2016 Ford Transit 2.2L Diesel · DN16 WUT

A pattern of front-end wear defines the mechanical picture of this 2016 Ford Transit, with two MOT failures in 2023 and 2024 both centred on steering and suspension components rather than general age-related deterioration. The 2024-10-02 test was particularly significant, recording Majors for both front lower suspension arm rear bushes and a missing offside front road wheel fixing, alongside the brake pipe corrosion advisories that had already appeared the year before. Although the 2025-09-23 test returned a clean Pass with no advisories, the intervening month between the failed 2024 retest and its eventual Pass on 2024-10-09 indicates the suspension arms were replaced and the wheel fixing rectified to achieve roadworthiness. The earlier 2023 failure for a leaking offside power steering pipe/hose sits within the same front-end theme, suggesting that steering gear, fluid containment, and the related suspension linkages have been the primary area of attention across the last three test cycles. Against a ten-year age span and recorded mileage of 91,967 miles, this Transit averages roughly 9,200 miles annually, which is broadly consistent with light commercial use. The MOT history itself runs continuously from 2020 through 2025 without any extended gaps, and the mileage between tests appears to progress steadily rather than showing sudden jumps or long stationary periods. For a working van of this profile, this rate of accumulation is unremarkable and points to regular rather than sporadic use, which generally keeps brake, suspension, and drivetrain components in a predictable wear state rather than suffering the dry-joint and corrosion issues associated with prolonged standing. The recorded odometer is sufficient that clutch, dual-mass flywheel, turbo, and injector wear become realistic considerations on a vehicle of this age and mileage, even though none of these internal components are visible to an MOT test. The brake pipe corrosion advisories deserve close physical inspection, as they have appeared in three consecutive tests from 2023 to 2024, on both nearside and offside front lines and described variously as light corrosion and as covered in grease. On inspection, examine the front-to-rear and flexible-to-rigid unions along the chassis rails and beneath the engine bay for pitting, flaking, or any sign of aftermarket sealing compound used to mask leaks, and check the pedal feel for sponginess under sustained braking. The 2024 Majors relating to the front lower suspension arm rear bushes mean these components were replaced late in 2024, so on a test drive listen for any clonking or thunking from the front end over speed humps and uneven surfaces, particularly on full lock, and feel for vagueness in the steering or any shimmy through the wheel that might suggest the replacement bushes have not bedded in correctly or that adjacent components such as drop links, track rod ends, or anti-roll bar bushes are also approaching their service limit. The earlier 2023 failure for a leaking power steering pipe/hose warrants checking for residual seepage around the offside rack area and for any whining or aerated feel through the steering when cold, as a compromised hose can introduce air into the system and mask a deeper rack seal issue. The 2021 advisories for worn inner front brake pads and slightly damaged rear tyres, combined with the 2024 advisory for rear brake disc wear, indicate that braking consumables are a sensible budget item over the next service interval; on test, confirm the rear discs are not lipped excessively and that the handbrake holds firmly on an incline. Finally, verify the wheel fixing referenced in the 2024 Major was properly reinstated by checking that all four front and rear wheel bolts are present, correctly torqued, and undamaged, and inspect the offside front hub area for any scoring or disturbed components that could point to the wheel having worked loose before the repair.