2017 BMW I3 Electric · AK15 AEK

A clean, defect-free DVSA history across all recorded tests points to a well-maintained example, with the most recent pass issued on 29 January 2026 confirming continued roadworthiness. The test record shows a pattern of immediate retests, with failures logged on 30 and 29 January in 2025 and 2026 respectively, each followed by a pass on the same date and no advisories or defects recorded on either outcome. While the absence of defect data makes it impossible to confirm what was addressed between the fail and pass entries, the overall trajectory is one of consistent compliance rather than deterioration. For a nine-year-old vehicle, a MOT log this sparse in advisory notes is notably tidy and suggests the major safety-critical systems have not yet reached wear thresholds flagged by the tester. The recorded mileage of 43,425 miles against an age of roughly nine years equates to an annual accumulation of approximately 4,825 miles, which is markedly below the national average for a commuter or family-used car. There are no extended gaps between annual tests, indicating the vehicle has remained in regular use and on the road throughout its life rather than being stored or laid up. This low but consistent usage profile is mechanically significant for an electric BMW i3: it typically means reduced wear on brake discs and pads due to the regenerative braking system doing most of the deceleration, and it limits the mileage-driven degradation of suspension components, driveshaft joints, and wheel bearings. The trade-off with low-mileage use is generally centred on ageing of rubber and elastomeric components, but the absence of any advisories relating to perished bushes, cracked boots, or perished tyres suggests these have either been inspected and found acceptable or replaced proactively. Because the MOT history carries no specific advisory text, a prospective buyer must rely on a physical inspection and test drive to verify the components most prone to wear on a low-mileage i3. Particular attention should be paid to the rear axle assemblies, as the i3 uses a unique multi-link rear suspension that can develop play in the trailing arm bushings and control arm linkages; listen for clonking or knocking over speed humps and uneven road surfaces, and have the wheels jacked to check for vertical or lateral play at each rear hub. The front MacPherson struts should be inspected for worn top mount bearings, which typically manifest as a creak or rattle when turning the steering at low speed. Tyres should be checked for uneven shoulder wear, which on an EV often indicates incorrect alignment or worn suspension geometry rather than driving style. On the test drive, monitor the regenerative braking behaviour for any abrupt or inconsistent cut-off, which can point to issues with the wheel speed sensors or the brake light switch, and verify the electronic parking brake releases and applies smoothly without warning lights remaining on the dashboard. Given the low mileage, the high-voltage battery state of health should ideally be verified through a diagnostic readout showing cell voltage balance and remaining capacity, as this is the single most expensive component on the vehicle and not assessed under MOT. Steering should feel precise without vibration through the wheel, and the ride should remain composed over broken tarmac without crashing through bumps, which would indicate degraded dampers. With no MOT defects to investigate, the priority for the buyer is confirming the condition of the EV-specific systems and the bespoke rear suspension, both of which fall outside the standard MOT scope but are central to the long-term cost of ownership of this model.