2022 BMW I4 EDRIVE40 Sport Electric · FP72 THF

A clean MOT pass with no advisories or defects recorded at the most recent test on 31 October 2025 strongly indicates that this BMW i4 eDrive40 Sport is presently in sound mechanical condition from a roadworthiness perspective. The absence of any flagged items at the test means there were no concerns raised regarding braking efficiency, tyre condition, suspension components, lighting, or structural corrosion at that point. For a prospective buyer, a defect-free pass on a near-three-tonne electric vehicle with complex regenerative and friction braking systems, plus sophisticated multi-link rear suspension, is a reassuring baseline. However, it is worth recognising that MOT testing captures only a snapshot of safety-critical items at one point in time and does not evaluate battery health, high-voltage system integrity, or the deeper mechanical condition of the powertrain, so a clean pass should be considered a starting point rather than a complete endorsement. With 38,561 miles accumulated over approximately four years, this i4 has covered an average of around 9,640 miles annually, which is broadly typical for a modern premium EV used as a mix of commuting and longer journeys. There are no extended gaps in MOT testing history that would suggest the vehicle was laid up for long periods, which is beneficial for an electric car because prolonged inactivity can lead to issues with the 12V auxiliary battery, tyre flat-spotting, and stale brake fluid due to infrequent brake use with regenerative deceleration. The relatively steady accumulation of mileage also suggests the high-voltage battery pack, electric drive unit, and suspension components have been subjected to regular thermal and load cycles, which is generally healthier for longevity than sustained low use or storage. From a component-specific standpoint, even though the MOT record itself is unblemished, there are areas worth scrutinising on any test drive given the vehicle's age and EV-specific characteristics. The i4 uses conventional friction brakes at the rear axle that may suffer from corrosion on the discs due to infrequent operation under regenerative braking, so on a test drive, listen for any scraping or grinding from the rear wheels on light application and check for judder through the pedal. The multi-link rear suspension and front strut assemblies should be exercised over uneven surfaces, listening for clonks or knocks from the bushes, anti-roll bar links, or top mounts, and the steering should remain precise without vibration or pulling under braking, which would hint at warped brake discs or uneven tyre wear. Tyres should be inspected for uneven shoulder wear, which on an EV is often more pronounced due to the immediate high torque delivery and the vehicle's considerable kerb weight. Additional checks specific to this BMW include verifying the operation of the high-voltage charging port and cable, ensuring the infotainment and driver assistance systems function correctly, and confirming there are no warning messages relating to the drive battery or electric drive unit. A diagnostic scan via a BMW-capable tool such as ISTA would be advisable to check for stored fault codes in the powertrain control modules, as MOT testing does not cover any of these systems. Finally, confirming that the vehicle has a full BMW service history, particularly for brake fluid renewal, coolant changes for the thermal management system, and any software updates issued for the battery management system, will provide further confidence that this i4 has been maintained in line with manufacturer requirements.