2019 BMW X5 3.0L Diesel · FX68 AZW

The vehicle currently holds a valid MOT certificate issued on 26 August 2025 at 39,641 miles, indicating a stable roadworthiness status. While the car passed its most recent inspection, the tester noted that the front brake discs are pitted and scored. This indicates that the braking system is entering a phase of consumable wear that will require attention in the near future. The maintenance trend shows an improvement since the 2022 failure, as the vehicle has achieved three consecutive clean passes, though the recent advisory suggests that the owner may be deferring necessary brake component replacement. With 39,641 miles recorded over seven years, the vehicle averages approximately 5,663 miles per annum, which is significantly lower than the typical usage for a premium SUV. The mileage accumulation has remained consistent across the recorded history, moving from 23,458 miles in August 2022 to the current figure in August 2025. This steady, low-mileage profile suggests the vehicle has not been subjected to excessive long-distance motorway driving, though it does mean that certain components may have suffered from periods of inactivity or short-trip cycles that can accelerate degradation in specific mechanical areas. A prospective buyer should prioritize a physical inspection of the front brake discs and pads, as the advisory from the latest test confirms that the friction surfaces are deteriorating. The history of tyre damage recorded between 2022 and 2023 is a point of concern, as it suggests the vehicle may have been driven over poor road surfaces or kerbs, potentially impacting the wheel alignment or suspension geometry. Verify the condition of the alloy wheels for signs of impact damage and ensure that the steering remains neutral on a test drive. While the structural integrity of the vehicle appears sound based on the lack of corrosion advisories, the recurring tyre issues in the earlier records necessitate a thorough check of the suspension bushes and tracking to ensure no underlying alignment faults persist.