2013 Ford Galaxy 2.0L Diesel · WR13 BOJ

A consistent thread of front suspension wear runs through the MOT history of this Galaxy, suggesting that the steering and anti-roll bar components have been a chronic source of attention well before the most recent test on 10 November 2022. That 2022 test produced a pass but flagged inoperative registration plate lamps, while an earlier assessment on the same date recorded Major defects for the nearside and offside front steering locking devices being ineffective, an immediate refusal of the test on the day. Looking deeper into the file, the 2021 test sequence shows a Major failure for an excessively worn offside front suspension arm ball joint and a split nearside front inner drive shaft CV boot that no longer prevented dirt ingress, alongside advisories for tyre wear and a damaged Macpherson strut mounting. A Dangerous defect was also recorded in 2019 for an offside rear tyre with ply or cords exposed, paired with a failed stop lamp, which together underline a track record of consumable neglect rather than isolated incidents. The 2020 pass was clean of failures but carried advisories for anti-roll bar linkage play and rear tyres at the legal limit, reinforcing that component deterioration rather than one-off damage is the defining mechanical narrative. The recorded mileage of 387,590 miles across roughly thirteen years equates to approximately 29,800 miles annually, a notably high accumulation that places sustained demand on every wear-related system. The MOT file does not show evidence of extended standing periods, and tests have been presented on a fairly regular cadence since 2019, suggesting the vehicle has remained in active service rather than being laid up. Such mileage inevitably accelerates wear on suspension bushes, ball joints, anti-roll bar linkages, CV boots and steering components, all of which align with the pattern observed in the recorded defects. It is reasonable to expect that original bushes, mounting rubbers and possibly the steering rack itself will have been replaced during the vehicle's life, and any components not addressed will now be at or beyond the end of their service life. For a prospective buyer, the priority areas for physical inspection and test drive evaluation should mirror exactly the components flagged in the history. The front suspension should be raised and the offside front lower arm ball joint, both front anti-roll bar linkage ball joints, and the nearside front upper strut mounting checked for play or corrosion, with any clonks or knocks over uneven surfaces during the test drive taken seriously as an indication that worn joints have not been replaced. The steering should be turned lock to lock both stationary and at low speed to detect any looseness, binding or slack that could relate to the previously flagged ineffective steering locking devices. The nearside front drive shafts warrant close visual inspection of both the inner and outer CV boots for splits or grease loss, and any clicking under load when turning sharply would suggest joint wear is already advanced. A test drive should also include firm braking from around 40 mph to check for pull, vibration through the pedal or steering wheel, or a binding caliper dragging on either rear wheel, as the history does not include brake-specific defects but the mileage alone warrants this check. Listen for any rumble or whine from the front wheels that could point to wheel bearing wear consistent with high mileage. Inspect all four tyres for uneven shoulder wear, particularly on the nearside rear, a pattern that was already being advisory-flagged in 2019 and 2020, and check the rear brake discs and pads for lipping or low material. Finally, with the engine idling from cold, look beneath the car for any active oil leak from the engine or transmission, as an advisory for oil leak was recorded in mid 2019 and the source should be confirmed dry at the test drive before purchase.