2016 BMW X5 3.0L Diesel · HFO 452

The vehicle presents a stable roadworthiness profile following its most recent MOT pass on 8 April 2026 at 37,221 miles, which recorded no defects. While the vehicle has passed all recent inspections, the history shows a recurring pattern of tyre wear issues that suggests inconsistent attention to wheel alignment or basic consumable maintenance. The absence of defects in the latest test indicates that previous issues have been addressed, moving the maintenance trend from a period of minor neglect back into a clean state. The mileage profile is exceptionally low for a 2016 model, averaging approximately 3,722 miles per year. A significant gap in recorded mileage appears between May 2019 at 23,247 miles and October 2020 at 34,797 miles, suggesting the vehicle may have been stationary for extended periods during that interval. This low annual usage often results in less mechanical wear on the drivetrain and engine, but it can lead to secondary issues such as perished rubber components or seized brake calipers due to lack of regular operation. The MOT history highlights specific areas requiring physical inspection. The tester flagged uneven tyre wear and near-legal tread depths in 2019, 2024, and 2025, which points to potential issues with suspension geometry or worn suspension bushes. Specifically, the 2019 test noted play in several front lower arm ball joints. A buyer should scrutinise the condition of the suspension arms, ball joints, and steering components to ensure the uneven tyre wear observed in the 2024 and 2025 tests has been fully rectified through mechanical repair rather than just tyre replacement. Given the low mileage and the history of tyre edge wear, a thorough check of the wheel alignment and the integrity of the suspension system is necessary. While no structural corrosion or serious mechanical failures appear in the record, the intermittent nature of the tyre advisories suggests that the vehicle's handling characteristics should be verified during a road test to rule out persistent alignment drift.