2014 Ford Grand C-MAX 1.6L Diesel · MM14 FVC

The most recent DVSA MOT test on the 2014 Ford Grand C-Max occurred on 2025-09-20, resulting in a passing grade. Despite the previous failure in 2025-09-19, which highlighted both tyre wear close to legal limits and a malfunctioning tyre pressure monitoring system, the vehicle has since demonstrated a return to compliance, with no further defects recorded since then. The pattern of advisories and minor issues over the past few years—such as tyre wear, brake conditions, and suspension wear—suggests a maintenance trend that has stabilised rather than deteriorated sharply. However, the consistent presence of wear-related advisories, particularly on tyres and suspension components, indicates that the vehicle has reached a point where regular, proactive servicing is essential to mitigate further degradation. The emissions failure in 2020 remains a notable outlier, reflecting either a one-off issue or a need for further investigation into the exhaust system’s age-related wear or potential catalytic converter efficiency. The recorded mileage of 94,284 miles for a vehicle aged approximately 12 years represents a moderate annual usage rate of around 7,857 miles per annum, which is within the expected range for this model’s age and typical UK driving conditions. This mileage does not suggest either extreme light use, which might indicate prolonged standing and potential standing corrosion, or excessive wear from high annual mileage. However, the absence of service records or significant mileage gaps could mean that the vehicle has been driven consistently, placing greater mechanical stress on consumables like brakes, tyres, and suspension components. The wear progression observed in the MOT history—particularly the lipped and corroding brake discs, low brake pads, and uneven tyre wear—is consistent with the cumulative effects of regular use over a decade. The nearside rear tyre cracking and splitting in 2020, alongside the scuffed and cut outer sidewalls of the front tyres, underscores the importance of addressing tyre management to prevent further damage or safety risks. For a prospective buyer, the most critical areas to inspect during a physical examination and test drive are the suspension and tyre systems, as these have been recurrently flagged in the MOT history. Begin by examining the suspension for signs of excessive play or binding, particularly around the trailing arms and bushings, which were major failures in 2020 and 2025. Listen for unusual clunking or rattling noises when driving over bumps, as this may indicate worn suspension components or degraded bushes. Inspect the brake system thoroughly, checking for uneven brake disc wear, corrosion, or binding calipers that could lead to reduced braking performance or failure. A test drive should include a firm brake application to check for brake shudder, sponginess, or uneven stopping distances, which could signal worn pads, warped discs, or hydraulic issues. The tyres should be scrutinised for sidewall cracking, which can compromise structural integrity, and ensure the tread depth is uniform across the surface. The tread wear pattern—particularly the scuffing and cutting on the outer sidewalls—may indicate alignment or camber issues that warrant correction. Beyond the mechanical checks, the buyer should also consider the broader roadworthiness and operational readiness of the vehicle. Given the vehicle’s age and mileage, it is advisable to verify the condition of the 12-volt battery, as prolonged standing or infrequent use can lead to sulphation or reduced capacity. Check for signs of corrosion around the battery terminals and connections, and ensure the battery holds a charge when static. The fluid levels, particularly the brake fluid, engine coolant, and differential/transmission fluid, should be top-up or replaced according to Ford’s recommended service intervals, as fluid degradation over time can exacerbate wear and reduce performance. Additionally, the exhaust system’s emissions performance, though passed in 2025, should be monitored for any signs of blockage, leaks, or reduced efficiency, which could recur with further use. Finally, a thorough inspection of the registration plate area for any signs of rust or damage is prudent, as the minor registration plate lamp failures recorded in previous MOTs suggest potential issues with the plate’s mounting or mounting bracket durability. Overall, while the vehicle has passed recent MOT tests, the buyer should prioritise addressing the recurring wear advisories to prevent escalation into major defects and ensure long-term reliability.