2017 Ford Transit 2.0L Diesel · BF67 TCY

The most recent DVSA examination took place on 9 October 2025, at which point the vehicle was presented with a recorded mileage of 189,076 and was awarded a Pass certificate. However, the result was accompanied by three separate tyre-related advisories, one concerning an offside front tyre worn close to the legal limit on its inner edge, another flagging a nearside rear tyre worn on its outer edge, and a third referencing a nearside front tyre of size 215/65r15c worn close to the legal limit on its outer edge. Taken alongside the prior clean passes in October 2023 and October 2024, the overall maintenance trend appears broadly stable, though the sudden cluster of tyre wear advisories in the most recent test warrants scrutiny. A further complication is the recorded failure from September 2022 involving a non-functioning central upper stop lamp, which was successfully rectified prior to the subsequent pass later the same month. The presence of items being removed from the driver's view prior to test, as recorded twice in 2022, suggests a working environment in which the windscreen area is regularly obscured and may indicate commercial or trade use. With a nine-year vehicle age and an odometer reading approaching 190,000 miles, this Transit is accumulating approximately 21,000 miles annually, a figure substantially above average for a passenger-focused vehicle but reasonably consistent with what would be expected from a working light commercial vehicle engaged in regular delivery or trade duties. Such elevated mileage carries direct implications for component longevity, with the engine, clutch, turbocharger, gearbox, braking system, and suspension all subjected to greater mechanical stress than would be encountered on a privately owned equivalent. Notably, there are no abrupt or inconsistent mileage jumps across the recorded MOT entries, indicating that the odometer progression is credible and continuous, which lends a degree of confidence to the documented service history. Given the most recent advisory cluster concerning uneven tyre wear across multiple axles, a prospective buyer should investigate the underlying cause without delay. Edge wear on inner edges, as noted on the offside front, is commonly symptomatic of suspension geometry misalignment, deteriorated wishbone or track control arm bushes, or worn top mounts, all of which are frequent concerns on high-mileage Transits. On a test drive, listen for clonking or knocking from the front suspension when traversing speed bumps or uneven surfaces, and observe whether the van pulls to one side under braking or during steady motorway cruising. Outer edge wear on the rear and nearside front may suggest overloading habits, incorrect camber or toe settings, or simply that the existing tyres are nearing the end of their useful life and require replacement regardless. Inspect all four tyres for any signs of flat spotting, sidewall cracking, or perishing consistent with the documented advisory. Beyond the tyre-related concerns, the high annual mileage and nine-year calendar age necessitate a comprehensive mechanical inspection focused on time and use-based degradation. The braking system should be examined for worn or binding calipers, which are known to seize on commercial vehicles subjected to frequent stop-start work, and the condition of the front and rear brake discs should be assessed for lipping and surface corrosion. Coolant, brake fluid, and transmission oil should be verified as recently serviced in accordance with calendar intervals rather than purely mileage thresholds, given that fluid degradation progresses over time irrespective of use. The 12-volt battery, likely approaching the end of its conventional service life, should be load-tested, and the timing belt or chain replacement history confirmed according to Ford's published schedule. Finally, the underside should be inspected for structural corrosion around load-bearing areas, jacking points, and suspension mounting locations, as Transits of this age and mileage are particularly susceptible to sills, rear chassis rails, and outrigger corrosion, all of which can compromise roadworthiness and future MOT performance.