2012 Ford C-MAX 1.6L Diesel · YK12 FPO

The most recent 2026 DVSA MOT test on 18 February was recorded as a Pass with no defects or advisories, and the 2024 test followed a similar clean outcome. However, the broader record reveals a mixed maintenance trend rather than a straightforward improvement. A dangerous failure was recorded on 17 May 2022 due to a structural bulge on the offside front tyre, with the same test also flagging an excessively worn nearside front tyre and worn brake discs. A separate failed attempt on 25 February 2025 cited a missing brake pedal anti-slip provision and an inoperative offside side repeater lamp, both of which are easily rectified items but nonetheless represent lapses in routine maintenance. Advisories across 2021, 2022, and 2023 consistently highlight front and rear brake disc wear alongside rear brake pad wear, suggesting that the braking system has been on a gradual but steady wear trajectory over the vehicle's life. Against an age of approximately 14 years, the recorded mileage of 75,706 miles equates to an annual average of around 5,408 miles, which is notably low for a family-oriented multi-purpose vehicle of this generation. This pattern typically indicates either periods of light use interspersed with longer standing intervals, or a primarily short-journey operating profile. Mechanically, lower mileage does not always equate to a healthier vehicle, particularly where standing time is involved. The gap between the 2021 and 2022 tests is relatively tight, and the progression of brake-related advisories during that period suggests the vehicle has been in regular use on the road, but the broader annual rate implies that some components may have aged through calendar exposure as much as through wear. Given the recurring brake-related advisories recorded between 2021 and 2023, a prospective buyer should undertake a focused inspection of the braking system before purchase. The front brake discs were flagged as pitted and scored in 2021 and 2023, while the rear discs and pads were noted as excessively worn in 2022 and again as wearing thin in 2023. On a test drive, listen for any brake shudder or vibration through the steering wheel under moderate deceleration, which would indicate disc lateral runout, and pay attention to any grinding or squeal from the rear axle suggesting pad material has reached the backing plate. Inspect the discs visually for a pronounced lip on the outer edge, a bluish heat tint, or surface corrosion scoring beyond the working area. Given that the rear pads have been flagged thin across multiple consecutive tests, replacement of both rear pads and a thorough disc measurement check is strongly advisable, and the front discs may be approaching the minimum thickness threshold on a 14-year-old vehicle. Beyond the documented brake concerns, the low annual mileage and age profile introduce a distinct set of age-related inspection priorities. Tyre condition should be examined carefully for sidewall perishing and cracking, as rubber compounds degrade through calendar ageing regardless of tread depth, and the 2022 dangerous tyre separation failure underscores the importance of verifying manufacturing date codes and structural integrity. Given likely periods of standing, inspect the brake calipers for seizure, particularly on the rear drums or calipers where corrosion can cause binding and uneven pad wear, and test that the handbrake holds firmly on an incline. Check the exhaust system for under-floor corrosion, paying particular attention to the silencer box and mounting brackets, and verify that the cooling system has been recently serviced, as low-mileage vehicles are prone to coolant degradation and internal corrosion. Finally, confirm the age and condition of the 12-volt battery, the timing belt or chain service interval status on the 1.6 or 2.0 TDCi engines typically fitted to this model, and review the service book for consistent stamping, as the combination of low mileage and advancing age means time-based fluid and filter servicing is more critical than mileage-based intervals.