2016 Citroen C4 Picasso 2.0L Diesel · 54 GDV

Recurring issues with suspension components and tyre wear patterns define the mechanical history of this Citroen, which successfully passed its most recent MOT on 07 September 2026. While the vehicle has maintained a general trend of passing its annual inspections, the record shows a persistent struggle with wheel bearings and drivetrain gaiters, alongside repeated warnings regarding uneven tyre wear. The transition from a major failure regarding a split CV boot in 2025 to a minor defect for the same component in 2026 suggests that while the issue was addressed, the current state of the nearside front outer constant velocity joint remains a point of concern that requires immediate attention to prevent mechanical failure. Accumulating 86,165 miles over a decade results in an average annual usage of approximately 8,600 miles, a figure that aligns with standard expectations for this vehicle type. This consistent usage pattern indicates that the car has not been subjected to prolonged periods of inactivity, which often lead to seized braking systems or perished rubber components. However, the consistent mileage accumulation means that high-wear items such as suspension bushes, wheel bearings, and drivetrain joints have been under constant operational load, necessitating a closer inspection of these specific high-mileage areas during a physical appraisal. Prospective buyers should prioritise a thorough inspection of the front suspension and drivetrain during a test drive. The repeated reports of uneven tyre wear on both front and rear axles suggest potential alignment issues or worn suspension geometry, so listen carefully for any knocking or clonking noises when navigating speed bumps or sharp turns, as these are common indicators of failing control arm bushes or ball joints. Furthermore, the persistent play in the nearside rear wheel bearing, which was flagged as a major failure in 2025 and an advisory in 2024, warrants a physical check by jacking up the rear of the vehicle to test for any lateral movement in the wheel hub, which would signify that the bearing is nearing the end of its service life. Regarding the minor defect noted for the nearside front outer constant velocity boot, verify whether the joint itself has been contaminated by road grit or debris, as a split gaiter that has been left unaddressed can lead to premature wear of the internal bearings. On the test drive, perform a series of full-lock turns in both directions at low speeds; any clicking or rhythmic metallic sounds emanating from the front corners would confirm that the constant velocity joint has sustained damage and requires replacement. Given the recurring tyre advisories, ensure that the current tyres are inspected for irregular tread depth across the width of the contact patch, as this will confirm if the alignment issues flagged in previous tests have been successfully rectified.