2023 Ford S-MAX ST-Line HEV CVT 2.5L Hybrid electric (clean) · AF23 XMS

A 2023 Ford S-Max ST-Line HEV with just one MOT test on record, completed on 10 March 2026 and returned a clean pass with no advisories or defects, presents a roadworthiness profile that is currently unblemished but necessarily thin. Because the vehicle only first became testable in March 2026, this single result represents the entirety of the official DVSA inspection history available to a prospective buyer. The absence of any flagged items means that no mechanical, structural, or corrosion concerns have been formally documented at the time of test, though it is important to recognise that a one-test sample cannot establish a longer-term trend regarding component wear or recurring issues. With 9,654 miles recorded over approximately three years, the vehicle has averaged around 3,218 miles per year, a usage rate well below the national average and notably low for a family-oriented MPV of this size. This pattern is consistent with either limited regular use, predominantly short urban journeys, or extended periods of stationary storage between drives. Mechanically, such low annual mileage tends to reduce wear on high-mileage consumables such as brake discs, pads, and clutch components, but it can also accelerate deterioration of items affected by inactivity, including brake calipers seizing, tyre sidewall cracking from prolonged static loading, and 12V battery degradation if the vehicle has sat for long intervals without being driven. The hybrid powertrain in particular benefits from regular use to keep the high-voltage system conditioned, so the actual driving pattern over the past three years is a relevant consideration beyond the simple mileage figure. Given the absence of any recorded advisories, there are no specific components from the MOT history to target, and instead a prospective buyer should focus on the general condition of areas that a single clean test would not necessarily expose. On a physical inspection, look closely at the inner faces of the front brake discs for any lipping or surface corrosion that may indicate the brakes have been little used, and check that the caliper sliders move freely. Inspect all four tyres for uneven wear patterns, sidewall cracking, or age-related deterioration, as tyres fitted at production may now be several years old despite having substantial tread remaining. Examine the underside, suspension arms, and subframe mounting points for any early signs of surface corrosion, particularly given Ford's known susceptibility to rear suspension corrosion in this model generation, even where the MOT tester has not yet flagged it. During a test drive, pay particular attention to how the hybrid system engages, listening for any unexpected noises from beneath the bonnet during the transition between electric and combustion modes, and ensure the CVT transmission delivers smooth, step-free acceleration without vibration or judder. Test the suspension over uneven road surfaces, listening for knocks from the front and rear anti-roll bar bushes, drop links, and coil springs, as these are wear items that may not be assessed under MOT conditions but will telegraph as noise or vagueness through the steering. Finally, verify that all hybrid-specific functions operate correctly, including the instrument cluster readouts for the high-voltage system, and confirm that the vehicle has been regularly exercised rather than left standing, as prolonged inactivity is the most probable mechanical risk associated with this particular usage profile.