2004 Ford Transit 2.4L Diesel · FJ54 ALU

Persistent chassis corrosion and recurring running gear wear define the mechanical history of this 2004 Ford Transit. The vehicle secured an MOT pass on 1 July 2026 following an initial failure on the same day, with test notes continuing to highlight corroded rear leaf springs, oil-misting on the offside front and nearside rear shock absorbers, and play in the nearside rear lower anti-roll bar linkage ball joint. This fits into a broader pattern of repeated failures and advisories for suspension ball joints, worn anti-roll bar bushes, and structural rust, including major failures in 2023 for compromised seat belt anchorage areas across the sills and inner steps. While the vehicle remains roadworthy, its historical record reflects continuous underlying degradation to the underside and suspension components rather than a consistently clean test record. An absence of recorded mileage data across the official MOT history creates a notable void when evaluating the vehicle's overall usage profile. Without documented odometer figures, it is impossible to establish annual distance trends, assess mechanical strain against age, or determine how hard this commercial van has been worked over its operational life. Mechanically, an unknown mileage on a vehicle of this age means prospective buyers cannot rely on typical distance-based wear expectations for major driveline components, engine internals, or gearbox health. Consequently, roadworthiness must be judged strictly on physical component condition, structural integrity, and current operational performance rather than odometer progression. On a prospective test drive, particular attention should be directed toward the suspension and steering systems, which have been subject to persistent advisories. Listen for distinct knocking or clunking noises over uneven road surfaces, which point to worn anti-roll bar linkage ball joints or deteriorated mounting bushes. Observe how the vehicle settles over bumps and through corners, as misting shock absorbers and corroded rear leaf springs can lead to excessive body roll, wallowing, or rear-axle instability. Furthermore, feel for steering vagueness, wander, or pedal vibration, given that track rod end ball joints, front suspension arm joints, and brake discs have all featured in prior test reports. A thorough visual inspection of the underside is equally critical due to the recorded history of structural corrosion and subsequent undercoating. Past MOT failures highlight major strength reduction in load-bearing structural areas, including the inner steps, outer sills, and seat belt anchorages, while later passes specifically note heavy underseal application across the underbody. Prospective buyers should inspect these repaired zones on a ramp to confirm robust, professional welding rather than superficial patches, ensuring that heavy underseal is not masking active corrosion along the main structural feeds, sills, or floor sections. Checking for active engine oil leaks and inspecting the condition of the main brake feeds and prop shaft joints will complete the physical evaluation.