2011 Ford C-MAX 1.6L Diesel · ST11 OTX

The most recent MOT test on the 2011 Ford C-Max occurred on 2026-08-18, where it passed with a single advisory regarding the near-side rear tyre exhibiting slight damage, cracking, or perishing. However, the preceding test on the same date failed due to the same tyre advisory alongside a failing offside reversing lamp, indicating a recurring but not worsening issue. The earlier MOT history reveals a pattern of consistent tyre advisories, with the vehicle passing only when the tyre condition was deemed acceptable, while the binding rear brake system and damaged brake cable from 2025 remain unresolved defects from a previous failure. This suggests that while the tyre wear is a persistent concern, the overall maintenance trend has not significantly deteriorated, but critical components like the rear brake assembly require immediate attention to prevent further failure. The recorded mileage of 47,148 miles for a vehicle aged approximately 15 years represents a remarkably low annual usage rate of around 3,143 miles per year, which is unusually low for its age. Such low mileage often correlates with periods of prolonged standing or infrequent use, which can exacerbate issues such as corrosion, fluid degradation, and wear in stationary components. For example, standing brake systems can lead to corrosion on brake discs and binding calipers, while fluids like brake fluid and coolant degrade over time even without active use. Additionally, tyre perishing and sidewall cracking are more likely to occur in vehicles that have not been driven regularly, as the rubber compounds harden and deteriorate from exposure to environmental elements. The absence of higher mileage figures suggests that the vehicle has not been subjected to the typical wear and tear associated with higher annual usage, but this also means that certain systems may not have been actively maintained or flushed at recommended intervals. To proceed with a thorough inspection, the buyer should focus on the rear brake system, as the 2025 MOT failure highlighted a severely binding rear service brake and a damaged brake cable. During a test drive, listen for uneven brake pedal travel, a spongy or harsh feel, or audible grinding when applying brakes, which could indicate binding calipers, warped discs, or failing brake pads. Inspect the rear wheels for excessive heat marks or uneven wear patterns, which may suggest brake disc warping or misalignment. The near-side rear tyre’s condition is critical; visually check for cracks, bulges, or signs of internal damage, and listen for unusual noises when cornering or braking, which could indicate tyre separation or internal blowout risk. Additionally, verify that the reversing lamp is operational and that the washer system is functional, as these were recurring issues in past MOTs. For the vehicle’s age and low mileage profile, the buyer should also conduct a comprehensive physical inspection of the tyre condition, focusing on the near-side rear tyre for any signs of perishing or sidewall damage, as these advisories have been persistent. Check for any visible cracks, delamination, or dry-rotting in the rubber, which could compromise tyre integrity and safety. Inspect the wheel bearings and hubs for excessive play or grinding noises, particularly on the near-side rear wheel, as this area has shown recurring issues. A thorough check of the steering system is advisable, paying attention to the steering rack gaiter for any signs of deterioration that could allow dirt ingress, which was noted in the 2023 MOT. Finally, given the vehicle’s age and potential periods of standing, test the battery voltage (at least 12.4V when off the vehicle) to ensure it remains operational, and check for signs of corrosion on terminals or standing fluid leaks in the engine bay, as these can lead to long-term electrical or mechanical issues. Time-based servicing of fluids such as brake fluid, coolant, and transmission fluid should be considered, ideally every 2–3 years or 60,000 miles, regardless of mileage, to mitigate degradation from inactivity.