2016 Ford S-MAX 2.0L Petrol · SA08 ROM

The 2016 Ford S-MAX presented for evaluation has recorded a current mileage of 54,751 miles and is supported by a DVSA MOT history that demonstrates a generally stable but brake-focussed maintenance profile. The most recent test on 15 September 2025 returned a clean pass with no defects or advisories recorded, mirroring the clean pass achieved in August 2024 and again in September 2022. The September 2023 test also passed without failures, though a single advisory was raised regarding the central rear brake pad showing thin wear. Reviewing the longer-term trend, the braking system has been the only recurring area of attention across the documented history, with rear pad advisories appearing in 2021, 2022, and 2023, and a dangerous failure on the front outer pads in September 2021 which led to an immediate re-test pass once rectified. The fact that the two most recent tests have returned without any brake-related advisories suggests that the consumables have since been renewed comprehensively, and the overall maintenance trend over the last two years can reasonably be considered stable and consistent with a vehicle that has been conscientiously serviced. With approximately 54,751 miles recorded over a ten-year service life, this S-MAX averages only around 5,475 miles per year, which is substantially below the typical mileage for a vehicle of this age and class. Such low annual usage carries particular mechanical implications beyond simple wear progression. Extended periods of standing or short infrequent trips can lead to moisture accumulation within the engine and gearbox oils, brake fluid degradation due to its hygroscopic nature, corrosion on brake discs and caliper mechanisms caused by lack of regular use, and premature ageing of underbody components due to infrequent cleaning of road salts and contaminants. The mileage gap between consecutive MOT entries is broadly consistent, suggesting the vehicle has been used steadily rather than stored for prolonged periods, which is favourable, but the low overall figure still warrants close physical inspection of components that deteriorate with calendar age rather than distance. For a prospective buyer, a thorough physical inspection should be carried out with particular attention to the braking system given its recurring presence in the advisory history. Although the most recent inspections have been clean, the rear pads were noted as thinning on more than one occasion, so any prospective purchaser should verify the current pad and disc thickness directly, check for binding calipers by ensuring all four wheels rotate freely when released, and look for uneven disc wear or lipping which can produce vibration or shuddering under braking. On a test drive, listen for any scraping, grinding, or squealing from the brakes, and observe whether the vehicle pulls to one side under moderate braking, which would suggest a sticking caliper or uneven pad wear. The front pads were replaced following a dangerous-level wear reading in 2021, so confirmation of when this work was last carried out and the quality of the components fitted would be advisable. Given the low average annual mileage, age-related deterioration should also be a priority during inspection. Tyre sidewalls should be examined closely for perishing, cracking, or ozone damage, as tyres older than five or six years can degrade structurally even with adequate tread depth, and the date code on the sidewall should be checked against the current date. The 12V battery should be tested for cranking strength, as batteries that have been subjected to frequent short trips or prolonged standing rarely achieve their full service life. Under-bonnet checks should include verification of the brake fluid replacement date, as fluid should be renewed every two to three years regardless of mileage due to moisture contamination, alongside inspection of coolant condition and the age of the cambelt if applicable to the particular engine variant. Finally, the underside of the vehicle should be examined for surface corrosion, particularly around suspension components, subframe mounting points, and brake lines, while a test drive should focus on listening for any clonks from the front suspension over speed humps and noting any uneven tyre wear patterns which might indicate worn bushes or weakened coil springs.