2006 Ford Transit 2.4L Diesel · OV56 XAB

The most recent DVSA MOT test for this 2006 Ford Transit was conducted on 1 April 2025 and resulted in a clean pass with no defects, advisories, or minor issues recorded. Reviewing the four-year history available, the vehicle has passed every annual test without any recorded defects or advisory items, indicating a consistently stable and well-maintained mechanical condition from a regulatory roadworthiness standpoint. There is no evidence of recurring failure points, deteriorating trends, or emerging advisories, which suggests the vehicle has been presented for testing in sound condition throughout this period. While a clean MOT history does not constitute a comprehensive mechanical guarantee, the absence of any flagged items across four consecutive tests is a reassuring indicator that the vehicle has not experienced significant structural, braking, suspension, or emissions-related deterioration. The recorded mileage of 115,854 miles over a twenty-year service life equates to an average annual accumulation of roughly 5,793 miles, which is notably low for a commercial vehicle of this type and vintage. For a Ford Transit of this age, which is frequently utilised for commercial or heavy-duty purposes, this figure suggests the vehicle has either seen predominantly light-duty use or has experienced extended periods of standing between uses. Low recorded mileage on an older commercial platform can mask underlying issues associated with prolonged inactivity rather than wear from continuous operation, meaning certain age-related degradation may be more pertinent than mileage-driven wear. Given the clean MOT record and the age-and-usage profile, a prospective buyer should focus on inspection items that degrade with calendar age rather than mileage. Tyres warrant particular attention, as sidewall rubber perishing and cracking are common on vehicles of this age regardless of tread depth, and the spare should be checked equally. Brake discs and callipers can suffer from surface corrosion and seizing when a vehicle stands for prolonged periods, so a test drive should include several firm brake applications to confirm smooth, even retardation without shudder, pulling to one side, or grinding noises. The 12V battery is likely to be due for replacement given the vehicle's age, and electrical systems including lighting, central locking, and dashboard warning functions should be thoroughly checked. Brake fluid, coolant, and power steering fluid should be assessed for condition and service history, as these degrade on a time basis irrespective of mileage. Further physical checks should include a thorough examination of the underbody and structural elements for corrosion, particularly around wheel arches, sills, load area floor, and jacking points, as commercial vehicles of this era are prone to these areas deteriorating. The suspension should be inspected for perished bushes, weak coil springs, and worn shock absorbers by applying downward pressure to each corner and observing the rebound behaviour, while listening for clonking or knocking noises over uneven road surfaces during the test drive. The exhaust system should be examined for corrosion, blow-by, and secure mounting, and the engine should be observed both from cold start and at operating temperature for any irregular idling, excessive smoke from the exhaust, or unusual mechanical noises. The clutch operation, gear selection, and any turbocharger function where applicable should be assessed, and the timing belt or chain service history verified if documentation is available. A comprehensive pre-purchase inspection by a qualified commercial vehicle technician would be strongly recommended to complement the DVSA history.