2022 BMW I3 Electricity · S4 MTA

The vehicle's MOT history reveals a critical roadworthiness concern at its first recorded test in February 2025, when it failed due to dangerously low tread depth on both nearside and offside rear tyres. This serious defect was swiftly addressed, with the vehicle passing a re-test just five days later. Since then, the BMW I3 has maintained a clean record, passing its most recent inspection on 2026-02-10 without any recorded defects or advisories, indicating that immediate safety issues were rectified and subsequent roadworthiness has been confirmed. With 29,991 recorded miles over approximately four years, the vehicle has accumulated an average of around 7,500 miles per year. This mileage accumulation is typical for a car of its age, suggesting regular, moderate use rather than prolonged periods of inactivity or exceptionally high-intensity driving. The consistent annual MOT testing pattern, without any notable gaps, reinforces a history of continuous operation. Given the previous dangerous tyre failure, a prospective buyer must meticulously inspect all four tyres. While the failed rear tyres would have been replaced, it is essential to verify that the current tyres have ample tread depth across their entire width, exhibit even wear patterns, and are free from any cuts, bulges, or signs of perishing. Uneven tyre wear can sometimes indicate underlying issues with wheel alignment or suspension geometry, which, if present, could lead to premature tyre degradation. During a test drive, pay close attention to the vehicle's steering feel and stability, listening for any unusual noises from the wheels or suspension that might suggest alignment problems or worn bushes, which could contribute to future tyre wear. Although the subsequent MOT passes are clean, a comprehensive pre-purchase inspection by a qualified technician is always recommended to assess the current condition of wear-and-tear items not always detailed in an MOT, such as brake component wear, suspension integrity, and the overall health of the electric propulsion system.