2012 Ford Grand C-MAX 1.6L Diesel · LP12 ACF

A pattern of chronic suspension wear and at least one instance of dangerously exposed tyre cords define the mechanical story of this 2012 Ford Grand C-Max. The most recent test on 3 October 2025 returned a pass, but it came accompanied by advisories on the nearside front suspension arm bush, the offside rear trailing arm bush, and a minor windscreen chip, with the nearside rear indicator showing slight discolouration. The day before, on 2 October 2025, the vehicle failed on two dangerous tyre defects, with the nearside front and nearside rear tyres both showing exposed plies or cords, a failure category that signifies a serious loss of structural integrity in the tyre carcass and a substantial risk of sudden deflation. The suspension advisories are not isolated, as a prior test on 29 August 2024 repeated the nearside front bush concern and added advisories on the offside front bush, the nearside rear trailing arm bush, and both rear inner tyres worn close to the legal limit. An earlier test on 26 September 2023 had already flagged the rear axle swivel pins and bushes as slightly worn on both sides, establishing a clear, ongoing trajectory of suspension joint wear rather than a one-off observation. The recurrence of these advisories across multiple tests suggests that the bushes and pins are progressively deteriorating and are likely to require replacement within the next inspection cycle. With 120,524 miles recorded against a 2012 registration, the Grand C-Max has covered approximately 8,600 miles per year, which sits broadly in line with the national average for a vehicle of this age and is neither unusually high nor indicative of extended periods off the road. The MOT history shows testing activity in late 2023, late 2024, and early autumn 2025, with the 2024 entry reflecting both a fail and a subsequent pass on the same day, suggesting a quick rectification of whatever caused the failure on that occasion. The mileage accumulation appears steady rather than showing dramatic spikes, which is consistent with regular mixed-use driving. There are no extended gaps in the testing record that would imply a multi-year lay-up, so concerns around seized brakes, perished fuel lines, or discharged batteries from prolonged standing are not particularly relevant here. At this mileage, however, general wear items such as brake discs and pads, clutch components, and ancillary drive belts will be approaching or past their second or third replacement cycle. A prospective buyer should pay particular attention to the suspension components that have been repeatedly flagged, as bushes and anti-roll bar links on the C-Max platform are known to wear progressively and can introduce clonks, knocking, or imprecise handling once play develops beyond advisory thresholds. On a test drive, listen for any knocking from the front or rear suspension over uneven surfaces, particularly over speed bumps and transverse ridges, and feel for vagueness or wander in the steering that could indicate worn front bushes. The trailing arm bushes at the rear should be inspected with the vehicle on a ramp if possible, looking for cracking, elongation, or separation of the rubber from its metal housing. Pay close attention to rear axle behaviour, as the 2023 advisory noted swivel pin wear on both sides, which can manifest as a slight rear-end instability or uneven tyre wear across the rear axle. A check of the rear inner tyres for uneven shoulder wear, which was specifically flagged in 2024, would be worthwhile, as this can be symptomatic of the rear suspension geometry being affected by worn bushes. The tyre situation also warrants careful scrutiny, given that the vehicle was failed just one day before its 2025 pass on dangerous exposed-ply defects. Inspect all four tyres closely for any bulges, cracks in the sidewall, or exposed cord, and verify that the replacements fitted after the failure are quality items with adequate tread depth across the full width, not just the central grooves. The nearside rear indicator discolouration should be checked to confirm the lens is not cracked or allowing moisture ingress into the bulb holder, which can lead to repeated bulb failure. Given the mileage, the brake discs and pads should be physically inspected for lipping, corrosion, and remaining friction material, as there is no recorded advisory history on the braking system, which may simply mean components were replaced between tests rather than being notably sound. Finally, a thorough road test on a route that includes motorway speeds, town traffic, and uneven B-roads will be the most reliable way to surface any knocks, vibrations, or steering irregularities that the static MOT inspection cannot reveal, particularly given the chronic nature of the suspension advisories that have accompanied this vehicle through three consecutive test cycles.