2010 Ford Transit 2.4L Diesel · WN10 XPD

Persistent corrosion and wear within the braking and suspension systems define the mechanical history of this Ford Transit. Although the vehicle achieved a pass on 27 October 2025, the record shows a continuing trend of advisories regarding corroded brake pipes, worn suspension bushes, and thinning brake pads. Previous years have seen more significant failures, including a dangerous defect for a leaking front brake pipe in 2024 and a major failure for a fractured rear leaf spring in 2022, indicating that component degradation is a recurring theme. The recorded mileage of 142,014 miles reflects a consistent usage pattern of roughly 8,876 miles per year over the vehicle's 16-year life. This level of mileage is typical for a commercial vehicle of this age and aligns with the documented wear on consumables and structural components. The accumulation is consistent with the observed deterioration of suspension mountings and the exhaust system noted in the MOT history. During a physical inspection and test drive, particular attention must be paid to the condition of the brake lines and the rear hub seals, which were flagged in the latest advisory. Check for any signs of fluid leakage around the rear wheels and inspect the brake pipes for heavy corrosion or grease coverage that might mask further decay. On the road, listen for knocking or rhythmic thumping from the suspension, which could be symptomatic of the worn front suspension arm bushes or the previously fractured leaf spring areas. The history of corrosion on suspension component mountings and the inner sill necessitates a thorough check of the chassis and body structure for any signs of advancing structural decay. Additionally, the advisory regarding excessive exhaust smoke in 2024 suggests that the engine's combustion or exhaust integrity should be monitored. A test drive should include observing the exhaust under acceleration for smoke and checking for any steering pull or instability that might result from the noted wear in the suspension linkages and bushings.