2012 Ford Grand C-MAX 1.6L Diesel · FT12 AAU

At 183,507 miles across roughly fourteen years of service, this Grand C-Max has accumulated a substantial workload, yet its DVSA record presents an unusually clean test history. Across five recorded tests, four returned PASS outcomes with no advisories and no defects logged, while a single FAILED entry on 15 October 2021 carries no recorded defect reasons, which is an unusual data point worth raising with the seller or DVSA directly to confirm the circumstances. The most recent test on 19 October 2024 was a clean pass, and the pattern from 2021 through 2024 demonstrates stable roadworthiness under test conditions. That said, MOT records only capture pass and fail criteria on the day; they do not reveal wear that sits just inside tolerance, nor do they confirm that any remedial work prompted by the 2021 failure has been carried out to a satisfactory standard. The absence of advisories across multiple years at this mileage bracket is atypical and warrants cautious interpretation rather than automatic confidence. The annual mileage of approximately 13,108 miles is notably high for a 2012 multi-purpose vehicle, placing this particular example well above the average for its age cohort and into a usage bracket where mechanical consumables typically show pronounced wear. A vehicle covering this kind of annual distance will have demanded frequent replacement of brake pads, brake discs, tyres, and clutch or dual-clutch components depending on transmission variant, and the absence of any recorded advisory for these items is conspicuous given the mileage. The 2021 test entries suggest the vehicle was presented twice on the same day, which typically indicates an immediate re-test following rectification of a previous failure, though no defect details have been retained on the system. There are no multi-year gaps in the testing record, indicating continuous use rather than extended lay-up, which generally preserves component seals and brake system function but accelerates wear on friction surfaces and suspension bushes. For a prospective buyer, the priority inspection areas on a physical viewing should be the very components most likely to have reached their service limits at this mileage even though the MOT sheet does not flag them. The clutch take-up point, any judder or slipping under load, and the feel of the gear selector on test drive will be telling for the Powershift dual-clutch transmission commonly fitted to this model, where mechatronic and clutch-pack wear at high mileage is a known concern. Listen for knocking or clonking from the front suspension over speed bumps and uneven surfaces, which would indicate worn lower control arm bushes, anti-roll bar drop links, or front strut top mounts, all of which accumulate wear proportionally to mileage. On the brake pedal, check for any sponginess, excessive travel, or vibration under sustained braking that might suggest worn discs, corroded caliper guide pins, or sticking sliding mechanisms that an MOT brake test alone may not fully expose. Under the vehicle, inspect the subframe mounting points, suspension arm attachment bushes, and any brake pipe runs along the chassis and underbody for corrosion, particularly around jacking points and where the fuel and brake lines run close to the bodywork, as corrosion can progress rapidly on a high-mileage vehicle used consistently throughout British winters. The exhaust system, particularly the flexible joint and rear silencer mounting, should be checked for blowing gases and signs of repair welding. Tyres should be examined for even shoulder wear, which can reveal alignment or worn suspension geometry issues that MOT does not specifically measure. Finally, a thorough under-bonnet inspection for oil seepage from the cam belt area, coolant leaks from the thermostat housing, and any evidence of recent repairs to the timing chain or dual-clutch mechatronic unit would be prudent given the mileage, as would a direct enquiry to the seller or previous test station about the circumstances of the October 2021 failure to ensure no structural or safety-related defect was the underlying cause.