2004 Ford Transit 2.0L Diesel · LC54 AAJ

The most recent official DVSA MOT test for this 2004 Ford Transit was conducted on 5 January 2022, at which point the vehicle passed with no advisories or defects recorded against it. It should be noted that over four years have elapsed since this recorded test, and the vehicle is being assessed on the strength of a single, somewhat older pass certificate rather than a continuous compliance trail. Given the age and commercial vehicle application of this Transit, the absence of any recorded advisories in the available history is a broadly positive indicator of basic roadworthiness at the time of test, but it does not by itself establish an improving or worsening trend, as there is insufficient subsequent data to draw that conclusion. A prospective buyer should treat the clean result as a baseline and place greater emphasis on a fresh, independent pre-purchase inspection given the substantial intervening period. Recorded mileage stands at 205,048 miles over an approximate 22 year service life, which equates to a usage profile of around 9,320 miles per year. This is broadly consistent with typical annual mileage for a commercial van of this type, though it is important to recognise that Transits of this generation are frequently subject to heavy and demanding duty cycles, including load carrying, stop start urban delivery work, and occasional long distance motorway use. The mileage points to extensive mechanical wear, particularly on the engine, clutch, turbocharger if fitted, gearbox, drivetrain mounts, and rear axle assemblies. High mileage commercial vans commonly exhibit wear in dual mass flywheels, injector seals, injector loom faults specific to the Transit diesel range, and timing belt or chain service intervals, so verifying the timing belt replacement history and any records of major mechanical refurbishment would be highly advisable. With no recorded advisories or defect entries to act upon, the buyer guidance for this vehicle must centre on age and mileage related deterioration that would not necessarily be captured during a routine MOT procedure. Attention should be given to the condition of the tyres, particularly sidewall perishing and cracking from age, even where tread depth remains adequate, as commercial tyres degrade structurally over time. Brake discs, especially on vehicles that may have stood for extended periods, are susceptible to surface corrosion and binding calipers, which would manifest as uneven braking, pulling to one side, or a hot wheel following a test drive. The 12 volt battery and associated charging system should be evaluated, given that lead acid batteries in vehicles used intermittently can fail without warning. Diesel fuel systems are vulnerable to water ingress and contamination, and it would be prudent to inspect for any signs of fuel dilution, leaks around the injector pump area, and the condition of the injector wiring loom. Further inspection priorities should include the suspension assemblies, where worn coil springs, perished bushes, and tired anti roll bar links are common on high mileage Transits and will typically present as clonks or knocking over uneven surfaces, vague handling, and uneven tyre wear patterns. Exhaust emissions compliance and the integrity of the diesel particulate filter, where fitted, warrant verification through a diagnostic read, particularly given tightening emissions expectations. Underneath the vehicle, structural integrity around the rear axle mounting points, crossmembers, and jacking points should be examined for corrosion, as commercial vans of this era are known to suffer from significant underbody rust, particularly where used for winter operations or coastal deployment. Finally, a thorough verification of time based servicing, including engine oil and filter changes, coolant, brake fluid, and gearbox oil replacement, should be confirmed through service records, as calendar based fluid degradation can compromise braking performance and cooling system reliability regardless of the mechanical condition of individual components.