2016 BMW I3 Electric · AF66 ULT

A textbook example of consistent roadworthiness, this 2016 BMW I3 presents five consecutive clean MOT passes with zero advisories, failures, or component defects recorded across the most recent testing cycle. The annual test on 22 October 2025 returned a pass with no defects recorded, mirroring the outcome from exactly twelve months earlier and continuing an unbroken pattern of compliance stretching back to 2021. For a ten-year-old electric vehicle, this absence of flagged items relating to suspension, braking, or structural corrosion is notable, as the I3's aluminium chassis and EV-specific components tend to behave differently from conventional steel-bodied petrol or diesel vehicles of the same vintage. The record as it stands suggests that the items normally subject to wear and degradation under DVSA scrutiny have remained within serviceable limits at each annual inspection. Mileage accumulation on this vehicle is unusually light, with 48,779 recorded miles over approximately a decade translating to an average of just under 4,900 miles per year. This is substantially below the typical 7,000 to 9,000 miles annual usage seen across most UK passenger vehicles and sits at the lower end even for a small electric city car. Such low annual mileage often reflects a secondary or urban-only role rather than primary transport. Mechanically, this usage pattern generally means reduced wear on consumables such as brake pads, discs, and tyres, since lower mileage reduces both friction and thermal cycling on those components. However, prolonged periods of low use can introduce their own considerations, particularly for items that degrade through inactivity rather than use, though the absence of any related advisories in the MOT record indicates no such issues have yet manifested at the time of testing. For a prospective buyer, the absence of any historical advisories means there are no specific components flagged as requiring immediate attention, but a careful inspection and test drive remain essential given the vehicle's age and unique architecture. During a road test, pay particular attention to the regenerative braking feel and conventional brake pedal response, as the I3's aggressive energy recovery system can mask wear in the hydraulic brake system, leading to seized calipers or corroded discs that may not show obvious pedal symptoms until demanded in an emergency stop. Listen for any knocking or clonking from the front suspension over speed bumps and uneven surfaces, and check for uneven tyre wear which on an I3 often points to worn strut top mounts or control arm bushes. Steering should remain precise and free of vibration at speed, and any pulling to one side under braking or acceleration warrants further investigation into the brake caliper slides or wheel alignment. Given the clean MOT history, the principal areas of due diligence shift towards the EV-specific elements not covered by standard MOT testing. A pre-purchase inspection should include verification of the high-voltage battery state of health, as the I3's lithium-ion pack can show capacity loss that is not reflected in any MOT outcome. Inspect the charging port and cable for damage, confirm the 12V auxiliary battery has been replaced recently, and check the air conditioning system, which is a common failure point on early I3s. Tyres should be examined for age-related cracking as well as tread depth, and the alloy wheels checked for kerbing damage given the car's urban likely use profile. Finally, ensure all warning systems, infotainment, and driver aids function correctly, as electronic faults on a decade-old EV can be costly to diagnose and resolve outside of manufacturer warranty cover.