2014 BMW 520 2.0L Diesel · CE11 LEO

A persistent pattern of braking system defects and escalating corrosion defines the mechanical history of this vehicle. While it achieved a pass on 2026-08-10, the record shows a trend of recurring issues, including a dangerous failure for worn rear brake pads in 2024 and a major fault regarding the electronic braking system warning device in 2025. The presence of pitted and scored front brake discs has now become a chronic advisory across multiple tests, indicating a gradual deterioration of the braking surfaces. With 72,829 miles recorded over twelve years, the vehicle has averaged approximately 6,069 miles per year, which is typical for its age. This level of usage generally suggests a moderate level of wear on the drivetrain and engine components. However, the emergence of corrosion on the brake pipes and rear coil springs suggests that environmental exposure or periods of inactivity may have had a more significant impact on the chassis and suspension than the actual mileage accumulated. Immediate attention is required for the braking and tyre systems. The recurring advisories for pitted and scored front brake discs, combined with the previous dangerous failure for rear pads, necessitate a close inspection of all friction materials. During a test drive, feel for any pedal judder or pulsation, which would confirm the scoring of the discs. The previous electronic braking system fault should be verified to ensure no warning lights remain active and that the system is functioning as intended. The structural and suspension integrity requires scrutiny due to the reported corrosion on the rear coil springs and brake pipes. Listen for knocks or creaks from the rear suspension when traversing uneven surfaces, as corroded springs are prone to failure. Furthermore, the offside front tyre is noted as perishing and the offside rear has a nail, both of which require immediate replacement. Potential buyers should be aware that underbody covers obstructed the inspector's view during the latest test, meaning certain chassis components may not have been fully evaluated for corrosion or leaks.