2026 Ford Kuga Active HEV CVT Hybrid electric (clean) · AP26 ORV

A formal roadworthiness assessment has been prepared for the 2026 Ford Kuga Active HEV CVT under consideration. At present, no DVSA MOT test history is available for this vehicle. Because the car is a 2026 model, this absence of recorded testing is entirely consistent with its registration date, as vehicles in mainland UK legislation are not required to undergo their first statutory MOT examination until they reach three years of age. Consequently, there is no historical pass or fail data, advisory record, or documented defect pattern against which a maintenance trend can be established. From a regulatory and historical standpoint, the file is blank rather than indicative of neglect or irregular use. Regarding recorded mileage, the documentation states the figure as unknown, and the available records do not permit a comparison between annual distance covered and the vehicle's age. As a hybrid electric crossover, the Kuga Active combines a 2.5-litre petrol engine with an electric drivetrain and an electronic CVT transmission, and its mechanical longevity is heavily influenced by usage patterns. Without verifiable mileage, it is not possible to determine whether the vehicle has been used for predominantly short urban journeys, longer motorway runs, or has been subject to extended periods of standing. This uncertainty is particularly relevant for hybrid powertrains, where infrequent operation can lead to reduced fuel circulation, stale engine oil, depletion of the high-voltage traction battery state of charge through parasitic drain, and potential degradation of brake system components due to lack of regular thermal cycling through the friction material. Given that this is effectively a current or near-current model year vehicle and no MOT history exists, a prospective buyer should focus on verifying its original factory specification and the validity of its manufacturer warranty, which for Ford typically covers three years or 60,000 miles from the date of first registration. Physical inspection should begin with the 12-volt auxiliary battery, ensuring clean terminals and verifying cranking performance, as low-voltage battery failure is common in vehicles used predominantly for short trips. Tyre sidewalls should be inspected for perishing caused by age-related UV degradation, even where tread depth appears serviceable. Brake discs and calipers should be examined for surface corrosion or binding, particularly if the vehicle has been stationary for any extended duration, as standing corrosion can lead to juddering or uneven braking feel on initial application. All fluid compartments, including the engine oil, CVT transmission fluid where serviceable, hybrid system coolant, and brake fluid, should be inspected for level and condition, with the brake fluid assessed for moisture content given its hygroscopic nature and typical two-year replacement interval. Finally, a thorough road test should be conducted with specific attention to the transition between electric and petrol propulsion, ensuring smooth engagement of the internal combustion engine and confirming that the regenerative braking system operates without warning lights or unusual noises.