2010 BMW X5 3.0L Diesel · EY60 AFU

The vehicle presents a stable but aging maintenance profile, passing its most recent MOT on 17 June 2026 at 159,075 miles. While the vehicle remains roadworthy, the record shows a recurring pattern of minor mechanical and consumable issues that have persisted over the last several years. The presence of an oil leak noted in the 2024, 2025, and 2026 tests suggests a long-term seepage that has not been rectified, though the tester currently classifies it as not excessive. The mileage accumulation is consistent with a vehicle of this age, averaging approximately 9,942 miles per year. The data shows steady usage without significant periods of inactivity or sudden, heavy surges in mileage. Between the 2024 test at 136,431 miles and the 2025 test at 150,184 miles, the vehicle covered roughly 13,753 miles, which aligns with the established annual trend. This consistent usage pattern generally indicates a vehicle that is driven regularly rather than sitting idle. A prospective buyer should focus inspections on the rear suspension and tyre wear patterns. The 2025 test at 150,184 miles flagged corrosion on both nearside and offside rear height sensor rods, and the 2022 and 2019 tests both noted rear tyres wearing close to the legal limit or scrubbing the inner edges. This recurring tyre wear suggests potential issues with rear axle alignment or suspension geometry. The ongoing oil leak reported in the last three consecutive tests warrants a thorough underbody inspection to determine the source and whether it originates from a gasket or a more significant seal failure. The repeated mentions of engine covers and undertrays obscuring components between 2020 and 2023 indicate that some mechanical inspections may have been limited by the vehicle's shielding. Given the age and the specific advisories regarding suspension corrosion and oil seepage, a professional mechanical assessment of the drivetrain and rear suspension integrity is necessary to ensure these minor issues do not mask more significant underlying faults.