2007 Ford C-MAX 2.0L Petrol · CV57 PLJ

The defining mechanical story of this 2007 Ford C-MAX is a progressive pattern of structural and suspension corrosion across its underbody, documented at every test since 2020. The most recent examination on 7 January 2026 was failed outright on relatively minor items: a non-functioning offside front position lamp and an empty windscreen washer reservoir, but the accompanying advisory record carries a warning. The 2025 test produced a pass but with the same surface corrosion noted across the front suspension component mounting areas, rear sub-frame, and both rear suspension arms, plus an offside rear coil spring fractured or broken. Three failures in the recorded history (2022, 2025, and 2026) and a steadily expanding list of corrosion advisories point to a chassis and undercarriage that is aging unevenly, with the rear suspension structure particularly exposed. The 2026 pass/fail outcome alone is not the headline here; the cumulative advisory trail beneath it is. Against the vehicle's age of nineteen years, the recorded 107,525 miles equates to an average of roughly 5,659 miles per year, which is low for the platform and consistent with predominantly urban or short-journey use. Annual mileage between tests suggests intermittent rather than consistent operation, and the gap between the 2020 test and earlier entries in 2021 indicates possible periods of standing. Mechanically, such a profile is a mixed indicator: brake discs, pads, and callipers will have endured less mechanical wear from sustained driving, but undertray and subframe corrosion can advance more aggressively on cars that are not regularly dried out by motorway use, and the DVSA record is consistent with that scenario, with rust advisories appearing earlier and more persistently than the mileage would otherwise suggest. The recurring rear coil spring and anti-roll bar linkage dust cover defects in 2025 also align with components that can deteriorate on a lightly used or sporadically driven vehicle. For a prospective buyer, the priority on inspection should be a thorough underbody examination, ideally on a ramp, to verify whether the corrosion classified as not seriously weakened by the tester has now advanced toward structural concern. Specifically check the rear subframe mounting areas for any flaking that penetrates beyond the surface, and inspect both rear suspension arms and their inner bushes, particularly the nearside rear swing arm inner bush, which was first flagged as worn in 2021 and has recurred as an advisory at every subsequent test. The offside rear coil spring that was recorded as fractured or broken in 2025 should be confirmed as replaced, and the nearside front suspension component mounting prescribed areas should be examined for spreading corrosion. On a test drive, listen for clonking or knocking from the rear over uneven surfaces, which would indicate worn suspension arm pins or perished bushes rather than just cosmetic rust, and feel for any vagueness or looseness in steering response that could point to deteriorated front anti-roll bar linkages, the component whose dust cover was rejected in 2025. Finally, several smaller items from the 2026 failure warrant practical attention before purchase. The offside front position lamp was not working at the last test and must be confirmed operational, along with both rear wiper blades, one of which was recorded as defective. The offside front seat belt webbing, noted as slightly damaged or frayed, should be physically inspected along its full length for cuts or fraying that could compromise restraint effectiveness. The offside front outer tyre was flagged as worn close to the legal limit on its outer edge, which can indicate a suspension geometry issue such as a worn bush or tracking misalignment, both of which are consistent with the chassis components already flagged in earlier advisories. A four-wheel alignment check would be sensible once any suspension components are replaced, and a precautionary inspection of all underbody brake and fuel lines should be carried out given the vehicle's age and the documented level of surface corrosion throughout the underside.