2009 Ford C-MAX 1.8L Petrol · CV09 RVT

The most recent MOT test on 19 March 2026 resulted in a pass, though two advisories were issued. One noted that the rear brake pads are wearing thin, which is a clear indication that the braking system is approaching a service interval and should be addressed in the near term. The second was a minor advisory concerning a product film on both front headlamp lenses that does not yet seriously reduce light output. Importantly, this pass followed a failure on 10 March 2026 which was the most concerning test in the recent record, featuring a dangerous defect where the nearside front inner road wheel was distorted to the extent the tyre was likely to become detached, alongside a split nearside front inner CV boot, an inoperative engine management warning lamp, a missing rear reflector, and an insufficient windscreen washer. These were not isolated lapses; looking back over the last three years there has been a repeated pattern of CV joint boot failures on both nearside and offside front inner drive shafts, repeated engine MIL illumination, repeated windscreen washer inadequacies, and a serious dangerous failure in 2025 relating to a nearside front lower suspension arm ball joint likely to become detached. Taken together, the maintenance trend is best described as worsening or at best inconsistent rather than stable, with multiple recurring advisories for brake pad wear and tyre edge wear across recent tests, suggesting the vehicle has not been subjected to a rigorous preventative maintenance regime. The recorded mileage of 134,635 miles on a 2009 Ford C-MAX equates to an annual average of around 7,920 miles, which is broadly typical for a vehicle of this age but sits at the lower end of normal usage. This relatively modest annual figure may indicate periods of lower usage or longer standing intervals rather than consistent high-mileage driving, which carries its own set of mechanical considerations. Standing time accelerates corrosion on brake discs, can cause brake calipers to bind or seize, degrades the 12V battery through repeated partial discharge cycles, and promotes the perishing of rubber components such as tyres, bushes, and drive shaft boots even where overall mileage appears moderate. The repeated CV boot failures recorded across recent tests would be consistent with age-related rubber deterioration exacerbated by periods of immobility, and the recurring brake pad advisories alongside binding brake reports in 2024 suggest the braking system may not be receiving regular use sufficient to keep components free and properly bedded. A prospective buyer should treat this vehicle's record as a signal to conduct a careful physical inspection and a thorough test drive before committing to purchase. Begin by inspecting all four tyres not just for tread but for sidewall cracking, perishing, and any signs of uneven wear such as inner or outer edge feathering, which would point to suspension or geometry issues, and verify that the wheel previously noted as distorted has been replaced with a sound item. Examine both front inner CV boots for splits, tears, or grease contamination, and listen on the test drive for clicking or knocking noises from the front drivetrain when turning on full lock, which would indicate worn CV joints. Pay close attention to the suspension by pushing down firmly on each corner and listening for clonks or creaks over speed bumps and uneven surfaces, paying particular heed to the front lower suspension arm ball joints, anti-roll bar linkages, and bushes, all of which have featured in recent failures. With the engine running, verify that the management warning lamp extinguishes promptly and that there are no stored fault codes relating to the emissions system, as the recurring MIL illumination is a significant concern and warrants a diagnostic scan to determine whether an underlying fault such as a lambda sensor, catalytic converter, or DPF-related issue persists. Test the brakes at low speed for any pulling to one side, shuddering through the steering wheel, or a spongy pedal, and check that the handbrake holds on an incline, given the history of binding service brakes and worn brake discs. Finally, given the vehicle's age of seventeen years and its modest but uneven usage pattern, several time-based maintenance items deserve verification regardless of what the MOT history shows. Confirm that the cambelt and water pump have been replaced in line with Ford's recommended intervals, typically every five years or one hundred thousand miles for this generation of C-MAX, and request documentary evidence in the service history. Check the age and condition of the 12V battery, as units beyond five years frequently struggle in colder weather, and verify that all fluids including engine oil, coolant, brake fluid, and transmission fluid have been refreshed at appropriate calendar intervals, since brake fluid is hygroscopic and should be replaced every two to three years irrespective of mileage. Inspect the underside of the vehicle, the brake discs, and the fuel and brake lines for any surface corrosion consistent with age and winter road salt exposure, and examine the rear reflector mounting to confirm the previous missing item has been properly reinstated. A compression test or at minimum a live diagnostic readout would be prudent given the recurring engine MIL issues, and if possible the vehicle should be inspected on a ramp so that exhaust condition, suspension component integrity, and any fluid leaks can be assessed directly. The combination of a borderline pass, a recent dangerous failure, repeated drivetrain and suspension advisories, and the vehicle's advancing age means any purchase should be conditional upon a thorough independent pre-purchase inspection and a corresponding reduction in price to reflect the anticipated near-term maintenance liability.