2025 Ford Kuga ST-Line HEV CVT Hybrid electric (clean) · AV25 VGL

A 2025 Ford Kuga ST-Line HEV with no recorded MOT history means the vehicle has not yet reached the three-year threshold at which its first statutory roadworthiness test would fall due, and consequently there is no DVSA test evidence to draw upon when forming a mechanical judgement. Because the Kuga was first registered in 2025 and today is September 2026, the car is only around one year old and remains within its manufacturer warranty and Ford's standard service cycle. In the absence of MOT data, any assessment must be made from general mechanical awareness of the model range rather than from documented test outcomes, and a prospective buyer should recognise that there is no DVSA record to confirm or refute claims about its condition. Mileage context for this vehicle cannot be established against age, as no odometer readings have been supplied and no MOT records exist against which to cross-check annual accumulation. A 2025-built Kuga HEV in its first year would typically be expected to cover between six and twelve thousand miles if used as a daily driver, but without a figure to work from, it is impossible to confirm whether the car has been driven sparingly, used for short urban commutes only, or accumulated higher mileage consistent with motorway use. Given that hybrid powertrains benefit from regular operation to keep the high-voltage battery conditioned and the 12V auxiliary battery healthily charged, very low annual mileage could raise concerns over long-term battery longevity rather than immediate mechanical wear, but no such inference can be drawn from the data provided. Without any advisory history, there are no specific components such as suspension arms, brake pipes, anti-roll bar links, or subframe mounts that have been flagged on previous tests, so buyer-side inspection cannot be tailored to known weak points. It is nonetheless prudent on a test drive to listen for any clonks or knocks from the front suspension over uneven surfaces, to check that the steering centres correctly without pulling to either side, and to ensure that the regenerative braking system engages smoothly without pedal judder or vibration through the footbrake. The CVT transmission should be observed for any hesitation, whine, or judder during gentle acceleration, while the hybrid system should transition seamlessly between electric and petrol propulsion without warning lights, surges, or unexpected engine firing. A prospective buyer should also verify that the vehicle has a complete Ford dealer or specialist service history covering the first-year health check, that the high-voltage battery state of health is documented, and that any software updates for the hybrid management system have been applied. A pre-purchase inspection by a Ford-trained technician or an independent hybrid specialist would be the most reliable way to establish the mechanical condition of the vehicle in lieu of MOT data, particularly to confirm the integrity of the charging system, brake fluid condition, tyre wear pattern, and underbody components which would ordinarily be examined at the first MOT. Until that first test is carried out, the absence of MOT history should be treated simply as a function of the car's age rather than as a positive or negative indicator.