1990 Ford Transit 2.5L Diesel · G656 DRL

Significant structural corrosion and recurring suspension component wear define the mechanical history of this vehicle, with a major failure in June 2022 highlighting critical integrity issues across the chassis and bodywork. The 2022 MOT record shows multiple major failures regarding the vehicle structure, specifically involving the strut top mount, door step, main chassis, and rear inner arch, all of which were noted as having significantly reduced rigidity due to corrosion. While the vehicle achieved a pass on 7 July 2022, the preceding years show a pattern of escalating structural and mechanical defects, including issues with the prop shaft bearing, king pin, and various steering linkages. The recorded mileage of 86,662 miles is notably low for a 1990 model, averaging approximately 2,407 miles per year over its 36-year lifespan. This low annual accumulation suggests infrequent use, which can often lead to the degradation of rubber components and the development of corrosion in areas where moisture remains trapped. In this instance, the low mileage correlates with the documented history of perishing tyres and multiple advisories regarding structural corrosion throughout the prescribed areas, as well as issues with shock absorber damping and steering ball joints. Prospective buyers should focus heavily on the structural integrity of the chassis and bodywork during a physical inspection. Given the 2022 failures, it is essential to examine the door steps, strut top mounts, and the rear inner arches for any signs of recent welding, patch repairs, or active, spreading corrosion. On a test drive, pay close attention to the steering and suspension response; the history of play in the drag link end ball joint and steering linkage ball joints means you should listen for knocks, clunks, or a vague, wandering sensation through the steering wheel, particularly when navigating uneven surfaces or turning at low speeds. Mechanical attention should also be directed toward the drivetrain and damping components. The previous records of a worn central prop shaft bearing and leaking shock absorbers suggest that the vehicle's ride quality and stability may be compromised. Listen for any rhythmic vibrations or humming from the underside of the vehicle that could indicate prop shaft or bearing issues, and observe the vehicle's body movement over bumps to check for excessive bouncing or lack of control, which would indicate failing dampers. Additionally, verify the condition of the tyres, as the history shows a recurring trend of perishing and sidewall damage.