2006 Ford Transit 2.0L Diesel · EN06 TOV

A pattern of progressive structural and suspension corrosion defines the mechanical story of this twenty-year-old Ford Transit, with the structural advisories and major defects pointing toward a chassis that is now at a critical stage of its usable life. The 2022 test sequence is particularly telling: an initial failure on 2022-10-08 flagged both nearside rear and offside front suspension mounting areas as excessively corroded to the point of significantly reduced structural strength, items the tester felt compelled to chalk to delineate for inspection. These were accompanied by advisories for worn front lower suspension arm rear bushes on both sides and a non-excessive oil leak. When the vehicle was retested nine days later on 2022-10-17, it passed, but the same front suspension bush wear advisories and oil leak remained, indicating that the repair work undertaken between tests addressed only the immediate structural concerns rather than rectifying the underlying deterioration. Looking back further, the 2021-10-12 test recorded greased brake pipes and integral body corrosion in places where structural rigidity was not yet significantly reduced, establishing that the corrosion process has been ongoing and visibly worsening across successive tests rather than being a sudden or isolated finding. With 144,246 miles recorded across roughly twenty years of service, this Transit has averaged approximately 7,212 miles per year, which sits comfortably within expected parameters for a commercial vehicle of its type and age. There are no extended gaps in the testing record that would suggest prolonged periods off the road, meaning the mileage accumulation has been steady and the vehicle has likely seen regular operational use throughout its life. For a diesel Transit of this vintage, sustained mileage is generally preferable to long periods of inactivity, as continuous use tends to keep seals, gaskets, and mechanical components functioning rather than allowing them to deteriorate through standing. That said, the recorded odometer figure should be regarded as the minimum accumulated distance, given that commercial vans of this age frequently experience instrument cluster faults or replacement, so a visual confirmation of the current odometer reading against service records or any available MOT mileage progression would be prudent. A targeted inspection of the suspension and chassis mounting points should be the priority for any prospective buyer, given the structural corrosion already documented. On a test drive, listen carefully for clonks or knocks from the front suspension over uneven road surfaces, particularly over speed bumps, drain covers, and potholes, paying close attention to whether noises emanate from both sides. Excessive play in the front lower suspension arm rear bushes, which were flagged as worn on both sides in 2022, typically presents as imprecise steering, vague directional changes, and a tendency for the front end to wander or require constant correction. Visually inspect the inner wings, front suspension turrets, rear chassis rails, and any box section or outrigger areas for bubbling, perforation, or hole-through corrosion, particularly around suspension mounting points where the chalk marks were previously applied, as corrosion in these prescribed areas can rapidly progress to a future test failure if left untreated. The recorded oil leak, present as an advisory on both 2022 tests and not yet deemed excessive, warrants a thorough under-bonnet inspection and a check of the underside for any fresh oil residue or staining, as well as monitoring of fluid levels between services to determine whether the rate of leakage has increased. During the test drive, observe whether the engine emits any visible blue smoke on startup or under acceleration, which would suggest the oil leak has progressed to internal wear such as valve guide or piston ring issues. The greased brake pipes from the 2021 advisory should be visually examined for any fresh corrosion, particularly at the pipe unions, flex line connections, and along the underside of the vehicle where road salt and moisture accumulate, and the brake pedal should feel firm and progressive with no sponginess or excessive travel. Finally, given the documented progression of body corrosion, a thorough examination of load-bearing areas, including the inner sills, jacking points, subframe, and any repair patches, is essential, ideally with the vehicle raised on a ramp to expose the underside for proper evaluation.