2008 Ford Transit 2.2L Diesel · LB08 VLV

The defining mechanical story of this 2008 Ford Transit is progressive and accelerating structural corrosion across the body shell, which has now escalated from advisory status into a recent failure and a pass that was clearly only narrowly retained. On 13 March 2026 the vehicle passed its MOT, but the examiner recorded that both front inner wheel arches and other sill areas are rusting through, a direct escalation of the earlier advisories for outer sill corrosion, rear inner wheel arches, and front inner wheel arches noted at the 2025 and 2023 tests. The trajectory is unambiguous: in February 2025 the van failed on major defects for both front lower seat belt anchorages where the door step and inner sill had lost structural strength and continuity, and in February 2023 it failed on major defects for both rear inner suspension component mounting areas being excessively corroded within the wheel arches. In between, the February 2024 test brought a failure for excessively smoky exhaust emissions well above the prescribed limits, together with non-functional washers and stop lamp issues, and the February 2026 test brought a dangerous rear brake pad reading below 1.5 mm, a rough offside front wheel bearing, a defective near side rear stop lamp, and headlamp aim well below tolerance, in addition to the now worsening rust. The pattern across four consecutive years is one of accumulating structural, braking, lighting, and emissions defects rather than any single isolated event. Annual mileage of roughly 7,500 miles is broadly typical for an 18-year-old commercial of this type and is neither unusually low nor indicative of long-term storage. There are no extended gaps in the testing record, with an MOT outcome recorded in each of the past four years, so the wear profile reflects continuous light-to-moderate commercial use rather than seasonal lay-up. Mechanically, this rate of accumulation is consistent with the components flagged in the record: braking consumables, wheel bearings, tyres, suspension linkages, and steering components all show realistic wear, and the recurring tyre edge wear advisories on the rear axle are consistent with a laden rear-driven commercial pattern. The recorded seepage from the power steering rack in 2024 is a further sign of routine age-related wear on ancillaries. A prospective buyer should treat the corrosion as the primary risk and budget for likely structural repair work before the next MOT. The inner wheel arches, inner sills, and door step areas have now been flagged at multiple tests with the wording escalating from advisory to failure, and on inspection the buyer should look closely at the front inner wheel arches, both sills from inside and out, the lower seat belt mounting zones in the cab step area, and the rear suspension mounting points within the wheel arches, as these zones are explicitly linked to load-bearing structural integrity. Any daylight visible through the metal, spongy response when probed with a screwdriver, or fresh underseal masking bubbling or perforation should be treated as an immediate negotiating point or reason to walk away, because once corrosion reaches the prescribed strength areas the only compliant repair is professional welding and reinforcement rather than cosmetic patching. On a test drive, with the vehicle unloaded and again with weight in the rear, listen for clonks, knocks, or structural creaks from the rear wheel arches over bumps and uneven surfaces, as these symptoms commonly accompany corroded suspension mounting plates. Secondary mechanical checks should focus on the components that have actually failed or been flagged recently. The rear brake pads were recorded as dangerously thin in February 2026, so a firm pedal with no judder and confirmation of recent pad and disc replacement should be established, and the handbrake holding on an incline should be verified. The offside front wheel bearing was noted as rough when rotated, which typically presents as a humming or droning noise that changes with steering input and may be more pronounced when cornering. The headlamp aim, washer system, and stop lamp wiring faults from the 2024 and 2026 failures should be rechecked to confirm they are functioning correctly rather than temporarily bypassed. The exhaust smoke failure in 2024 warrants a cold-start observation for blue or dense grey smoke and a check for any diesel injector or turbo related issues, while the power steering seepage from 2024 should be inspected for fresh fluid residue around the rack and PAS pipes, as continued leakage will eventually draw air into the system and produce a whine or heavy steering. Finally, the rear tyres should be examined for uneven shoulder wear consistent with misalignment, as the recurring edge wear advisories may indicate a lingering tracking or suspension geometry issue rather than simple tyre age.