2022 BMW I4 EDRIVE40 Sport Electric · SA72 WHM

The recorded DVSA history for this 2022 BMW i4 eDrive40 Sport is exceptionally brief, with just two entries falling on the same date in October 2025, and the mechanical story here is one of a largely untested vehicle rather than a confirmed track record of roadworthiness. The single test outcome shows a pass with no defects recorded, but this was issued on the very same visit that produced an advisory-level failure for a non-conforming front registration plate under item 0.1 (d) of the inspection manual. Because the plate issue was the sole reason for refusal, the underlying mechanical condition was not actually examined on a failed basis, meaning the pass certificate stands alongside rather than despite an unresolved presentation defect. There are no corrosion advisories, no suspension or brake component flags, and no recurring patterns to interpret, so any prospective buyer is working from a very thin data set rather than a reassuring long-term trend. With only 18,209 miles recorded over approximately four years, the vehicle has averaged around 4,500 miles annually, which is well below typical usage for a premium executive saloon of this age and points toward extended periods of standing or predominantly short-hop urban driving. Mechanically, this profile warrants attention to the areas most affected by low utilisation rather than high wear: the 12V auxiliary battery, brake discs and pads (which can corrode and seize on the hub face from lack of regular application), the air conditioning compressor and refrigerant circuit, tyre age and sidewall condition even if tread depth looks acceptable, and any rubber suspension components that can deteriorate through disuse and temperature cycling rather than mileage accumulation. The fact that only one MOT event has been captured since registration is consistent with this low-mileage picture but also means there is no multi-year longitudinal data to confirm that the underside, subframe, brake lines, or high-voltage cabling have been visually inspected under DVSA criteria more than once. For a test drive, the buyer should focus on symptoms that align with the components most likely to suffer on a sparingly used electric BMW. Listen for any knocking, clonking, or creaking from the front and rear suspension over speed humps and uneven tarmac, particularly from the lower control arm bushes, anti-roll bar links, and rear thrust arms, as these are common wear points on the i4 chassis. Check for brake pedal judder or vibration under gentle firm application, which would indicate corroded front or rear disc surfaces rather than pad wear, and listen for any scraping or binding as the car rolls to a stop. The steering should feel precise and free of vagueness around the straight-ahead; any knocking through the steering rack or column points to worn drop links or top mounts. Inside the cabin, verify that the climate control blows cold promptly and that there are no warning messages relating to the high-voltage battery or 12V system, as prolonged standing can trigger issues with the DC-DC converter and auxiliary electrical systems. Beyond the test drive, a few targeted inspections are worthwhile given the failure recorded. Confirm that a compliant, correctly formatted front number plate has been fitted and that it meets the current spacing, font, and character requirements, otherwise the same advisory failure could be repeated at the next test. Carry out a thorough underside examination on a ramp if possible, looking for any signs of impact damage, fluid weeping from the rear electric drive unit, or corrosion to the undertrays and brake pipe runs, as none of these areas have been independently verified beyond the single DVSA visit. Finally, given the low annual mileage, request evidence of recent 12V battery replacement or a health check, and consider a diagnostic scan via a BMW-capable tool to confirm there are no dormant fault codes in the high-voltage system, as standing time can mask issues that only manifest under regular charging and driving cycles.