2017 BMW 5 Series 2.0L Diesel · FA17 OYP

The vehicle is currently roadworthy following a successful test in July 2025, but the maintenance trend indicates a period of mechanical neglect that was only recently addressed. While the most recent test passed, the failure in June 2025 at 112,055 miles reveals that the front shock absorbers had developed serious fluid leaks and the front brake discs were found to be worn and pitted. The fact that these issues were rectified within a month suggests the owner is now performing reactive repairs rather than proactive preventative maintenance. At 112,055 miles over nine years, this BMW has covered an average of approximately 12,450 miles per year. This high mileage reflects consistent motorway use which accelerates wear on suspension components. The record shows steady mileage accumulation, with roughly 17,000 miles driven between August 2022 and August 2023, and another 18,500 miles in the year leading up to the 2024 failure. This high-frequency use explains the significant wear and tear seen on the drivetrain and braking system. A buyer must physically inspect the suspension assembly, as the history shows a persistent issue with shock absorbers dating back to 2022. What began as light misting on the nearside front unit escalated to a serious leak by 2025, suggesting the dampers are reaching the end of their functional life. Check for any remaining signs of oil weeping on the rear shocks. Additionally, the 2025 failure regarding pitted brake discs indicates that the braking system may be prone to corrosion or has been run beyond its service limits for extended periods. Attention should also be paid to the seatbelts, as previous tests noted restricted inspections of the adult belts due to child seats being fitted in 2022 and 2024. The 2023 test also flagged a poor windscreen washer system. Given the high mileage and the history of suspension failures, a thorough check of the rubber arm bushes and structural integrity is essential to ensure no further hidden faults are developing from the high usage.