2009 Subaru Forester 2.0L Diesel · MF09 GXB

Recurring issues with suspension component play and braking efficiency define the mechanical profile of this Subaru Forester, with the most recent test on 16 May 2026 resulting in a pass despite advisories for slight play in both the offside and nearside front suspension arm ball joints. This follows a pattern of progressive wear in the steering and suspension linkages, including previous advisories for anti-roll bar ball joints and various suspension arm bushes. While the vehicle has passed its recent inspections, the tendency for ball joints and bushes to be flagged suggests a continued requirement for monitoring the integrity of the front-end geometry and linkage components. The recorded mileage of 114,222 miles over approximately 17 years equates to an average annual usage of roughly 6,719 miles. This represents a relatively low annual accumulation for a vehicle of this age, which typically suggests more intermittent use rather than high-frequency long-distance driving. Mechanically, this pattern of usage can sometimes correlate with the observed advisories regarding rubber components, such as suspension bushes and ball joints, which can perish or lose elasticity when a vehicle is not driven extensively. A prospective buyer should pay close attention to the suspension and steering during a test drive to address the ongoing advisories regarding ball joint play. Listen for any knocking, clunking, or popping noises when navigating uneven road surfaces or turning the steering wheel at low speeds, as these are common indicators of worn ball joints or bushes. Additionally, given the 2023 history of binding brakes and reduced damping from rear shock absorbers, it is necessary to check for any pulling to one side under braking or a bouncy, unsettled feeling when driving over undulations, which would indicate that the shock absorbers or brake calipers are not performing optimally. The 2022 advisory regarding corrosion on the underbody and suspension components warrants a physical inspection of the chassis and subframe. While no structural failures have been recorded, the presence of corrosion on these areas can accelerate the wear of the aforementioned suspension components. During the inspection, look for significant scale or heavy rust on the mounting points for the suspension and exhaust system. Ensuring that the braking system remains free of the binding issues noted in previous years is also critical, so pay attention to any heat radiating excessively from the wheels or any unevenness in pedal pressure during deceleration.