2011 Ford Transit 2.2L Diesel · AV60 WWF

A recurring pattern of corrosion-related advisories and persistent engine oil seepage defines the mechanical profile of this 2011 Ford Transit. Across four consecutive annual tests, brake pipe corrosion has appeared on both nearside and offside front lines, with the offside front specifically flagged again in 2024. The 2024 test also raised early-stage chassis corrosion at the rear suspension mounting areas near the bump stops, which warrants close attention given that Transits of this generation are well known for structural degradation around load-bearing rear sections. Suspension wear has been a constant theme, with the nearside front suspension arm rear bush noted as worn in 2022, 2023, and effectively repeated after a failed attempt in mid-2023 where tyres were also found close to the legal limit. The most recent test on 20 May 2025 returned a clean pass with no advisories at all, suggesting either recent remedial work on the previously flagged areas or that borderline components were replaced, though this single clean result sits against a background of chronic minor defects rather than a long-standing record of faultless roadworthiness. With 164,596 miles recorded over approximately 15 years, the Transit has averaged around 10,973 miles annually, which is broadly typical for a working van of this vintage and age. There are no extended gaps in the MOT testing record that would suggest prolonged off-road periods, and the mileage progression is consistent with steady commercial or trade use. At this accumulation rate, consumables such as clutches, dual-mass flywheels, turbochargers, and suspension components will have already absorbed substantial wear cycles, and the drivetrain should be regarded as a high-mileage unit rather than a lightly used example. The fact that recurring advisories have centred on chassis and underbody components rather than engine or gearbox symptoms is consistent with a vehicle that has covered significant mileage primarily on-road rather than towing or carrying heavy loads, though the persistent oil leak advisories indicate that engine seals are beginning to harden and weep. A prospective buyer should carry out a focused physical inspection concentrating on the areas repeatedly flagged in the MOT record. Examine the front brake pipes along their full length, particularly where they run along the chassis rail and near suspension mounting points, looking for surface blistering, flaking, or rust that has penetrated through the pipe wall. With the vehicle raised or on a ramp, inspect the rear chassis sections adjacent to the bump stops for any progression beyond the corrosion noted in 2024, paying particular attention to the boxed sections and outriggers where Transit chassis are prone to perforation. Check the nearside front suspension arm and its rear bush by rocking the wheel vertically and laterally to detect excess movement, and listen for clonking over uneven surfaces which would indicate a bush that has worn beyond the advisory threshold. The offside front wheel bearing flagged as slightly noisy in 2022 should also be evaluated by rotating the wheel by hand to feel for roughness and by driving at low speed with windows open to detect any growing drone or rumble that would confirm deterioration. On a road test, pay particular attention to signs of engine oil consumption given the persistent seepage advisories, checking the dipstick for level and condition, and inspecting the engine block and sump area for fresh wet residue rather than just historic staining. Monitor the coolant system carefully since a coolant leak was flagged on the failed June 2023 test, and any sweet smell under the bonnet or visible level loss in the expansion tank would suggest the underlying issue has not been resolved. During the drive, listen for any brake-related noises such as grinding or squealing that might indicate pad wear or a binding caliper, and check for steering pull or uneven braking that could point to a seized caliper slide or corroded brake component. Finally, because the headlamp lens product and internal headlight adjuster issues have appeared in past tests, verify that both dipped and main beam patterns are correctly aligned and that the lenses have not yellowed to a point where light output is materially reduced, particularly for nighttime commercial use.