2022 BMW IX Electric · N8 VTA

The 2022 BMW IX passed its most recent MOT on 23 September 2025 at 26,573 miles with no defects recorded. This result indicates a stable maintenance trend and confirms the vehicle was in roadworthy condition at the time of testing. The absence of advisories or failures suggests the car has been consistently maintained to a standard sufficient for annual inspection requirements. However, the record contains only a single MOT result, offering limited insight into long-term mechanical behaviour across the vehicle’s lifespan. The recorded mileage of 26,573 miles aligns closely with average annual usage for a four-year-old vehicle, equating to approximately 6,643 miles per year. No significant mileage spikes or prolonged gaps in MOT testing appear in the available data. The most recent test occurred just over nine months ago relative to the current date of June 2026, placing the vehicle within its expected validity period but approaching the need for another inspection. With only one MOT entry on file, the history lacks detail on earlier maintenance patterns, making it difficult to assess wear trends on components such as suspension bushes, brake discs, or drivetrain mounts. Buyers should conduct a thorough mechanical inspection focusing on areas commonly affected by long-term use and environmental exposure, even in the absence of prior defects. Particular attention should be given to suspension components, including air springs and control arm bushes, as these can degrade over time, especially on higher-specification models like the IX. Brake calipers and discs should be examined for signs of binding or uneven wear, which may not always trigger an MOT failure but can affect performance. Additionally, inspect for early signs of corrosion on structural elements, particularly in concealed areas not visible during a standard test. While the MOT record shows no faults, a pre-purchase inspection remains prudent to verify the condition of mechanical and electrical systems not assessed during routine testing.