2005 Ford Transit Connect 1.8L Diesel · EY55 XAX

A 2005 Ford Transit Connect carrying 100,657 miles presents a mixed mechanical picture that leans toward cautious optimism but warrants careful scrutiny before purchase. The most recent test on 23 March 2023 resulted in a pass with a minor defect for a severely deteriorated nearside inner drive shaft constant velocity boot, alongside an advisory noting that rear brake balance requirements were only just met, suggesting adjustment or repair is required. Across five recorded tests spanning 2018 to 2023, two failures stand out: a 2018 failure citing excessive corrosion on the nearside rear suspension mounting area and offside rear brake pipe, and a 2019 dangerous failure for an offside front tyre with exposed ply or cords, alongside multiple major defects including headlamp intensity, wiper effectiveness, insecure battery, and another inner CV boot failure. The pattern reveals genuine corrosion concerns on structural and brake components, though the intervening years have shown passes with a trail of advisories covering worn brake pads, deteriorated coil springs, play in rack joints, and various tyre wear items. The recorded mileage of 100,657 miles over 21 years equates to approximately 4,793 miles annually, which is notably low for a commercial vehicle of this type and likely reflects periods of light commercial use rather than constant heavy-duty operation. A three-year gap exists between the 2019 and 2023 tests, suggesting either the vehicle was off the road, exempt from testing, or used minimally during that interval. This lower mileage profile means major drivetrain components have accumulated less wear than typical for the age, but the gaps in testing history also mean intermediate deterioration could have occurred without official record, particularly given the corrosion-related failure observed in 2018. Prospective buyers should prioritise a thorough inspection of the corrosion-prone areas flagged in the 2018 failure, specifically the rear suspension mounting points and brake pipe routing, as these structural concerns can progress significantly between tests and may have advanced further given the three-year testing gap. The recurring CV gaiter issues on both nearside inner drive shaft joints indicate this is a known wear point on this model, so a test drive should include tight low-speed turns while listening for clicking or knocking from the front drivetrain, and a visual check under the vehicle for fresh grease contamination around the boots. The 2019 dangerous tyre failure and 2020 advisories for cracking and perishing on multiple tyres suggest attention to rubber components is warranted; inspect all four tyres plus the spare for sidewall cracking, tread depth, and age-related deterioration, and replace any showing cord exposure regardless of remaining tread. The 2018 advisory for both front coil springs corroded and the 2021 advisory for track rod end play point to front suspension wear that should be evaluated by rocking each front wheel laterally to detect play in the track rod ends and ball joints, and by pushing down firmly on each corner to verify the springs settle evenly without creaking or excessive bounce. Given the documented history of brake-related advisories including imbalanced rear brakes, worn front pads, and an excessively corroded brake pipe failure, a comprehensive brake inspection is essential before purchase. Request a road test focusing on pedal feel, checking for any sponginess that might indicate pipe corrosion internally, and observe whether the vehicle pulls to one side under braking which could confirm the imbalance noted in 2023. The 2019 failure for an insecure battery likely to cause a short circuit suggests attention to battery tray mounting and cable routing, so verify the battery is properly clamped and that no chafed wiring is visible in the engine bay. Finally, given the vehicle's age and the structural corrosion already documented at the rear suspension mounting points, a professional inspection on a ramp is strongly recommended to assess the extent of any chassis corrosion that MOT testing may not fully capture, particularly around jacking points, spring seats, and outriggers where Ford Transits of this era are known to develop rust.