2014 BMW X6 3.0L Diesel · DY14 VJC

The vehicle passed its most recent MOT on 2026-05-22 with 120,918 miles, indicating it remains roadworthy. However, the test flagged multiple advisories, including an oil leak, rear sub-frame corrosion, rear tire damage, and corroded coil springs, suggesting ongoing maintenance needs. While the car has consistently passed annual MOTs since 2023, recurring issues like oil leaks, windscreen damage, and suspension component wear (e.g., coil springs, suspension arms) imply a stable but aging mechanical condition. The trend does not show significant deterioration compared to prior years, but the persistence of these faults highlights the importance of regular upkeep. The vehicle’s mileage aligns closely with its age, averaging roughly 10,076 miles per year—a typical rate for a 12-year-old car. Notable gaps in usage occurred between 2024-02-20 (91,246 miles) and 2024-06-22 (95,316 miles), where only 4,070 miles were added over four months, possibly reflecting reduced driving or storage. Conversely, mileage accelerated sharply between 2025-05-22 (106,514 miles) and 2026-05-22 (120,918 miles), with 14,404 miles logged in one year—slightly above the annual average. This variability suggests intermittent heavy use, which may accelerate wear on components like brakes, suspension, and tires. A prospective buyer should prioritize inspecting the suspension system, as multiple MOTs cite corroded coil springs, worn suspension arms, and sub-frame deterioration. Brakes also warrant scrutiny due to repeated advisories about thin pads and pitted discs. Structural rust, particularly around the rear sub-frame, could signal deeper bodywork concerns. Additionally, verifying the cause of the persistent oil leak and assessing tire condition (repeated cracking/perishing) is critical. The windscreen damage, though non-critical, recurs frequently, hinting at potential neglect in minor repairs. A thorough visual inspection of these areas, combined with a test drive to evaluate handling and brake performance, would help gauge the vehicle’s true mechanical health.