2017 BMW I3 Electric · LD67 USO

This BMW i3 presents an exceptionally clean roadworthiness profile across its recorded MOT history, with four consecutive passes from 2022 through to the most recent test on 5 July 2025, and crucially, not a single advisory or defect entry on any of those tests. For a vehicle now entering its ninth year of life, the complete lack of recorded advisories relating to suspension components, brake lines, underbody corrosion, or running gear is a notably positive indicator. The test station has found nothing worth flagging on items such as the coil springs, suspension arms, bushes, brake discs and pads, or exhaust system across multiple annual inspections, suggesting the car has been maintained to a standard that keeps wear items well within serviceable limits at each test point. With an average annual mileage of around 7,611 miles over the nine-year lifespan, this i3 sits firmly within typical usage parameters for its age and segment. There are no extended gaps between MOT tests that would imply long periods off the road, and the consistent annual testing pattern suggests regular, ongoing use rather than intermittent or seasonal driving. For an electric vehicle of this type, steady moderate usage is mechanically beneficial as it keeps the high-voltage battery within healthier state-of-charge cycles, maintains regular thermal cycling of components, and prevents prolonged static periods that can affect the 12V auxiliary battery and brake caliper slide mechanisms. The mileage accumulation has been steady enough that no individual system should have suffered accelerated wear beyond its design tolerance. From a buyer perspective, the absence of any recorded advisories does mean there is no specific component history to narrow the inspection focus towards, but that should not be taken as a substitute for a physical appraisal. Given the i3's known areas of attention as it ages, particular care should be taken to inspect the rear trailing arm and suspension links for any play or knocking, as these are common wear points on early i3s regardless of MOT outcome. On a test drive, listen for any clonking or knocking from the rear axle over bumps and uneven surfaces, and pay close attention to steering feel for any vagueness or clonking through the column which could indicate worn front suspension components. The carbon fibre reinforced plastic bodywork should be checked carefully for any crash damage or UV degradation, particularly around the bumper edges and door sills. The regenerative braking system and traditional friction brakes should be tested thoroughly. Although the i3 relies on regeneration for the majority of deceleration, the hydraulic brakes can suffer from seized calipers due to infrequent use, so on a test drive, perform several firm pedal applications from moderate speed to confirm the pedal feels solid and the vehicle stops in a straight line without pulling. Inspect the brake discs visually for any obvious lipping or corrosion around the outer edge, which can develop if the friction brakes have been used infrequently. Finally, ensure the high-voltage battery state of health is independently assessed before purchase, as this is the single most significant mechanical and financial factor on any used i3, and the MOT record alone cannot reveal its condition.