2017 Ford Transit 2.0L Diesel · ML67 CEJ

The vehicle passed its most recent DVSA MOT test on 3 September 2025 with no defects or advisories recorded, continuing a clear pattern of roadworthiness compliance. Looking at the broader history, the van has passed consistently at its annual inspections from 2022 through 2025, with the only blemish being a single failure noted on 8 August 2023; however, as no specific defects were recorded against that failure, it is likely the tester declined to issue a certificate for an administrative or category-related reason rather than a substantive mechanical concern, and the vehicle was subsequently presented and passed less than a month later. Overall, the maintenance trend is best characterised as stable and positive, with no repeat advisories or recurring failure categories to suggest developing or systemic issues across suspension, braking, exhaust, or structural integrity. In terms of usage, this 2017 Ford Transit has accumulated 50,560 miles over approximately nine years, equating to a modest average of around 5,600 miles per year. This is substantially below the typical annual mileage for a commercial van of this type, which often sees 10,000 to 15,000 miles or more per year in working service. Such a low figure suggests either light-duty private use, intermittent operation, or extended periods of standing. Mechanically, lower mileage does not necessarily equate to a healthier vehicle, as calendar-aged components can deteriorate through lack of use rather than wear. The lack of recorded mileage gaps in the MOT history is reassuring, indicating the odometer has progressed smoothly between tests. Given the clean MOT record and the low annual mileage profile, a prospective buyer should focus their inspection on age- and standing-related deterioration rather than conventional wear items. Tyres warrant particular attention: even if the tread depth is within legal limits, the sidewalls should be closely examined for perishing, cracking, or ozone damage, as tyres degrade chemically with age regardless of mileage, and a nine-year-old van may be running rubber that is approaching the end of its safe service life. Similarly, the 12V battery should be load-tested, as batteries left in a partially discharged state for prolonged periods suffer reduced capacity. Brake discs and calipers should be inspected with the wheels removed where possible; standing vehicles are prone to surface corrosion on the discs and seized or binding caliper slide pins, which can manifest as brake shudder under load or uneven pad wear. The handbrake mechanism, particularly on a rear-wheel-drive commercial vehicle, should be checked for effective operation after prolonged standing. Fluid condition should be evaluated on a time basis rather than mileage: brake fluid is hygroscopic and should ideally be renewed every two years regardless of use, while coolant and engine oil should be confirmed as recently serviced, with the service book or digital service record scrutinised for consistent annual or biennial stamps. Finally, on a test drive, listen carefully for any suspension clonks or knocks from the front MacPherson struts and rear leaf spring assembly, which are common wear areas on Transits and can deteriorate through corrosion as much as mechanical wear. Check for uneven tyre wear across each axle, which can indicate alignment issues, worn bushes, or sagging coil springs. Inspect the underside, jacking points, and load floor for any signs of structural corrosion, paying particular attention to the sills, chassis rails, and rear axle mounting areas, as commercial vehicles often carry heavy or corrosive loads. Verify that all warning lamps extinguish promptly after start-up and that the DPF, if fitted, has no stored warning lights given the low usage, as short journeys are a common cause of DPF blockage on diesel Transits. A pre-purchase inspection by a qualified commercial vehicle specialist, including a diagnostic scan and underfloor examination, is strongly recommended to confirm the favourable MOT picture translates into sound mechanical condition throughout the vehicle.