2009 BMW 3 Series 3.0L Diesel · TT02 ADE

The vehicle shows a recent improvement in roadworthiness following a period of mechanical decline. While the July 2025 test at 137,940 miles resulted in a clean pass with no defects, this followed a failure just one day prior at 137,904 miles due to a serious fluid leak from the offside rear shock absorber. This suggests the owner addressed the immediate suspension failure, but the history reveals a pattern of recurring component wear that requires close scrutiny. The mileage accumulation remains consistent with the vehicle's age, averaging approximately 8,000 miles per year. The record shows steady progression from 124,939 miles in July 2023 to 137,940 miles in July 2025. This predictable usage pattern suggests the car has not been subject to extreme high-speed motorway driving or long periods of inactivity, which typically helps maintain certain rubber components, though the age of the vehicle makes degradation of seals and bushes inevitable. A buyer should focus heavily on the suspension and steering systems. The July 2024 test at 131,019 miles flagged widespread wear across almost all suspension arm pins and bushes, alongside damaged steering rack gaiters. Although these were passed as advisories, the subsequent failure of the offside rear shock absorber in 2025 indicates that the suspension system is reaching the end of its service life. The steering rack gaiters also present a risk of premature rack failure if they are not replaced to prevent dirt ingress. Brake and drivetrain components also warrant a physical inspection. The 2023 records highlighted issues with rear brake disc wear, thinning pads, and a binding nearside rear caliper. While these specific issues were not noted in the most recent 2025 pass, the history of binding brakes and a deteriorating propeller shaft flexible coupling suggests that the owner should check for any residual vibration or uneven braking performance. The oil leak noted in 2024 should also be verified to ensure it has not worsened or become a significant leak.