2009 Ford Transit Connect 1.8L Diesel · WN59 WUX

With only a single MOT pass on record dated 8 July 2022 and no defects or advisories noted, the documented DVSA history for this 2009 Ford Transit Connect is unremarkable on paper, though notably sparse for a seventeen year old commercial vehicle. The absence of recorded advisories at that test suggests the vehicle was in fundamentally sound mechanical condition at the time, but the four year gap before that test and the subsequent absence of any further recorded tests means there is a substantial period of unverified roadworthiness between 2022 and the present day. For a working van of this age and mileage, this kind of testing gap is a concern, as it leaves the current state of brakes, suspension, corrosion prone areas, and underbody components entirely unconfirmed by official records. The most recent recorded outcome should therefore be treated as a historical snapshot rather than a current guarantee of condition. The recorded mileage of 149,099 miles against an age of roughly seventeen years equates to an annual accumulation of around 8,771 miles, which sits broadly within the expected range for a light commercial vehicle of this type, though it is somewhat lower than the typical Transit Connect working mileage. This lower than average annual figure could indicate a mix of genuine light commercial use and periods of inactivity, and the gap in MOT testing between 2022 and now is consistent with the vehicle having potentially been off the road or used very lightly during that interval. Where vans of this age have stood for extended periods, particular attention is warranted to brake calipers seizing, corrosion forming on brake discs, and deterioration of fuel and brake lines, especially given the high overall mileage which suggests those components will already have experienced considerable service life. For a prospective buyer, the priority inspection areas should be those that commonly affect high mileage Transit Connects and which have no current MOT verification. The front suspension, particularly the wishbone bushes, anti-roll bar drop links, and coil springs, should be examined for cracking, perishing, or sagging, as these are well known wear items on this model. A test drive over uneven surfaces should be used to listen for clonking or knocking from the front end, which would indicate worn bushes or top mount bearings. The steering should be checked for any vagueness or knocking on full lock, as rack mounting bushes and track rod ends commonly degrade at this mileage. Brake feel should be tested for excessive pedal travel, pulling to one side under heavy application, or any grinding sensation, all of which would suggest worn discs, pads, or a binding caliper that would not have been picked up without a recent test. Given the four year absence of testing since the last pass, a thorough pre-purchase inspection by a qualified technician is strongly advisable before committing to purchase. Particular attention should be paid to the underside of the vehicle, looking for corrosion on the rear axle, suspension subframes, brake and fuel lines, and the exhaust system, as commercial use often involves exposure to moisture, salt, and debris that accelerate structural rust. The engine bay should be inspected for any oil leaks from the cam cover, sump, or power steering rack, and the cooling system should be checked for leaks and the condition of the radiator and hoses. Finally, the clutch operation should be evaluated for any slipping under load or juddering on take off, as clutch wear is consistent with the high recorded mileage, and a replacement at this point in the vehicle's life would represent a significant forthcoming expense.