2008 Ford Transit 2.2L Diesel · EO08 ABU

The most recent DVSA MOT test on 28 July 2026 resulted in a pass, although the vehicle carries a Minor defect for a damaged near-side front windscreen in the lower corner and a structural advisory noting corrosion around the vehicle where rigidity is not yet significantly compromised. Tracing the four-year MOT history back to 2023, the maintenance trend is clearly one of gradual decline rather than stability. The earlier tests were entirely clean, but defects and advisories have progressively accumulated, culminating in a Major failure in August 2023 for excessive corrosion at the off-side rear inner suspension mounting area on the sill, which significantly reduced structural strength. That area was presumably repaired to secure the subsequent pass, yet the reappearance of general underside corrosion advisories and localised brake pipe corrosion in subsequent years indicates that corrosion remains an active and ongoing concern across the chassis. With around 55,674 miles recorded over an 18-year life, this Transit has averaged only approximately 3,093 miles annually, which is exceptionally low even for a commercial vehicle. Such low mileage typically reflects long periods of standing or only light intermittent use rather than steady working mileage. Mechanically, this means that wear-related components such as the engine internals, clutch, gearbox synchros, and brakes are unlikely to be heavily worn from distance, but the vehicle is far more susceptible to calendar-based degradation. Standing use promotes brake disc corrosion and potential caliper binding, deterioration of rubber components including bushes, coolant hoses, drive belts, and tyres, and chronic under-use of the battery which shortens its service life. The MOT history also displays a clear pattern of older corrosion-related advisories rather than high-mileage wear items, which reinforces the impression of a vehicle that has aged more through time than through use. Given the recurring corrosion advisories on the brake pipes and the general underside, a prospective buyer should carry out a thorough physical inspection, ideally on a ramp or with the vehicle raised, paying close attention to the brake line runs, the rear sill and suspension mounting areas flagged in 2023, the inner wings, chassis rails, and around the fuel and exhaust system. Any fresh surface corrosion should be cleaned and treated, while heavily scaled or pitted brake pipes should be replaced as a matter of priority before they fail pressure testing at the next MOT. On a test drive, listen for any suspension clunks or knocks that might suggest worn bushes, perished mounting rubbers, or weakened coil springs, and feel for pulling under braking which could indicate a binding caliper from standing. Brake pedal feel should be firm, and there should be no shudder through the pedal or steering wheel when stopping, which would point to corroded or warped front discs requiring machining or replacement. Beyond the corrosion concerns, age-appropriate checks remain essential despite the low recorded mileage. Tyres should be examined closely for sidewall perishing and cracking rather than relying on tread depth alone, as rubber degrades chemically over time regardless of use. The 12V battery should be load-tested, since low-mileage vehicles frequently suffer from sulphation and reduced cranking performance. All fluid conditions and service intervals should be verified, with particular attention to brake fluid hygroscopic degradation, coolant replacement, and the timing belt or chain service interval if applicable to this engine variant. The service book should be cross-referenced against any recorded garage invoices to confirm that time-based servicing, rather than purely mileage-based servicing, has been carried out. Finally, inspect the windscreen damage noted in the latest MOT to ensure it has not extended, and confirm that all lighting, including the headlamp lens referenced in earlier advisories, remains serviceable with no condensation or significantly reduced output.