2026 Ford Kuga ST-Line X Phev CVT Hybrid electric (clean) · FM26 YBU

The 2026 Ford Kuga ST-Line X PHEV CVT carries no DVSA MOT history on file, which on the surface is a neutral data point rather than a positive or negative one. Because the vehicle is a current model-year registration, it will not yet have accrued its first mandatory test, as UK MOT rules require an annual test only once a car reaches three years of age. The absence of records therefore reflects the car's new status rather than any mechanical concern, but it does mean there is no DVSA-verified evidence of roadworthiness to draw upon at the time of assessment. Prospective purchasers should be aware that any claim of passing an MOT for this vehicle cannot be substantiated through official channels. Mileage context is equally limited, as no recorded odometer readings have been supplied and there is no MOT test history against which to corroborate any figure shown on the dashboard. For a 2026 plug-in hybrid of this class, typical annual accumulation tends to be moderate given the urban and short-commute profile that draws buyers to PHEV powertrains, but without verified data it is not possible to confirm whether the vehicle has been used predominantly for shorter electric-only journeys or higher-speed motorway mileage. A reading consistent with low annual mileage is not inherently protective against component degradation, particularly for hybrid systems that may sit unused for extended periods and rely on regular conditioning cycles for both the high-voltage battery and the conventional 12V auxiliary battery. In the absence of any advisory or failure history, there are no specific components to prioritise for inspection beyond the standard checks appropriate to any used PHEV. On a test drive, the buyer should pay particular attention to the transition between electric and petrol propulsion, listening for unexpected vibrations, warning lights, or hesitation during cold starts when the combustion engine first engages. The CVT transmission should be monitored for any judder, slip, or abnormal noise under load, and the regenerative braking system should feel consistent and progressive rather than grabbing or inconsistent. Steering response should remain precise without pulling to one side, and the suspension should feel composed over uneven road surfaces with no clonking from the front strut assemblies, which are a known area of wear on Kuga models. Given that this Kuga is effectively new or near-new, additional due diligence should focus on verifying the Ford warranty status, ensuring all PHEV charging equipment including the Type 2 cable and any home wallbox are present and functional, and confirming that the service book is stamped in line with Ford's PHEV-specific schedule. The high-voltage battery state of health should be confirmed through a diagnostic readout rather than inferred from displayed range alone, as range figures can mask underlying cell degradation. A pre-purchase inspection by a technician familiar with Ford hybrid systems remains advisable, particularly to assess the 12V auxiliary battery, brake system integration between regenerative and friction braking, and the condition of the plug-in charging port for any signs of overheating or connector wear.