2024 Ford Kuga ST-Line HEV CVT 2.5L Hybrid electric · RF24 MVT

As a 2024 model year Ford Kuga ST-Line HEV CVT, this vehicle falls just outside the standard three-year MOT testing window applicable to most passenger cars, and the official DVSA records confirm that no MOT test has yet been conducted or recorded. Without a prior test outcome or any advisory or failure history to examine, it is not possible to establish a longitudinal maintenance trend from the data set. Prospective buyers should be aware that the absence of MOT history in this instance is entirely administrative rather than a reflection of mechanical condition, and the vehicle should instead be evaluated on its current physical state, manufacturer service record, and factory warranty coverage. The Ford Kuga ST-Line HEV remains within its initial three-year or 100,000-mile manufacturer warranty period, which provides substantial recourse in the event of any component failure, though this does not negate the need for an independent pre-purchase inspection. With no mileage records available within the DVSA system, it is not feasible to calculate an annual usage rate or identify any significant gaps or periods of rapid accumulation. Given that the vehicle is only two years old, average annual mileage for a privately owned Kuga of this profile would typically fall in the region of eight to twelve thousand miles, resulting in an expected odometer reading of approximately sixteen to twenty-four thousand miles. Buyers should verify the current mileage directly from the dashboard against the service book entries and any available Ford online service history, paying particular attention to whether the high-voltage hybrid system has accumulated sufficient real-world use to identify any emerging faults in the electric drive components, regenerative braking function, or CVT transmission calibration. A low-mileage hybrid can sometimes mask transmission and battery management issues that only become apparent under regular load. In the absence of any recorded defects or advisories, the inspection focus should shift to age and calendar-based degradation rather than wear-related items. Tyres fitted to a 2024 vehicle may still be the original factory items, and whilst the tread depth may be adequate, the sidewalls should be closely examined for perishing, micro-cracking, or ozone damage, which can compromise structural integrity even when the tread appears serviceable. The 12-volt auxiliary battery, which manages the hybrid system control modules and ancillary electronics, should be tested for state of charge and load capacity, as modern vehicles are particularly sensitive to voltage drop and batteries can deteriorate surprisingly quickly from frequent short trips or periods of standing. Brake discs and calipers should be inspected for any corrosion, seizing, or binding, particularly on a vehicle that may have been parked for extended durations, and the handbrake mechanism confirmed to fully release without residual drag that could lead to rear brake overheating. Given the hybrid powertrain configuration, particular attention should also be directed towards the high-voltage battery thermal management system, charging cable and port condition, and the CVT transmission fluid service interval as specified by Ford. Coolant, brake fluid, and hybrid system coolant all degrade over time irrespective of mileage, and confirmation of time-based servicing in the maintenance record is essential, as a two-year-old vehicle with no documented fluid changes may present fresh but stagnant fluids that are due for replacement. On a test drive, buyers should listen for any unusual whining or humming from the CVT under load, monitor for smooth transition between petrol and electric propulsion, and confirm that the regenerative braking function operates consistently without warning messages on the instrument cluster. A professional inspection by a Ford-trained technician or hybrid specialist is strongly recommended prior to purchase, together with a comprehensive diagnostic scan of all control modules to identify any stored fault codes that have not yet triggered a warning indicator.