2012 Ford S-MAX 1.6L Diesel · CP12 XKF

The 2012 Ford S-Max presents a stable roadworthiness profile in its most recent testing cycle, with the October 2025 MOT at 128,028 miles passing without any defects—despite a prior failure just one day earlier at 128,022 miles. Both tests in that sequence registered no advisories or faults, suggesting the vehicle met all DVSA thresholds for emissions, brakes, lights, and structural integrity at that point. The absence of recurring defects in the past two years, including the September 2024 and August 2023 tests, indicates no persistent mechanical or safety issues have emerged. However, the back-to-back pass/fail at nearly identical mileages in October 2025 is unusual and may imply a minor but unresolved issue—likely administrative, such as a temporary paperwork oversight—rather than a mechanical failure. For a buyer, this anomaly warrants clarification from the seller, though it does not reflect a pattern of neglect or worsening condition. The mileage accumulation aligns closely with typical expectations for a 14-year-old vehicle, averaging around 9,145 miles per year—a figure consistent with moderate, steady use rather than heavy commuting or prolonged inactivity. The gap between the August 2023 tests (99,997 miles) and the September 2024 test (106,664 miles) suggests the car covered roughly 6,667 miles in just over a year, a pace that does not indicate aggressive driving or abuse. The most recent 21,364 miles were logged in under a year, which could reflect a change in ownership or usage patterns, but the absence of defects in that period suggests no accelerated wear. The clean MOT history over the past two years, combined with the mileage trend, implies the vehicle has been maintained at a basic level—though not necessarily with meticulous attention to preventative servicing. Given the sparse but clean MOT record, a buyer should prioritise a thorough inspection of components prone to long-term wear or corrosion in this model. The suspension—particularly the front lower arms, track control arms, and coil springs—should be checked for signs of bush deterioration or uneven wear, as these are common failure points in high-mileage S-Max models. Braking performance demands scrutiny, especially the rear calipers and discs, given the October 2025 pass/fail sequence could hint at borderline brake efficiency. Structural integrity is less of a concern here, but a close examination of the sills, wheel arches, and underbody for surface rust or perforation is prudent, as Ford’s bodywork in this era can degrade in damp UK conditions. Finally, while the MOTs show no emissions-related faults, a pre-purchase diagnostic for the DPF (if fitted) and exhaust system is advisable, as diesel particulate filters often fail silently and are not always caught in standard MOT checks.