2009 BMW 118 2.0L Diesel · NX09 WRR

The roadworthiness of this vehicle is currently concerning, showing a trend of worsening neglect and reactive maintenance. While the car passed its latest test in September 2025 at 157,817 miles, the preceding failures reveal a history of ignoring basic safety and mechanical requirements. The transition from a clean record in April 2024 to a series of failures in 2025 indicates that the current owner only addressed faults once they became an immediate MOT failure, rather than performing preventative maintenance. At 157,817 miles, the 17-year-old BMW has averaged approximately 9,300 miles per year, which is consistent with typical usage for a vehicle of this age. However, the data shows a significant spike of nearly 9,600 miles covered between April 2024 and July 2025. This period coincides with a sharp decline in vehicle condition, evidenced by the appearance of bald tyres, worn out brake components, and an insecure exhaust system. The pattern suggests the car was driven heavily without sufficient mechanical oversight during this high-mileage interval. A buyer must conduct a thorough inspection of the drivetrain and braking systems due to recurring issues. The tester repeatedly flagged thin front brake pads and worn discs, alongside a deteriorated offside rear brake hose which requires replacement. More seriously is the report of a split rear prop shaft flexible coupling and a snapped exhaust mount that was held together with a plastic zip tie, suggesting sub-standard repairs to critical underbody components. The evidence of tampering with the diesel particulate filter noted in July 2025 is a major red flag for potential emissions issues and expensive engine management faults. Attention should also be paid to the structural integrity and safety electronics, as previous tests failed to allow seat belt inspections due to the seat configuration. The failure of the supplementary restraint system warning lamp in 2024 indicates a potential electrical fault in the airbag circuit. Given the age and the history of deteriorating rubber components and mounting hardware, the vehicle is likely to require significant investment in mechanical refurbishment immediately following purchase to ensure reliable operation.