2026 Ford Kuga ST-Line X HEV CVT 2.5L Hybrid electric · YO26 FTC

The absence of any recorded MOT examinations means there is no documented evidence of the vehicle’s compliance with road‑worthiness standards at any point since its first registration, leaving a complete gap in the official safety and emissions history that a buyer would normally rely on to gauge mechanical reliability. Without a single pass or failure logged, the pattern is essentially unknown, and any assessment must be based on a fresh, independent inspection rather than on DVSA data. Mileage figures have not been supplied, so it is impossible to benchmark annual distance accumulation against typical usage for a 2026 model. The lack of recorded kilometres also prevents identification of any periods of unusually high or low use that could accelerate wear on drivetrain components, suspension elements, or the hybrid battery pack. Consequently, the mechanical condition inferred from mileage cannot be established and must be verified through direct measurement and visual inspection. Given the vehicle’s hybrid electric‑vehicle (HEV) configuration and continuously variable transmission (CVT), a prospective buyer should request a diagnostic scan of the hybrid control module and the CVT control unit to confirm that no fault codes are stored and that the battery state‑of‑charge and coolant temperatures are within normal limits. On the road, the CVT should deliver smooth, linear acceleration without judder, clunk, or an audible whine that changes with load; any hesitation or sudden surge may indicate wear in the belt or pulley set. The regenerative braking system and conventional disc brakes should be examined for even pad wear, consistent pedal travel, and the absence of pulsation or grinding noises that could point to warped discs or contaminated pads. A thorough visual and tactile inspection of the suspension should include checking the condition of the front lower control arms, rear trailing arms, and associated bushings for any signs of cracking, corrosion, or excessive play when the wheels are rocked. Steering should be free of binding and should return to centre promptly after a turn. Finally, the under‑body and wheel arches should be surveyed for any rust or damage to the subframe, exhaust system, and brake lines, as these are common failure points on newer models that have not yet been captured by MOT testing. A qualified mechanic’s pre‑purchase examination covering these areas will provide the concrete evidence needed to form a reliable judgement on the car’s roadworthiness.