2024 Ford Kuga ST-Line X Edition HEV CVT Hybrid electric (clean) · ME73 FSO

As a 2024 model year Ford Kuga ST-Line X Edition HEV CVT, this vehicle sits within its first three years of registration and therefore carries no recorded DVSA MOT test history to date, as cars in the United Kingdom are not legally required to undergo an MOT assessment until they reach three years of age. This means there is no official verification of its roadworthiness, structural integrity, or emissions compliance on file. While the absence of test data is entirely expected for a vehicle of this age, it also means that a prospective buyer currently has zero government-backed evidence confirming the condition of critical safety components such as the braking system, suspension assemblies, tyres, lights, steering mechanism, or exhaust system. The defining mechanical story of this car is therefore one of unverified condition rather than proven reliability, and any assessment of its roadworthiness must rely entirely on physical inspection rather than historical test records. With no MOT test entries on file, there is equally no recorded mileage progression to analyse, and the supplied mileage context confirms that there is insufficient data to compare the vehicle's usage against typical accumulation rates for its age bracket. The hybrid powertrain and CVT transmission configuration of the ST-Line X Edition HEV are engineered for both urban and longer-distance operation, but without corroborated odometer readings from annual tests, it is impossible to confirm whether the vehicle has covered a typical annual mileage, been used predominantly for short journeys that can stress the hybrid battery and brake components through frequent low-speed stops, or conversely been subjected to high motorway mileage that accelerates wear on suspension bushes, wheel bearings, and brake discs. A test drive should therefore include careful observation of the hybrid system's transition behaviour between electric and petrol propulsion, as well as any hesitation or judder from the CVT transmission under moderate acceleration, since these symptoms often only emerge after varied real-world use. Given the complete absence of MOT history, a prospective buyer must adopt an inspection-led approach rather than relying on documented defect patterns. Particular attention should be paid to the rear brake assemblies, as the regenerative braking system on this HEV variant can lead to rear brake corrosion through infrequent mechanical application, resulting in binding calipers or seized slider mechanisms that would only become apparent as a pulling sensation or uneven braking effort during a road test. The CVT transmission should be evaluated for any whine, judder, or delayed engagement when moving off from a standstill, and the hybrid system should be monitored for any warning messages, irregular engine cycling, or unexpected drops in displayed battery state of charge. Steering feel should be checked for any knocking over uneven surfaces, which could indicate wear in the front suspension wishbones, anti-roll bar linkages, or MacPherson strut top mounts, while the tyres should be inspected for uneven shoulder wear suggesting misalignment or worn suspension components. The bodywork, undertray, and chassis should be physically examined for any corrosion around the wheel arches, subframe, and brake pipe runs, given that even relatively recent vehicles can suffer from compromised underbody protection if driven over treated winter roads without subsequent cleaning. The exhaust system should be checked for any hissing or tapping noises from the heat shields, as well as any signs of blue smoke on startup that could indicate oil consumption in the 2.5-litre Duratec hybrid powertrain. Finally, all fluid reservoirs, including the engine coolant, hybrid inverter cooling system, brake fluid, and screen wash, should be inspected for correct levels and condition, and a full diagnostic scan using Ford-compatible equipment is strongly advisable to check for any stored fault codes within the hybrid control modules, transmission control unit, and driver assistance systems that would not be visible on a standard road test alone.