2009 Subaru Legacy 2.0L Diesel · SY59 LRF

A prolonged absence of roadworthiness certification defines this vehicle, which has not undergone a successful MOT test since August 2021 and failed its last recorded attempt in August 2022. The lack of documented defects accompanying these failures is highly irregular, leaving the current mechanical state of the vehicle entirely unknown. This four-year gap in testing suggests the car has been stationary or used illegally, creating a significant risk regarding its current roadworthiness and overall mechanical integrity. The recorded mileage of 131,103 miles is consistent with a typical usage pattern of approximately 7,712 miles per year over its seventeen-year lifespan. While the overall accumulation is moderate, the total cessation of recorded mileage and testing since 2022 indicates a period of prolonged dormancy. Mechanically, such a hiatus often leads to the degradation of rubber components and the seizing of moving parts, which may not be evident until the vehicle is returned to regular service. Given the absence of specific defect data in the MOT history, a comprehensive physical inspection is mandatory to identify latent issues. Particular attention should be paid to the structural integrity of the underbody and subframes, as these models are susceptible to corrosion. During a test drive, listen for knocks or clunks from the suspension bushes and coil springs, and check for any steering pull or vibration that could indicate worn linkages or uneven tyre wear resulting from the long period of inactivity. The braking system requires rigorous evaluation due to the extended lay-up. Check for binding calipers or pitted brake discs that may have developed while the vehicle was stationary. Ensure there is no pedal judder during deceleration and verify that the handbrake operates smoothly without sticking. Because the official record provides no specific failure points for the 2022 test, the buyer must treat the vehicle as having multiple potential failures across all safety-critical systems.