2017 Ford Transit 350 2.0L Heavy oil · LL56 LCL

The 2017 Ford Transit 350 most recently passed its MOT on 29 January 2026 with no defects or advisories recorded, which is the most reassuring immediate indicator available. However, the broader test history warrants measured scrutiny. The vehicle failed on 22 January 2026 just one week before its pass, then failed again on 30 November 2024, and previously on 28 October 2022. Although no defect categories are itemised on the failure entries, this pattern of immediate retest passes following a same-week or near-term failure can suggest that rectifications were deferred until very close to the test deadline, or that intermittent faults were addressed only after the initial assessment. A stable, well-maintained commercial vehicle typically demonstrates a longer run of clean passes without interspersed failures. Prospective buyers should request the VT30 refusal document from the seller to identify exactly which items caused the failures, as this is essential before committing to purchase. With 107,134 miles recorded over approximately nine years, the Transit is averaging around 11,900 miles annually, which is broadly typical for a working light commercial vehicle of this age. There are no conspicuous gaps or sudden jumps in the recorded mileage, suggesting consistent usage rather than prolonged standing periods or an erratic operating history. At this accumulated mileage, the mechanical focus should shift from mere MOT compliance to the durability of higher-wear drivetrain and chassis components. The clutch, dual-mass flywheel if fitted, turbocharger, injectors, and timing belt or chain service intervals all merit verification through the service book. Commercial Transits of this mileage frequently show wear in the dual-mass flywheel and DMF-related juddering, injector leak-back, and EGR valve carbon build-up, particularly if the vehicle has been predominantly used for short urban delivery cycles rather than sustained motorway work. Given the absence of recorded advisories on the passing MOTs, there is no direct defect trail to follow; therefore, a prospective buyer must rely on physical inspection tailored to a nine-year-old commercial vehicle with substantial mileage. Begin with a thorough examination of the tyres, not only for legal tread depth but for sidewall cracking and perishing caused by age and UV exposure, as commercial tyres often sit loaded for extended periods. Inspect the brake discs closely for lipping, scoring, or corrosion pitting around the outer edges, and verify that the calipers are not binding by confirming the vehicle rolls freely on level ground and that there is no uneven pad wear. The front suspension, particularly the wishbones, anti-roll bar drop links, and coil springs, should be checked for play by hand, listening for clonks over speed humps and uneven road surfaces during a test drive. Equally important is to feel for any steering vagueness or knocking through the rack, as Transit steering racks are known to suffer from wear around this mileage. Finally, attention must be paid to age-related deterioration that MOT testing does not always fully capture. Verify the 12V battery health, particularly if the vehicle has been standing between jobs, as commercial batteries are heavily cycled and often require replacement at this age. Inspect beneath the bonnet for any signs of fluid weeping from the power steering rack, coolant expansion tank, and oil filter housing, which are common Transit weak points. Check the exhaust system for corrosion at the joints and mounting rubbers, particularly around the DPF and catalytic converter, as replacement of these components is costly. Confirm the service history stamps align with Ford recommendations, paying close attention to cambelt or timing chain replacement intervals, transmission fluid changes if automatic, and the brake fluid and coolant refresh schedules which are calendar-based rather than mileage-based. A lifting ramp inspection is strongly advised to examine the subframe mounting points, rear leaf spring condition, and underfloor corrosion, as these areas are critical to the structural roadworthiness of a hard-working commercial vehicle approaching a decade of service.