2012 Ford C-MAX 1.0L Petrol · EF62 FVO

A consistent pattern of routine consumable wear, particularly regarding tyres and braking friction material, defines the mechanical record of this Ford C-Max, alongside an isolated failure for engine management illumination in late 2022. The vehicle successfully passed its annual inspection on 1 December 2025, recording only advisories for both front tyres being near the legal limit and showing edge wear. This reflects a stable overall trend where consumable defects are rectified between testing cycles rather than allowed to escalate into severe mechanical faults. With 86,353 miles logged across 14 years, the vehicle has accumulated an average of roughly 6,168 miles annually, representing consistent and typical family-car usage without evidence of long-term storage or excessive highway stress. This steady accumulation pattern indicates that the engine and drivetrain have undergone regular thermal cycling, which is generally preferable to prolonged standing. However, at this age and mileage threshold, secondary wear items such as suspension arm bushes, anti-roll bar drop links, and engine mounts are approaching the end of their design life, even if they have not yet generated explicit MOT failure items. Given the 2022 failure recorded for an illuminated engine management light, a prospective buyer must verify the integrity of the onboard diagnostic system prior to purchase. Ensure the warning lamp illuminates during the initial ignition check and extinguishes promptly once the engine starts, paying close attention during the test drive for any flat spots, engine hesitation, or limp-home modes under acceleration. Furthermore, because previous testing cycles consistently noted heavily worn front and rear brake discs along with thin pads, inspect the braking setup to confirm recent service work was completed satisfactorily. On the road, check for pedal judder or steering wheel vibration under braking, which would indicate warped discs or uneven pad deposition. Repeated advisories across multiple years for tyre edge wear and cracking—most recently flagged on the front axle during the late 2025 test—strongly suggest front wheel tracking misalignment or worn control arm bushes altering the steering geometry. During the road test, assess whether the steering wheel sits centered on straight stretches and monitor for any pulling to one side or heavy knocking noises over road imperfections. Visually inspect all four tyres across their full tread width, checking specifically for excessive shoulder wear, cracking within the tread grooves, and uneven rubber scuffing that confirms uncorrected alignment issues.