1989 Citroen 2CV 0.6L Petrol · F437 FYB

Structural corrosion and steering joint wear have heavily marked the operational history of this 1989 Citroen 2CV, presenting a mixed pattern of initial structural failures followed by intermittent mechanical neglect before its most recent recorded pass on October 16, 2009. The historical data shows multiple failures across various testing events, including severe corrosion around seat belt anchorages in 2006, binding brakes, inoperable lamps, and exhaust leaks, alongside recurring advisories for play in the axle king pins. Because the available record terminates in late 2009, there is an absence of recent MOT data covering the subsequent seventeen years up to the present day in 2026, meaning the current structural and mechanical roadworthiness remains entirely unverified by official testing. Accumulating just 73,199 miles over approximately thirty-seven years translates to an average of less than 2,000 miles per year, establishing a low-usage profile that strongly points to extended periods of storage or very light seasonal deployment. While low mileage sometimes correlates with preserved mechanical components, in vintage vehicles like this it frequently masks the degradation of perishable materials, hidden moisture accumulation within enclosed box sections, and the seizing of infrequently used mechanical actuators. The presence of multiple historical failures such as binding brakes and inoperative washers further illustrates that low annual usage did not prevent standard maintenance issues from arising when the vehicle was active. When conducting an inspection of this Citroen, a prospective buyer must perform a rigorous physical examination of the chassis frame, floor pans, and specifically the seat belt anchorage points, given the extensive structural corrosion recorded in the past. Check the front suspension and steering assembly thoroughly for any play in the offside and nearside axle king pins and bushes, listening closely for knocks and feeling for vagueness or excessive play in the steering wheel during maneuvers. The unique interconnected suspension layout of the 2CV must be inspected for uneven ride height or binding arms, while the braking system requires close scrutiny for any lingering tendencies of the front brakes to bind or uneven effort distribution across the axles. Finally, examine the exhaust system for gas leaks at both the front sections and manifold joints, and verify the full operational status of all lighting circuits and position lamps which have previously caused test failures. On a test drive, pay strict attention to how the vehicle tracks in a straight line, listen for rattles or creaks originating from the suspension tie rods and dampers, and ensure the gearbox operates smoothly through all ratios without excessive transmission whine. Because the official record ends in 2009, every mechanical and structural subassembly must be evaluated on its present condition rather than relying on historical test passes.