2017 BMW I3 0.6L Hybrid electric (clean) · OV67 HBZ

A clean and unbroken MOT record across eight consecutive tests defines the roadworthiness profile of this 2017 BMW i3, with no advisories or failures logged at any point since first presentation in January 2020. The most recent examination on 2 May 2026 produced a pass with no defects recorded, matching the outcome of every preceding test back to 2020, which collectively spans the full MOT history available for the vehicle. The absence of any recorded advisories means there is no documented pattern of emerging wear, corrosion, or component degradation that a buyer would need to weigh against the test history. It is worth noting, however, that the MOT scheme is a minimum safety and emissions standard rather than a measure of mechanical condition, so the blank record reflects compliance with statutory criteria on the day of test rather than an assessment of underlying component health. The mileage accumulation of 63,274 miles over a nine-year registration period equates to roughly 7,030 miles per year on average, which sits broadly within typical parameters for a vehicle of this age. There are no conspicuous gaps in the testing history that would suggest extended periods off the road, with annual examinations consistently recorded from 2020 onward, including a tighter interval between the January 2021 and December 2021 tests. The usage profile therefore appears to be one of steady, regular driving rather than long-term storage or unusually high annual mileage. For an electric vehicle like the i3, this kind of consistent running is mechanically relevant in terms of high-voltage battery conditioning, regular brake actuation, and tyre rotation, and there is nothing in the recorded mileage pattern that raises immediate concern on those fronts. Because the MOT history contains no advisories, there are no specific flagged components to trace over time or to investigate for worsening. A prospective buyer should still direct attention to areas that the test cannot fully assess but which are relevant to a nearly decade-old electric vehicle. On a test drive, listen for any clonks or knocks from the front and rear suspension over uneven surfaces, paying particular attention to the characteristic firmness of the i3's MacPherson strut front end and the multi-link rear, as worn bushes or top mounts can develop gradually without necessarily triggering an MOT defect. Steering should feel precise without excess play or vibration, and the regenerative braking system should provide consistent deceleration without grinding, squealing, or pulling to one side under light pedal pressure. The high-voltage battery and associated thermal management system warrant specific inspection, as degradation here is the most significant mechanical risk for any used i3 and falls entirely outside MOT scope. Request confirmation of the battery state of health or any diagnostic readout available, and ensure the vehicle charges to its indicated full range without warning messages or sudden drops. Inspect the underside of the charging port area and the high-voltage orange cabling routing for any signs of damage, corrosion, or aftermarket repair, particularly if the vehicle has been kerbed. The distinctive forged aluminium chassis sections and carbon fibre reinforced plastic passenger cell should be examined for cracks or impact damage, and a final check of the tyre condition across the full tread width, including the inner shoulders, will help confirm that wheel alignment and suspension geometry remain within tolerance given the vehicle's relatively narrow track and the side loads generated by its tall, narrow stance.