2022 Ford Transit 2.0L Diesel · BK72 LUH

The 2022 Ford Transit presents a clean roadworthiness profile with a stable maintenance trend. In the most recent MOT test on 30 August 2025 at 86,483 miles, the vehicle passed with no defects or advisories recorded. This clean pass indicates the vehicle met all statutory safety and emissions standards at that time. The absence of any recorded faults suggests the vehicle was maintained to a compliant standard prior to testing. The recorded mileage of 86,483 miles represents notably high usage for a vehicle of approximately four years, equating to roughly 21,621 miles per annum. This exceeds typical Transit usage patterns and implies sustained commercial operation. The MOT history provided is limited to a single test entry, which prevents detailed analysis of mileage accumulation rates over time or identification of any periods of non-use. No gaps in testing are apparent, though the sparse record offers no insight into whether this mileage was accumulated steadily or in concentrated periods of intensive use. A prospective buyer should prioritise inspection of high-wear components commensurate with this mileage level. The transmission, clutch assembly, and driveshaft components warrant particular attention given the sustained load-bearing duty this mileage implies. Brake system condition should be assessed thoroughly, including disc thickness, pad material, and caliper operation, as heavy commercial use accelerates wear in these areas. Suspension bushes, coil springs, and dampers should be examined for degradation, whilst steering components require scrutiny for play or wear. Tyre condition across all six positions must be verified given the replacement demands of high-mileage operation. The limited MOT history restricts predictive assessment of recurring faults. No structural corrosion concerns or emissions failures are recorded, which is favourable for a vehicle of this type. A pre-purchase inspection by a qualified commercial vehicle technician is strongly recommended to evaluate drivetrain integrity and overall mechanical condition beyond the statutory minimums captured in the single test record.