2009 BMW 120 2.0L Diesel · RM59 MAS

The 2009 BMW 120 presents a stable and improving maintenance trend, culminating in a notably clean bill of health. The most recent test on 18 June 2022 at 96,081 miles was a pass with zero defects recorded. This clean sheet follows a period of active remediation; the vehicle had previously failed on 4 April 2019 at 93,649 miles due to worn and pitted front brake discs. The subsequent tests in 2020, 2021, and 2022 all passed without advisories, indicating that the braking system was properly overhauled and has since remained in good order. The current MOT certificate is valid until 17 June 2026, meaning the vehicle is freshly tested and has a full year of compliance ahead. The mileage accumulation tells a story of very light, consistent use that has plateaued in recent years. Between 2018 and 2022, the car covered just 3,526 miles over four years, averaging under 900 miles annually. The recorded mileage has not moved since the June 2022 test, suggesting the vehicle may have been standing for an extended period. This ultra-low annual mileage, roughly 5,652 miles per year over its seventeen-year life, is well below the national average and points to short-trip, urban driving or prolonged storage rather than high-mileage motorway work. Despite the clean recent record, a buyer must physically inspect the underside and structural components for corrosion, a common issue on BMW 1 Series models of this era, particularly around rear wheel arches, sills, and subframes. The vehicle's extended periods of inactivity raise the risk of deteriorated rubber suspension bushes, seized brake calipers, and perished tyre sidewalls, even if tread depth remains legal. The 2019 advisory on pitted front discs confirms the car has suffered from brake corrosion in the past, so a close inspection of the entire braking system, including rear calipers and handbrake mechanisms, is essential. A thorough test drive should focus on any suspension knocks, uneven tyre wear, or binding brakes that may have developed during its recent dormancy.