2004 Ford Transit 2.4L Diesel · HC04 FLW

The most recent MOT, carried out on 12 June 2023, resulted in a failure on a number of major items, principally extensive corrosion to the rear lower and outer vehicle structure and to the front inner wheel arch, all of which were judged to have significantly reduced the rigidity of the chassis. This follows a pattern of deteriorating condition: after a series of passes with only advisories in 2017‑2021, the vehicle failed in May 2022 with a mixture of corrosion, an oil leak and an insecure exhaust hanger, then passed a month later with only minor advisories, only to return to a major failure a year later. The trend is clearly worsening, indicating that corrosion and structural integrity have become the dominant concerns. At 180,888 miles recorded for a 2004 model, the vehicle averages roughly 8,200 miles per annum, which is within the normal range for a van of this age. The mileage figure does not, in itself, suggest excessive wear, but the pattern of relatively modest annual use combined with the extensive rust points to periods of prolonged inactivity or storage, during which moisture can accelerate panel decay. The combination of age‑related wear and the documented corrosion means that suspension bushings, ball joints and steering linkages are likely to have been exposed to harsh conditions and may be approaching the end of their service life. A prospective buyer should give particular attention to the rear and front structural panels. Inspect the lower sills, rear cross‑member and front wheel arches for rust penetration, loss of metal thickness and any sharp edges that could pose a safety hazard. Any flex or audible creak when the vehicle is rocked on its wheels suggests that the chassis may no longer be sufficiently rigid and could require panel replacement or reinforcement. The rear prop‑shaft bearing, noted as having slight play, should be checked for audible whine or vibration under acceleration, and the missing rear bump‑stop should be replaced to avoid harsh impacts on uneven road surfaces. Verify that the exhaust hanger is securely mounted and that there is no rattling from the exhaust system, as the previous failure highlighted a snapped hanger. Examine the brake system for signs of corrosion on the pipework, especially around the rear of the fuel tank, and test the brakes for any pulling, shudder or uneven pedal feel that could indicate a binding service brake or deteriorated pipe integrity. Even if the structural issues are addressed, the vehicle will still require a thorough age‑related inspection. Check all four tyres for side‑wall cracking, dry rot or uneven tread wear, remembering that the off‑side rear tyre was previously below the legal limit and may have been replaced since. Inspect the battery terminals and assess the 12 V battery’s cranking performance, as long periods of standing can lead to sulphation. Verify that all fluid levels are correct and that the engine oil does not show signs of contamination from the previously reported leak; a full oil change and a compression test would be prudent. Finally, confirm that the service history shows regular oil, filter and coolant changes, and that any underseal present is intact rather than blistered, as compromised underseal can trap moisture against the bodywork and accelerate further corrosion.