2016 Ford Transit 2.2L Diesel · MD65 WJX

The vehicle passed its most recent MOT on 2025‑11‑26 at 292,724 miles with no defects recorded. The maintenance trend shows an improving pattern: after a failure in November 2023 and another in November 2025, the immediate subsequent tests passed, indicating the underlying issue was resolved or was a test anomaly. The Ford Transit is currently roadworthy according to the official record. Mileage accumulation over the ten‑year span rose from roughly 288,000 miles in November 2023 to 292,724 miles by November 2025, averaging about 29,000 miles per year. The first year added 2,311 miles, the second year added 1,989 miles, and the final 14‑day period added 44 miles, reflecting a slowdown in mileage growth. This high annual figure points to heavy commercial use, which accelerates wear on consumables and mechanical components. The MOT history is dense, with tests recorded every November, providing a clear longitudinal view. Despite the clean defect log, the two failures without recorded defects merit a hands‑on inspection. Check the brake system for binding calipers or worn discs, suspension bushes and coil springs for excessive play, and the exhaust for corrosion given the high mileage. Examine the drivetrain for oil leaks and universal joint wear, and inspect the chassis for rust perforation, especially around wheel arches and underbody mounts. Verify tyre tread depth and pressure, as high mileage typically reduces grip and increases rolling resistance. A thorough under‑vehicle scan for any pending fault codes will also help confirm the vehicle’s mechanical condition. The 2016 Ford Transit is MOT‑compliant, but the recent failures and elevated mileage suggest a higher probability of component fatigue. A prospective owner should prioritise a detailed mechanical inspection before purchase, focusing on brakes, suspension, drivetrain and corrosion points highlighted above. The absence of recorded defects does not eliminate the need for a physical assessment, as many issues only manifest under load or after extended use.