2010 Ford Transit 2.2L Diesel · AD59 DFX

A persistent pattern of corrosion and oil seepage defines the mechanical record of this 2010 Ford Transit across its MOT history. The most recent test on 25 October 2025 returned a pass with a single advisory noting vehicle structure corrosion without significant reduction in structural rigidity, continuing a longer-running theme of chassis and component degradation. Of the eight tests recorded since January 2020, only one resulted in a failure, on 27 January 2021, which flagged excessively corroded front-to-rear brake pipes alongside headlamp aim and rear fog lamp defects. Beyond that isolated failure, the record shows a clean run of passes with advisories, but the recurrence of oil leak advisories from January 2021 through January 2022 suggests an ongoing seepage concern rather than a one-off event. The combination of structural corrosion, brake pipe corrosion, and persistent engine oil leakage indicates a working vehicle whose underbody and engine sealing require ongoing attention. At 154,429 recorded miles over approximately sixteen years, the Transit averages roughly 9,650 miles per year, which is broadly typical for a commercial vehicle of this age and represents consistent operational use rather than long periods off the road. There are no significant gaps in the testing history, with annual or near-annual MOTs recorded from January 2020 through October 2025, indicating regular use and continuous road presence. The mileage progression implies steady wear on mechanical components typical of a commercial platform, including clutch assemblies, dual-mass flywheels, turbocharger seals, suspension bushes, and rear leaf springs, all of which endure heavy load cycles. The absence of mileage anomalies means the recorded defects and advisories are likely representative of the vehicle's true mechanical state rather than artefacts of under-use or extended storage. Prospective buyers should pay particular attention to the brake pipe corrosion flagged in 2021, as this defect can recur if the underbody has not been subsequently treated or the pipes replaced with protected alternatives. On inspection, examine the full length of the brake lines from front to rear, including the unions and flexible sections, looking for surface rust, pitting, or any flaking that compromises pipe wall thickness. Listen during a test drive for any sponginess or excessive pedal travel, which could indicate air ingress from a corroded line, and check that the handbrake holds firmly on an incline. Given the structural corrosion advisory from 2025, inspect the rear crossmember, inner wheel arches, jacking points, and load floor for advanced rust bubbling, particularly where body panels meet the chassis, as commercial Transits are prone to rot in these areas once structural advisories begin to appear. The recurring oil leak advisories warrant close attention to engine condition. On a cold start, listen for any timing chain rattle, which is common on higher-mileage Transit diesel engines, and observe the engine bay and undertray for fresh oil residue or staining that suggests the seepage has progressed rather than stabilised. During a road test, monitor for blue exhaust smoke on startup or under load, which would indicate valve stem seal or turbo oil feed wear, and check for any coolant loss that might point to a failing oil cooler matrix. Tyre wear advisories recorded in early 2023 should prompt a check of current tread depth and sidewall condition, paying particular attention to uneven inner or outer wear that could reveal worn front suspension arms, drop links, or tracking misalignment. Finally, verify full operation of the rear fog lamp and headlamp alignment, as both were failed items in 2021, and confirm the registration plate illumination and windscreen wipers clear the driver's swept area adequately, since minor defects in these areas have appeared repeatedly across the test history.