2016 Ford Kuga 2.0L Diesel · V60 AAT

The 2016 Ford Kuga’s most recent MOT test on 2025-11-10—just seven months ago—shows a clean pass with no defects recorded, despite the vehicle having been tested twice on the same day at 82,402 miles. This suggests the tester found no major issues during either inspection, though the duplicate entry may indicate a procedural anomaly rather than a mechanical concern. The consistent passing trend over five consecutive tests, all within the standard 12-month cycle, implies no recurring or escalating faults. However, the lack of advisories or defects in any test means there are no historical warnings about suspension bushes, coil springs, binding calipers, or corrosion to preemptively investigate. The recorded mileage of 82,402 miles over ten years—approximately 8,240 miles annually—falls within the typical range for a vehicle of this age, indicating neither excessive wear nor prolonged neglect. There are no gaps longer than a year between tests, and the mileage increments between each MOT (around 10,000 miles per year) are steady, suggesting consistent use rather than periods of inactivity. This pattern reduces concerns about deferred maintenance or deferred wear on components like brake discs or drivetrain fluids. Given the absence of defects or advisories in any MOT, a buyer should prioritise a thorough inspection of high-wear items not covered by the test, such as the suspension bushes and coil springs for stiffness or cracking, particularly at the wheel arches and sills where corrosion often begins. The brakes, though not explicitly flagged, warrant checking for uneven wear or glazing on pads, as binding calipers are a common failure mode in this model. Exhaust emissions should also be verified, as catalytic converter degradation can occur without visible external corrosion. Finally, the underbody and wheel arches should be scrutinised for signs of structural rust, especially around the subframe and rear axle mounts, as these areas are prone to moisture ingress and deterioration over time.