2018 Ford Transit 2.0L Diesel · CU18 LLE

A 2018 Ford Transit carrying just over 103,000 miles presents a paradox in its MOT record: the documented test history is unusually clean for a working van of this age and mileage. Across the last five tests, there is a single failed entry dated 22 May 2025, which was followed immediately by a pass the very next day on 23 May 2025, and the rest of the record from 2022 through 2024 shows straight passes with no advisories logged at all. The absence of any recorded advisories for suspension components, brake lines, corrosion, or exhaust condition over multiple consecutive tests is notable for a high-mileage commercial vehicle, suggesting either prompt rectification of issues between tests or simply that wear items have not yet reached advisory thresholds under DVSA criteria. While the official record is clean, prospective buyers should be mindful that a clean MOT history with no advisories on a van approaching 104,000 miles can sometimes mask borderline components that have been deliberately left until just beyond advisory level, or work that has been carried out privately without being recorded. The mileage profile is the defining mechanical concern with this vehicle. Averaging roughly 13,000 miles per year over an eight-year service life is high for any passenger car but is particularly significant in a Transit, which is engineered for sustained load-bearing work rather than gentle daily commuting. This level of annual mileage typically translates into heavier wear on clutch components, dual-mass flywheels if fitted, front brake discs and pads, steering rack bushes, and suspension linkages, all of which accumulate fatigue proportionally to distance covered. The mileage progression cannot be verified against individual test entries here because no odometer readings were provided on the test records, so it is worth confirming during any viewing that the figures shown on the odometer correlate sensibly with the service history and MOT certificates held in the vehicle. Any unexplained gaps, inconsistencies, or unusually rapid mileage accumulation between MOTs would warrant closer investigation of the drivetrain and clutch feel. On a physical inspection, particular attention should be paid to the areas that most commonly deteriorate on a working Transit at this mileage. On the suspension, listen for clonks or knocks from the front anti-roll bar drop links, wishbone bushes, and front strut top mounts when traversing speed humps or uneven surfaces, and check visually for any perishing or cracking in the rubber. For the brakes, expect the pedal to feel firm without excessive travel, and during a road test any vibration or judder through the steering wheel under braking would suggest warped front discs, a common issue on vans that have spent significant time towing or carrying heavy loads. Steering should remain precise without any vagueness around the straight-ahead position or knocking from the column area, which can indicate worn steering rack internals. The clutch should engage smoothly without slipping under load, juddering on take-up, or any grinding when selecting reverse, all of which become more prevalent as mileage approaches and exceeds the 100,000-mile mark on Transits of this generation. Beyond the mechanical wear items, the underside of the vehicle warrants a thorough examination given the higher mileage and the likelihood of exposure to winter road conditions, which are notorious for accelerating corrosion on Transits, particularly around the front subframe, brake and fuel pipework, and the rear leaf spring mounting points. A check from beneath on a ramp or over a pit is strongly recommended, as MOT advisories would only be recorded if corrosion had already become visible from the test position, and many borderline areas underneath can deteriorate between annual tests. Inside the cab, the engine should start cleanly without excessive smoke on start-up or under load, with particular attention paid to any blue haze from the rear indicating oil burn, and any evidence of coolant or oil leaks around the engine and from the radiator area. Given the clean paper record but heavy usage profile, the combination of a careful visual underside inspection, a thorough test drive laden if possible to replicate working conditions, and verification of full service history documentation is the most proportionate approach before committing to purchase.