2003 Ford Transit 2.4L Diesel · PL52 WKB

The most recent DVSA examination on 22 November 2022 resulted in a Pass, though it was accompanied by an advisory noting corrosion on a nearside front inner brake pipe running to the rear inner main lines. Reviewing the trajectory across the documented tests, the vehicle has consistently achieved pass certificates since the dual failure events of March 2018, with the intervening advisories predominantly centred on corrosion to sills, inner wings, and suspension mounting areas, alongside age-related wear to suspension bushes and brake components. While the pattern does not suggest acute deterioration, the recurring advisories related to structural corrosion and underbody condition point to a vehicle that is gradually accumulating age-related wear typical of a high-vintage commercial platform. The trend is best characterised as stable but with a clear undertone of progressive corrosion and consumable wear that warrants close physical inspection rather than relying on a clean advisory sheet alone. With an odometer reading of 131,820 miles accumulated over approximately 23 years, the vehicle has covered an average of around 5,700 miles annually, which is markedly low for a working Ford Transit and indicative of either extended periods of inactivity or intermittent light use. Such low annual mileage frequently masks mechanical deterioration rather than indicating preservation, as standing vehicles are particularly susceptible to brake disc corrosion, seized caliper pistons, deteriorated rubber components, and 12V battery depletion. There are no recorded mileage readings within the MOT history supplied, so it is not possible to corroborate any suspected standing periods, but the figures should be cross-referenced against service book entries and any V5C documentation to confirm continuity and identify potential odometer discrepancies or extended gaps between use. Given the history of binding rear brake cables, deteriorated front lower suspension arm bushes, and play in the steering rack inner joint, a prospective buyer should carry out a thorough road test paying particular attention to any clonking or knocking from the front suspension over uneven surfaces, vagueness or looseness in the steering response, and any pulling or juddering under braking which could indicate corroded or warped front discs as previously advisories have flagged. The advisories relating to anti-roll bar pin or bush wear at the rear suggest the anti-roll bar linkages should be inspected for play, and the steering rack should be checked for any worsening fluid leakage given the 2016 advisory. Tyres on a vehicle of this age are as much a function of calendar age as they are of tread depth, so all four corners should be closely examined for sidewall cracking, perishing, or bulges even where the tread appears adequate, and the spare wheel should likewise be inspected. Brake pedal feel should be tested from cold to confirm the rear calipers have not seized from standing, and a visual check of the rear brake cables should be undertaken to verify the binding issue from 2018 has been properly rectified and has not recurred. Finally, in view of the recurring advisories concerning corrosion to seat belt anchorages, inner sills, suspension mounting areas, and the underside generally, the vehicle should be placed on a ramp for a detailed structural survey, with particular attention paid to load-bearing areas, jacking points, and the seams around the front inner wings and sills where the advisories have repeatedly appeared. Brake pipes and fuel lines should be physically inspected for advanced corrosion, especially the nearside front to rear runs flagged in 2022. Regardless of the modest mileage, time-based servicing items should be treated as overdue, including replacement of engine coolant, brake fluid, and differential or transmission oil if evidence of recent renewal is absent, as these fluids degrade chemically over calendar years irrespective of use. The 12V battery should be load-tested, and the exhaust system should be checked for internal corrosion and mounting integrity. A compression test on the diesel engine would also be prudent given the age, alongside verification of cambelt or timing chain service history, which is critical on this generation of Transit diesel power units.