2008 Ford C-MAX 1.8L Petrol · SR08 CTO

Structural integrity and recurring suspension and brake system failures define the mechanical history of this Ford C-Max, which successfully passed its most recent MOT on 22 July 2025. The record reveals a persistent pattern of significant defects, particularly concerning chassis corrosion and drivetrain component degradation, which have necessitated repeated remedial work over the past four years. While the vehicle has cleared its latest inspection, the history of major failures involving structural chassis corrosion near body mountings and multiple instances of split constant velocity boots suggests that the vehicle has been subjected to significant environmental wear and mechanical strain that requires ongoing vigilance. With an average annual accumulation of approximately 4,564 miles over its 18-year lifespan, the total recorded mileage of 82,151 is relatively low. However, this infrequent usage pattern often correlates with the specific issues documented in the MOT history, such as the accelerated corrosion of subframes, wishbones, and exhaust components, as well as the pitting and scoring of brake discs. Vehicles that sit for extended periods frequently suffer from seized brake calipers and the deterioration of rubber components like constant velocity boots and suspension bushes, both of which have been recurring failure points for this particular car. Prospective buyers should conduct a rigorous physical inspection of the sills and the underbody, as the recent test noted that these areas have been treated with underseal, which can sometimes mask ongoing structural deterioration. During a test drive, pay close attention to the steering and suspension response; listen for metallic knocks or clunks when traversing uneven surfaces, as the vehicle has a history of excessive play in ball joints, track rod ends, and anti-roll bar linkages. Any vagueness in the steering or pulling to one side should be treated as a potential indicator that these components are again nearing the end of their service life. The braking system warrants a thorough evaluation, specifically regarding the condition of the discs and the effectiveness of the parking brake. Given the history of pitted inner disc surfaces and previous failures related to parking brake efficiency and inoperative mechanisms, perform several controlled stops to check for pedal judder or uneven braking force. Ensure the parking brake holds firmly on an incline and releases cleanly without dragging. Furthermore, inspect the inner side of the front wheels for any signs of grease spray, which would indicate a recurring failure of the constant velocity boots, and check the exhaust system for any rattling or instability, as the mounting brackets have been a frequent source of failure in previous inspections.