2016 Citroen C4 Picasso 1.6L Diesel · EY66 YNB

Persistent wear in the front suspension system defines the mechanical profile of this vehicle, with both nearside and offside front suspension arm pins or bushes appearing as advisories for three consecutive years. While the vehicle achieved a pass on 27 August 2026, the record shows a deteriorating trend in the front end, culminating in a failure on 25 August 2026 due to an excessively worn offside front anti-roll bar linkage ball joint. This pattern indicates that while critical failures are being addressed, the underlying degradation of the suspension bushings has remained unrectified for a significant period. An accumulated mileage of 77,455 miles over a ten-year period represents a typical usage pattern of approximately 7,746 miles per year. This steady rate of accumulation suggests the vehicle has avoided long periods of stagnation, which generally helps maintain the integrity of rubber seals and fluid systems, though it means that wear-and-tear components like suspension bushings and ball joints have reached a predictable stage of fatigue. Prospective buyers should pay close attention to the front suspension, as the recurring advisories for the suspension arm pins and bushes indicate they are nearing the end of their service life. During a test drive, listen for knocking or clunking sounds when traversing speed bumps or uneven road surfaces, and feel for any vagueness or instability in the steering alignment during low-speed manoeuvres. Given that the anti-roll bar linkage was recently replaced to clear a major failure, ensure there is no lingering play or rattle from the front axle. A secondary check should be performed on the external lighting, specifically the rear registration plate lamps, which have been a recurring minor fault over several testing cycles. While these are simple electrical fixes, their repeated appearance suggests a potential issue with the wiring or bulb sockets. Ensure all lighting functions are currently operational and that the rear light clusters are free from moisture ingress.