2025 Ford Kuga ST-Line X HEV CVT AWD Hybrid electric (clean) · CF25 DWN

As there is no MOT history available for this 2025 Ford Kuga ST-Line X HEV CVT AWD, an official DVSA roadworthiness assessment cannot be conducted against historical test data. Vehicles first registered in 2025 typically only become subject to MOT testing once they reach three years of age, meaning this model is not yet legally required to hold an MOT certificate. Consequently, there are no failure points, advisory notices, or recorded defects to evaluate, and the overall maintenance trend cannot be characterised as stable, worsening, or improving based on DVSA records. With the recorded mileage described as unknown, it is not possible to benchmark annual usage against the vehicle's age. Where a hybrid SUV such as this is concerned, an unusually low annual mileage can be just as mechanically concerning as excessive accumulation, particularly where the vehicle is driven predominantly in urban environments with frequent cold starts, which can promote condensation in the engine oil and underuse of the combustion component of the hybrid powertrain. Equally, very high annual mileage in an AWD hybrid can accelerate wear on the rear electric drive unit, high-voltage battery thermal management system, and conventional friction braking components. A thorough verification of the current odometer reading, supported by service book stamps, digital service records, and any Ford warranty paperwork, is therefore essential. In the absence of MOT history, prospective buyers must rely on a structured physical inspection aligned with the vehicle's age and usage profile. Externally, the tyres should be carefully examined for age-related perishing and sidewall cracking, as rubber compounds degrade with calendar age regardless of tread depth, and the spare or inflation kit should be checked for serviceability. The 12-volt auxiliary battery, which supports the hybrid system wake-up function, should be load-tested, as low mileage or short journeys can lead to premature failure. Brake discs and callipers should be inspected for standing corrosion and binding, which is common on lightly used vehicles, and the high-voltage hybrid battery state of health should be confirmed via a Ford dealership diagnostic read-out. Fluid services including engine oil, coolant, brake fluid, and the automatic transmission fluid for the CVT should be reviewed against calendar intervals rather than purely mileage, as brake fluid is hygroscopic and degrades irrespective of use. On a test drive, particular attention should be paid to any warning messages on the instrument cluster, hesitation or juddering during the transition between electric and petrol propulsion, and any unusual whine or vibration from the rear axle indicative of the electric drive module. Listen for suspension knocks over uneven surfaces, which would point to worn bushes or top mounts on a vehicle that may have been driven predominantly on poor rural roads. The steering should be checked for straight-line stability and any pulling under braking, while the regenerative braking function should be confirmed to operate smoothly. Finally, verify that all supplementary items such as the charging cable, locking wheel nut key, and book pack are present, and consider an independent pre-purchase inspection by a Ford-trained technician or an AA/RAC inspection service to provide an objective mechanical report in the absence of any DVSA test history.