2005 Ford Transit 2.4L Diesel · AP54 SOU

This 2005 Ford Transit carries a DVSA history dominated by brake pipe corrosion and electrical/component failures rather than clean roadworthiness, a defining mechanical theme that any buyer must weigh carefully. Across nine recorded test events from 2015 through December 2021, the vehicle accumulated two outright failures and numerous advisories concentrated on the braking and electrical systems. The most recent test on 14 December 2021 passed, but the surrounding record shows a worsening trajectory: the 2018-07-06 test produced four Major defects including an excessively corroded offside rear brake pipe, inoperative hazard warning switch, failed direction indicator, and incorrect headlamp aim, while the 2017 test failed outright on inoperative hazard warning lamps and non-functioning registration plate lamps. Earlier tests in 2015 and 2016 were defect-free, so the pattern indicates degradation over the latter half of the testing window rather than consistent condition throughout. Steering component deterioration has also entered the record, with the 2021 test flagging steering rack seepage, an oil filter leak, and a deteriorated offside front steering linkage ball joint dust cover, pointing to wear in the front suspension and steering geometry that warrants close physical inspection. The recorded mileage of 191,734 miles against a 21-year vehicle age equates to roughly 9,130 miles per year on average, which is broadly typical for a commercial van of this era, though the MOT gap pattern reveals an irregular usage profile that is mechanically relevant. Testing frequency has been inconsistent, with records in 2015, 2016, 2017, 2018 (twice), 2020, and 2021, and no recorded tests between 2018 and 2020, suggesting either an exempt-from-testing period or a lay-up. The 2021 test at 191,734 miles compared with the 2020 test implies only modest mileage accumulation between those two events, but the absence of intermediate annual tests leaves a gap in the recorded wear profile. For a high-mileage commercial vehicle, this combination of heavy total mileage and intermittent testing means consumables such as brake discs, pads, suspension bushes, and shock absorbers are likely to be approaching or past replacement thresholds, even where not formally flagged. A prospective buyer should focus the physical inspection squarely on the brake and underbody corrosion pattern that runs through this record. Brake pipe corrosion has been flagged in five separate test entries across both nearside and offside sides at the front, and crucially progressed to an excessive level on the offside rear pipe in 2018, a defect category that warrants immediate remediation rather than ongoing monitoring. On examination, look for surface rust, flaking, and any pitting along the full length of the underbody brake lines, paying particular attention to pipe joints, mounting clips, and areas near the rear axle where road salt collects. With the 2021 advisory noting a worn inner rear tyre close to the legal limit, a thorough check of all four tyres for uneven shoulder wear, sidewall damage, and correct matching sizes is essential, as uneven wear on a high-mileage rear-wheel-drive van often indicates worn rear suspension bushes or weak shock absorbers. Listen for clonking or knocking from the rear under hard acceleration or over speed bumps, which would corroborate such wear. The steering and under-bonnet items flagged in the most recent test also demand targeted attention during a viewing. The central front steering rack seepage and oil filter leak observed in December 2021 mean the underside of the engine and the rack gaiter area should be inspected for fresh oil residue and wet accumulation that would indicate active leaking rather than a sealed historical weep. With a damaged but sealing offside front ball joint dust cover, check the joint itself for any play by rocking the wheel at twelve and six o'clock with the vehicle on the ground, and listen for any knocking when turning lock to lock at low speed. The 2021 advisory of a loose rear bumper should prompt a check of the rear body mounting points for any cracking or corrosion at the fixing locations. Finally, on the road, verify that the hazard warning switch and all direction indicators function correctly, as two separate failures on these items in 2017 and 2018 indicate a recurring electrical weakness, and confirm that the headlamps produce a level beam pattern on a flat surface rather than the upward kick-up that previously failed. A test drive should also include firm pedal applications to check for any sponginess or pulling that would suggest the brake hydraulic system requires further attention beyond the previously flagged pipework.