2013 BMW M6 4.4L Petrol · X90 OLE

The 2013 BMW M6 presents a stable and consistently clean roadworthiness record across all five MOT tests on file. The most recent examination on 14 June 2025 at 34,008 miles passed with zero defects and zero advisories, mirroring the outcome of every preceding test. This unbroken string of clean passes indicates no recurring mechanical or structural faults have emerged over the life of the record. The maintenance trend is stable and, by the evidence available, improving, as the vehicle has remained free of even minor advisories for at least the past five years. The mileage profile is notably low for a vehicle of this age. Over roughly thirteen years, the odometer has advanced just 34,008 miles, averaging approximately 2,616 miles per year. The annual increments between tests are modest and consistent, rising from 1,375 miles between February 2021 and January 2022, to 995 miles between January 2022 and May 2023, then 995 miles again through to June 2024, and 584 miles in the most recent twelve-month interval. There are no sudden spikes in accumulation and no anomalous gaps suggesting the vehicle sat unused for extended periods, though the very low annual distance implies predominantly short-trip or occasional use. Despite the clean MOT record, the nature of this vehicle warrants a careful physical inspection. The M6 is a high-performance grand tourer, and low-mileage examples can suffer from deterioration caused by infrequent use rather than wear. A buyer should examine the condition of all rubber suspension bushes, ball joints, and dust covers for perishing or cracking, as these degrade with age and humidity regardless of mileage. The underside and wheel arches should be inspected for corrosion, particularly around subframes, jacking points, and brake pipe unions, since even low-mileage cars can develop structural rust if stored in damp conditions. The braking system deserves close attention. Even though no binding calipers or worn discs have been flagged, low use can cause disc surfaces to corrode and pads to seize in their carriers. Tyre age and sidewall condition should be checked, as the original or early replacement rubber may be past its safe service life despite having adequate tread depth. The exhaust system, including catalytic converters and Lambda sensors, should be verified for integrity, as short-run driving accelerates moisture build-up and internal corrosion in the exhaust. A road test under varied loads will confirm the gearbox, clutch, and engine mounts remain free of the judder or slackness that low-use high-performance drivetrains can develop.