2022 BMW I4 M50 Electric · XGF 2W

A single major structural failure punctuates the otherwise straightforward MOT history of this high-performance electric saloon, which successfully secured a clean pass on July 16, 2026, just days after failing an initial examination on July 7, 2026, due to a damaged windscreen obscuring the driver's view. This corrective repair resolved the sole recorded defect across the vehicle's testing life, leaving a subsequent pass certificate with zero ongoing advisories. While the prior test in July 2025 also yielded a clean pass, the windscreen replacement highlights the necessity of verifying that any glass installation was completed to manufacturer standards with fully functioning ADAS camera calibrations for the driver assistance systems. Accumulating a modest 13,406 miles over its four-year lifespan yields an average annual usage of approximately 3,352 miles, categorizing this vehicle as a notably low-mileage example for its age. Such light utilization patterns mean the high-voltage battery pack and electrical architecture have experienced minimal heavy cycling, though limited road use can occasionally mask underlying suspension or brake component wear until subjected to standard driving loads. Prospective buyers should inspect the condition of the alloy wheels and tyre sidewalls for subtle scrub marks or uneven wear patterns that sometimes stem from infrequent use or urban parking impacts. During the static pre-purchase inspection and dynamic road test, specific attention must be paid to the vehicle's heavy battery-induced weight distribution and its effect on chassis components. Drivers should listen closely for any unusual knocking or dull thuds from the adaptive suspension dampers and control arm bushes when navigating rough tarmac, speed bumps, or uneven road surfaces. Additionally, testing the regenerative braking transition alongside the physical friction brakes on a quiet stretch of road will ensure the braking system responds smoothly without any unexpected pedal travel, binding calipers, or electronic fault messages relating to the regenerative system. Finally, verify that all charging ports, high-voltage cables, and onboard diagnostic systems operate without fault, ensuring the replacement windscreen did not compromise any rain sensors, lane-keeping cameras, or heads-up display alignment. A thorough diagnostic scan should be conducted to confirm there are no stored low-voltage battery warnings or thermal management faults, ensuring the vehicle's powertrain and electronic infrastructure remain fully operational following its low-mileage preservation period.