2011 Ford S-MAX 2.0L Petrol · DC03 FDC

The MOT history of this 2011 Ford S-Max presents an unusual and mechanically significant pattern: every recorded test event shows a paired pass and failure on the same date. The most recent test on 2023-12-29 shows the vehicle passed with no defects recorded, yet a failure was also logged on the identical date. The same anomaly appears on 2021-12-30, where the vehicle both passed and failed without any defects being captured. While the absence of recorded advisories or defects on either side of these paired results suggests the failures may have been administrative in nature, possibly involving registration or documentation issues rather than mechanical defects, a prospective buyer cannot rely on this assumption. The two earlier tests in 2021 and 2023 both passed cleanly with no advisories. No subsequent MOT test has been recorded after December 2023, meaning the vehicle's current roadworthiness status is unverified for nearly three years and will require an immediate test before any purchase is finalised. Mechanically, the documented picture is one of stable roadworthiness across the recorded tests, but the gaps in testing history and the lack of any 2024, 2025, or 2026 entry mean the condition of wear items is effectively unknown from official records alone. With 86,487 miles recorded against a fifteen-year vehicle age, this S-Max has averaged only around 5,766 miles annually, which is notably low for a vehicle of this type. Ford S-Max models typically cover higher mileages given their family and fleet popularity, and such restrained annual accumulation often indicates either periods of light personal use or extended stationary periods. There is a substantial testing gap between the January 2023 pass and the December 2023 pass, and no MOT entries at all appear for 2020 or earlier beyond December 2021, which means the vehicle may have either been off the road or operating with a recent test certificate during those intervals. Low annual mileage reduces wear on major drivetrain components such as the engine, clutch, and gearbox, but it can accelerate deterioration of items that suffer when stationary, including brake discs corroding on the hub face, suspension bushes developing flat spots or perishing, drive belts drying out, and seals becoming brittle. The combination of low average mileage and the absence of recent test evidence means a physical inspection carries greater importance than the MOT history alone would normally demand. For a buyer considering this vehicle, the test drive and physical inspection should focus on the components most likely to suffer from low-mileage, age-related deterioration rather than high-mileage wear. On a test drive, listen carefully for any clonks, knocks, or creaks from the front suspension when traversing speed bumps or uneven road surfaces, as perished or dry-rotted lower wishbone bushes and anti-roll bar drop links are known weak points on the S-Max of this era. Check for steering vagueness, wandering, or any knocking on full lock, which would indicate worn tie-rod ends or track rod inner joints. Apply the brakes firmly from a moderate speed and feel for any judder through the pedal, which would suggest corroded or warped front brake discs; a gritty or scraping noise on light application is also indicative of surface corrosion on the discs from extended standing periods. Listen for any binding or pulling to one side under light braking, which points to a seized brake caliper slide pin or a corroded caliper piston, both common on low-use vehicles. Beyond the braking and suspension checks, the buyer should inspect the underside of the vehicle for any signs of corrosion on the subframe, suspension arms, and brake pipes, as the S-Max is known to suffer from structural corrosion in colder climates and the MOT history shows no corrosion advisories to either confirm or rule this out. Examine the engine bay for any signs of oil misting or weeping from the cam cover gasket, the rocker cover, or the front crankshaft seal, as these are common leak points on the 2.0 TDCi and 1.6 TDCi engines fitted to this model. Inspect all coolant hoses for signs of perishing or softening, and check the condition of the auxiliary drive belt and tensioner for cracking or noise on start-up. Verify that the vehicle starts promptly without excessive cranking, as prolonged standing can degrade battery capacity and fuel pump priming. Given that no MOT has been recorded for nearly three years, a buyer should treat any inspection findings seriously and budget for rectification work across the braking and suspension systems as a precautionary measure before relying on the vehicle for regular use.