the wall of each tyre should be inspected for any cracking or sidewall damage from infrequent use. Finally, confirm that all high-voltage charging cables, the type 2 inlet, and any auxiliary 12V systems operate correctly, as these are not assessed at MOT but are central to the vehicle's daily usability, and verify that the i3's distinctive carbon-fibre-reinforced plastic bodywork and aluminium chassis sections show no impact damage or corrosion at the mounting points, since structural integrity is something only a hands-on appraisal can confirm beyond the clean paper record.