2023 Ford Kuga ST-Line X Phev CVT 2.5L Hybrid electric (clean) · CA23 PRV

A 2023 Ford Kuga PHEV with a single recorded MOT test dated 1 April 2026 carrying no advisories or defects presents a very limited data set from which to draw any meaningful mechanical conclusions. The first MOT became due only at three years of age, so the record reflects a clean first examination rather than an established track record of roadworthiness over multiple cycles. With no prior failures, no advisory wear items and no recorded defects, the documented history offers no direct evidence of developing corrosion, suspension wear, brake deterioration or drivetrain concerns, but equally cannot confirm the long-term condition of components that simply have not yet been inspected at test thresholds. Prospective buyers should therefore treat the clean pass as a starting reference point rather than proof of ongoing mechanical integrity. Against the three-year age of the vehicle, the recorded 6,527 miles equates to an average accumulation of roughly 2,176 miles per year, which is notably below typical usage for a family SUV of this class. This pattern suggests the vehicle has either covered consistently short journeys or has spent extended periods stationary between uses. Such low mileage is particularly relevant for a plug-in hybrid, where prolonged inactivity can affect the 12V auxiliary battery, the high-voltage battery management system, brake discs and pads through surface corrosion from limited use, and tyres through uneven load-bearing and age-related deterioration rather than tread wear. The MOT record itself shows no mileage-related advisories, but a buyer should consider the implications of low annual mileage separately from the test outcome. Given the absence of any flagged components in the MOT history, specific inspection focus should fall on the items most likely to deteriorate on a low-use PHEV of this age. Brake discs and calipers should be examined for surface rust and any binding that may have developed from infrequent operation, and a test drive should include firm brake applications to confirm smooth, even stopping without judder or pulling. The suspension should be checked for knocking or clonking from worn bushes, drop links or anti-roll bar components, particularly over uneven surfaces, as low-mileage vehicles can still suffer dry-jointed suspension due to standing. Tyres should be inspected for cracking in the sidewalls, uneven wear patterns consistent with misalignment, and age-related hardening, while the underbody and subframe mounting areas should be examined for any early corrosion given the limited road salt exposure implied by the low mileage. Additional pre-purchase checks should address the hybrid-specific systems that fall outside standard MOT scope but are critical on a Kuga PHEV. The high-voltage battery state of health, the operation of the charging port and cable, the transition between electric and combustion modes, and the functionality of the regenerative braking system should all be verified during an extended test drive. Oil level and quality should be inspected, as infrequent use can lead to fuel dilution in the petrol engine from short trips. Finally, confirmation should be sought that all required recall and software update work has been completed, and that the documented service schedule has been followed, since MOT records alone do not establish either point.