2009 Volvo XC90 2.4L Diesel · LM59 EOA

A clear pattern of structural and suspension deterioration dominates the MOT history of this 2009 Volvo XC90, with subframe and suspension arm corrosion flagged at every recorded test since 2022. The most recent assessment on 2026-05-28 was a pass, but it carried five advisories covering rear subframe corrosion, corroded front Macpherson struts, an offside rear wheel bearing with slight play, corroding exhaust joints, and deteriorating rear suspension arm bushes. The intervening months were not trouble-free either: a January 2026 test produced a failure for an excessively worn offside front lower suspension arm ball joint and an electronic stability control warning lamp fault, while a December 2024 failure involved a missing wiper blade, a major exhaust joint leak, and a front inner brake disc scored beyond acceptable limits. Earlier entries reinforce the trend, with a dangerous tyre tread failure in October 2023 and a steering rack inner joint play advisory in October 2022, suggesting that the underlying issues are progressive rather than resolved. Against a 17-year lifespan, the recorded 172,465 miles equate to an average of roughly 10,145 miles annually, which is broadly consistent with normal usage for the age. There is no extended multi-year gap in the test record that would suggest prolonged standing, and the regularity of annual testing from 2022 onwards indicates the vehicle has remained in active service. However, the mileage itself places this XC90 firmly into high-wear territory for its major mechanical systems. Combined with the age, the accumulated mileage increases the likelihood that components such as bushes, bearings, brake discs, and exhaust mounting points are nearing or past their service life, which aligns with the recurring advisories and the escalating severity of defects seen in the failure entries. For a prospective buyer, the corrosion advisories warrant close physical inspection. The subframe and suspension arms should be examined on a ramp for advanced surface rust, flaking, or any signs of perforation that could be approaching the structural failure threshold, as advisories can progress to failures once corrosion compromises integrity. The front Macpherson struts and rear suspension arm bushes flagged in 2026 should be checked for cracking, splitting, or excessive movement when the wheels are manually rocked. On a test drive, listen for clonking or knocking noises over uneven surfaces, particularly from the front, and pay attention to vague steering response or vibration, which could indicate worsening ball joint wear beyond what was last recorded. The offside rear wheel bearing play noted in May 2026 should be evaluated by spinning the wheel to detect roughness or growling, and any humming that increases with speed would suggest it has deteriorated further. The brake-related entries also deserve specific attention. The binding offside rear service brake flagged in 2022 and 2023, together with the inner brake disc wear recorded on both front corners, points to potential caliper slide or guide issues and possible disc lipping. A test drive should include firm brake applications to check for pulling to one side, judder through the pedal, or any reluctance of the rear caliper to release, which can manifest as a dragging sensation or uneven handbrake performance. The exhaust joint corrosion and prior major leak suggest the system should be inspected for blowing sounds under acceleration, visible soot deposits around joints, and any movement when the pipe is rocked by hand. Finally, the electronic stability control warning lamp failure from January 2026 warrants confirmation that the system is now functioning correctly, ideally through a diagnostic scan, as unresolved stability control faults represent a meaningful safety concern for a heavy SUV of this age.