2009 Subaru Forester 2.0L Petrol · FE09 VFM

The vehicle currently fails the MOT test in the September 2026 test at 69,709 miles, indicating that the most recent maintenance was completed approximately 5.6 years ago. The overall roadworthiness status is poor, as the vehicle has experienced a significant deterioration in its mechanical condition. This trend is not stable; it has been accelerating, with the most recent failure occurring in November 2025 at 69,643 miles, suggesting a rapid loss of mechanical integrity. The mileage pattern reveals a distinct gap between the vehicle's age and its recorded service history. At 17 years old, the car possesses only 4,101 miles of recorded mileage, which is considered very low for such an age. This scarcity of data highlights that the owner has likely skipped basic upkeep routines, leading to the accumulation of wear on consumables and structural components. The rapid mileage increase since the September 2025 test further supports the conclusion that the vehicle is running on thin fuel, with wear on suspension bushes, brake discs, and exhaust joints occurring at a high frequency. A buyer must inspect the vehicle in person to identify the specific recurring faults and structural risks that have accumulated over the past six years. The most critical areas to evaluate are the suspension and braking systems, which have been repeatedly flagged for wear and damage. The history is dominated by significant fluid leaks in the front shocks, excessive wear on suspension pin joints, and severe deterioration of suspension ball joints. Furthermore, the rear brake discs and pads show signs of pitting and scoring, indicating potential failure points. The exhaust system also presents a major concern, with multiple joints deteriorated and rusty, and a minor leak in the rear exhaust. These findings suggest that the vehicle is in a precarious state of structural integrity, requiring immediate professional assessment and potential replacement of major components to prevent further catastrophic failure.