2002 BMW X5 2.9L Diesel · RF52 ASO

The most recent MOT in August 2022 at 116,052 miles confirmed the vehicle’s roadworthiness with no defects recorded, suggesting a stable maintenance trend since its last failure in August 2021. The absence of recurring issues across tests indicates consistent upkeep, though the single failure in 2021 at 100,575 miles warrants scrutiny of components tested at that time, such as braking systems or exhaust emissions, to ensure no latent problems persist. The 2022 result reinforces that the vehicle meets current standards, but its age and mileage necessitate thorough inspection of wear-prone areas. The mileage pattern reveals a notable acceleration in usage between August 2021 (100,578 miles) and August 2022 (116,052 miles), adding 15,474 miles in a year—a sharp increase compared to the average 4,836 annual miles over the vehicle’s lifespan. This spike may reflect heightened activity in the past year, potentially accelerating wear on components like suspension, tyres, or brakes. Prior to 2021, mileage increments were minimal, suggesting periods of inactivity or light use, which could have delayed maintenance of non-critical systems. The low overall mileage for its age is advantageous, reducing immediate risks from excessive wear but not eliminating concerns tied to the car’s structural age. Given the vehicle’s age and mileage, a buyer should prioritize inspecting the suspension system for worn bushes or coil springs, as these components degrade over time and may not be fully apparent in MOT tests. Brake discs and calipers should be checked for corrosion or uneven wear, particularly given the 2021 failure, which might have involved braking-related advisories. Structural rust, especially around the chassis or wheel arches, is a critical concern for a 24-year-old model and should be assessed visually. Additionally, exhaust emissions systems and coolant levels warrant attention, as leaks or corrosion in these areas could lead to failures despite a clean MOT history. The absence of recurring faults does not negate the need for hands-on evaluation of these high-risk elements.