2009 Ford S-MAX 2.0L Diesel · SM09 BLX

The 2009 Ford S-MAX holds a valid MOT pass dated 22 January 2026 at 190,790 miles, but the record reveals a maintenance pattern that is borderline rather than reassuring. The car failed the previous day on 21 January 2026 with a snapped handbrake cable and inadequate parking brake effort, indicating a sudden deterioration or neglected secondary braking system. While that specific failure was rectified within 24 hours, the pass report still carried multiple corrosion and wear advisories. Front coil springs are corroded, rear shock absorber casings show surface damage, rear subframe mounting points are corroded, and the rear anti-roll bar bush is worn. These are not fresh defects. They represent a gradual decline in structural and suspension integrity that has persisted across several test cycles. Mileage accumulation sits at roughly 11,200 miles per year, which is typical for a large MPV of this age. The record shows a jump of approximately 6,000 miles between January 2024 and January 2025, then a further 2,500 miles in the twelve months leading to January 2026. There are no alarming gaps suggesting long-term storage, but the consistent annual mileage has not been matched by consistent preventative maintenance. The 2025 test at 188,222 miles flagged corroded rear subframes, slight underside corrosion, and a minor oil leak. By 2026 at 190,790 miles, the same subframe corrosion advisory remains, and new front coil spring corrosion has appeared. This suggests the vehicle has been used steadily without addressing underlying rust or suspension wear. A buyer should focus the physical inspection on the rear subframe and its mounting points, as corrosion has appeared in this area in both 2025 and 2026 without being classified as excessive. Surface corrosion can mask deeper pitting on a seventeen-year-old steel subframe, particularly around mounting prescribed areas. The rear shock absorbers also warrant close examination given the repeated advisory about casing damage and surface rust, which may indicate the units are nearing replacement. Front coil spring corrosion is a concern on any vehicle, as pitting can lead to spring fracture under load, a failure mode already seen on the rear springs during the 2025 test. The braking system demands particular attention. The snapped handbrake cable and zero effort recorded on the offside rear in January 2026 point to either a cable that was already fraying or a caliper issue that was masked by a simple cable replacement. A buyer should verify handbrake effort on a gradient and inspect rear calipers for binding or uneven wear. The rear anti-roll bar bush, flagged as worn in the most recent test, is a relatively inexpensive component but symptomatic of a broader pattern where minor suspension wear is being monitored rather than repaired. Overall, the car is roadworthy on paper, but the accumulation of corrosion advisories and the reactive nature of recent repairs suggest a vehicle that has been kept legal rather than properly maintained.