2011 Ford C-MAX 1.6L Diesel · ML11 ABK

Persistent issues with drive shaft constant velocity boot integrity define the mechanical history of this Ford C-Max, which has required repeated attention to these components across multiple test cycles. While the vehicle successfully passed its most recent MOT on 27 July 2026, the history shows a recurring pattern of minor defects related to grease leakage and rubber deterioration at the front inner joints. Despite these persistent rubber component failures, the vehicle has avoided major structural or emission-related test failures throughout its recorded history, suggesting a pattern of addressing specific wear items as they arise rather than a decline in overall roadworthiness. Accumulating 93,762 miles over fifteen years results in an average annual usage of approximately 6,251 miles, a figure consistent with standard domestic operation. This moderate usage profile does not suggest the vehicle has been subjected to excessive long-distance motorway stress or prolonged periods of inactivity that might lead to seized mechanical components. However, the consistent flagging of drive shaft boots indicates that the vehicle has likely spent its life in environments where rubber components are subjected to regular movement and potential debris impact, necessitating a focused inspection of the drivetrain and steering linkages during any prospective purchase. When conducting a test drive, prioritise listening for clicking or knocking noises emanating from the front end while performing tight, low-speed turns, as these are primary indicators of damaged constant velocity joints that may have been masked by previous boot replacements. Given the history of inner tyre wear noted in 2019 and 2023, you should also inspect the front tyres for uneven tread patterns, which may point to underlying geometry or tracking issues that have not been fully rectified. Check the steering for any vagueness or pulling to one side, as the suspension bushes and ball joints will have been subjected to the same operational stresses as the drive shaft components. Finally, verify the functionality of the rear lighting circuit, specifically the nearside rear lamp and brake light, as these have been flagged as intermittent or inoperative in recent tests. Ensure the brake pedal feel is firm and consistent, as the rear braking system has previously shown signs of intermittent electrical faults that could affect safety systems. Inspect the area around the inner drive shafts for any fresh signs of grease spray, which would indicate that the current boots are failing to contain lubricant, and ensure that the adult seat belts in the rear are fully operational and free from any obstruction, as these were previously obscured during testing.