2009 Ford Transit 2.4L Diesel · YG09 FXP

The 2009 Ford Transit presents a consistent pattern of recurring mechanical advisories across five consecutive MOT tests spanning from late 2021 through November 2025, suggesting that while the vehicle has remained roadworthy enough to pass each examination, it continues to accumulate the same underlying issues year after year. The most prominent recurring fault is corrosion and grease buildup on both the nearside and offside front brake pipes, appearing in four of the five tests, alongside persistent slight play in the track rod end ball joints and deteriorating front lower suspension components including ball joint dust covers. These patterns indicate that the vehicle's mechanical systems are not resolving their problems between tests, and the annual repetition of identical advisory categories points to either inadequate repair following initial findings or fundamental design vulnerabilities that require regular attention rather than one-off fixes. With approximately 103,083 miles recorded on a vehicle that is now seventeen years old, the average annual mileage of around 6,060 miles falls within the expected range for a commercial van of this make and model, though the steady progression of mileage over nearly two decades does place additional wear on consumable components. The absence of extended gaps between MOT tests—each occurring in November—demonstrates that the vehicle has been regularly examined, yet the persistence of the same advisories implies that the cumulative effect of high mileage combined with the identified mechanical faults is gradually eroding the vehicle's reliability. While the mileage alone would not typically raise red flags given the age, the combination of moderate-high mileage with recurring brake line corrosion and suspension component degradation necessitates closer scrutiny when considering purchase. Focused on the specific components flagged in the MOT record, buyers should pay particular attention to the front brake pipes, which have shown corrosion and grease accumulation in three separate tests. On a test drive, look for any dampness or oily residue along the exposed sections of these pipes, particularly where they connect to the braking system, as this could compromise brake function or cause contamination to the master cylinder. The track rod end ball joints, which have exhibited slight play in two out of the last four tests, should be monitored for any grinding noises when turning or when the steering is manipulated at speed; play in these joints often manifests as a vague vibration or pulling sensation during lateral movements. Additionally, the front lower suspension arm pins and bush assemblies, described as having severely deteriorated dust covers, may produce clunking sounds over bumps or noticeable play when the suspension is compressed, especially under load such as carrying cargo. Given the documented history, a practical approach for the prospective buyer involves requesting detailed repair records for the brake pipes and track rod end replacements, as these are the elements repeatedly cited in the MOT advisories. A hands-on inspection should include a visual check for rust penetration or severe grease buildup on the front brake pipes before and after driving on rough surfaces, listening for any unusual noises through the steering wheel when navigating corners, and feeling for any side-to-side movement in the front lower suspension components during a controlled maneuver. If the vehicle shows signs of active corrosion on the brake lines, delayed response when applying the brakes, or noticeable looseness in the track rod assembly, these conditions warrant serious consideration against proceeding with the purchase, as they represent functional risks that may not have fully resolved between the November inspections.