2009 Ford Transit Connect 1.8L Diesel · NJ09 RYF

A clear pattern of recurring front-end and braking defects defines this Ford Transit Connect's MOT history, with three failures recorded in successive late-November test cycles between 2022 and 2025. The front suspension and steering have been the primary source of major defects, including both nearside and offside track rod end ball joints with excessive play in 2022, deteriorated ball joint dust covers flagged repeatedly on the offside front across 2022 and 2023, and the nearside front suspension arm ball joint dust cover failing to prevent dirt ingress in 2023. The offside front wheel bearing has now progressed from a clean bill of health in 2023 to the noisy state noted as an advisory on the nearside in 2022, and culminating in both rough rotation and excessive play majors at the most recent test, demonstrating an evolving condition. Braking concerns have also intensified, with the offside rear service brake advancing from a binding advisory in 2024 to an excessively binding major at the same test in 2025, suggesting a caliper or mechanism that has deteriorated between advisories. The most recent test on 10 November 2025 records a pass alongside these fresh major defects, but the trend across the four-year MOT window shows no signs of stabilising. At 101,786 recorded miles on a 2009 platform, annual mileage accumulates at roughly 5,987 miles per year, which is notably low for a commercial-derived van likely to have seen heavier working use. The relatively consistent annual test entries from 2022 through 2025 indicate the vehicle has remained in regular service rather than being laid up for extended periods, which reduces the risk of dormant issues like seized brakes, perished seals, or drained batteries. However, the low mileage combined with the wheel bearing roughness and binding rear brake suggests that the vehicle may have experienced short urban journeys with frequent stop-start use and moisture exposure, conditions known to accelerate corrosion on exposed wheel bearings and promote brake caliper seizure from infrequent sustained application. For a prospective buyer, the front suspension and steering assembly warrants close physical inspection, as the track rod ends, anti-roll bar linkages, and suspension arm ball joints have all generated major defects within the last three years. On a test drive, listen for clonking or knocking noises from the front wheels when traversing speed bumps or potholes, and feel for vagueness or wandering in the steering, particularly over uneven surfaces where worn ball joints will produce imprecise response. The condition of the offside front wheel bearing should be confirmed by jacking the wheel and checking for any notchiness or resistance as it is rotated by hand, as the major play recorded at the last test represents a significant safety defect that would typically warrant immediate attention. The braking system requires a focused road evaluation given the binding rear brake that has progressed from advisory to major across two consecutive tests. On a test drive, the vehicle should pull away straight without any rear dragging sensation, and the offside rear wheel should rotate freely by hand when unladen to confirm the caliper has been rectified. The corrosion advisory noted on the offside rear suspension mounting area, although not yet classed as excessive, should be monitored closely during physical inspection for any flaking or advanced surface rust, particularly around load-bearing anchorages. Additionally, the diesel particulate filter warning and visible smoke emission failure in 2024 should prompt a thorough road evaluation of the exhaust under load, ensuring the engine runs cleanly without excess smoke, and that any subsequent regeneration cycles function correctly to prevent costly DPF blockage issues developing in a van of this age and mileage.