2009 BMW 3 Series 2.0L Petrol · PE59 TYH

The vehicle currently holds a roadworthy status, following a clean MOT pass in February 2026 at 127,633 miles. This result indicates a stable trend in maintenance following a period of mechanical neglect in early 2024. While the car previously struggled with braking components and suspension leaks, the lack of defects in the most recent test suggests that the identified faults were addressed and that the vehicle is currently operating within acceptable safety parameters for its age. At 17 years old, the recorded 127,633 miles represent an average annual usage of approximately 7,500 miles, which aligns with typical UK mileage patterns. There is a significant spike in usage between February 2024 and February 2025, where the vehicle covered over 20,000 miles in a single year. This rapid burst of mileage likely accelerated the wear seen on the tyres and brake components noted in the 2025 test. Since then, the mileage accumulation has normalized, with roughly 6,000 miles recorded over the last year. A prospective buyer must specifically inspect the rear sub-frame, as the tester flagged corrosion in 2024. Although noted as not seriously weakened at that time, structural rust on BMW chassis of this era is prone to progression if not monitored. The buyer should also examine the shock absorbers; the history shows persistent misting of oil since 2023 and 2024, indicating the seals are failing and the units will eventually require replacement despite passing the current test. The braking system requires close attention following the failure in February 2024 for a binding offside rear caliper, thin pads, and a twisted hose. While these were repaired to achieve the subsequent pass, a physical inspection should check for continued uneven pad wear or signs that the brake hoses are not correctly routed. The 2025 advisory regarding tyres worn on the edge also suggests a potential alignment issue or worn bushes, which should be verified during a test drive to prevent premature tyre degradation.