2009 BMW 3 Series 2.0L Petrol · LT09 DHN

The vehicle is currently roadworthy following a PASS on 8 September 2023 at 199,106 miles, but the maintenance trend shows a clear deterioration in brake system integrity over the past three years. The most recent test confirms that while the car passed, it carries multiple advisories and failures related to brake components, particularly the front brakes which were found to be severely compromised in the prior failed test. The nearside front brake hose remains damaged, and the rear brake pipe continues to show corrosion under grease, indicating persistent neglect or inadequate repair work. The repeated presence of thin brake pads and weakened discs suggests that critical wear items have not been properly maintained, raising concerns about stopping performance and long-term safety. The mileage progression reflects consistent annual usage averaging approximately 11,700 miles per year, with no significant gaps between tests—each MOT occurring within a narrow window around the same date each year. From 177,665 miles in September 2020 to 199,106 miles in September 2023, the vehicle has accumulated 21,441 miles over three years, aligning closely with expected usage for its age. This steady accumulation indicates regular use rather than prolonged periods of inactivity, meaning mechanical wear from driving is likely to be representative of actual service life, not storage-related degradation. A buyer must conduct a thorough in-person inspection of the braking system, focusing on the condition of all brake hoses, calipers, discs, and pads, especially on the nearside front and rear axles where recurring issues have been documented. The corroded rear brake pipe and grease-covered surface suggest potential moisture ingress and poor maintenance, increasing the risk of sudden failure. Suspension components, particularly the nearside rear upper arm bush, have shown progressive wear since 2021, and the worn inner bush noted in 2021 may now be more severe. Additionally, the undertray and undersealing are known to obstruct inspections, so verification of structural integrity beneath the chassis is essential—particularly around the exhaust system, suspension mounts, and frame rails where rust or damage could be hidden.