2019 Ford Kuga 2.0L Diesel · WP69 NFA

This 2019 Ford Kuga has maintained a clean MOT history with no defects recorded across five consecutive tests, most recently passing on 2025-10-21 at 53,367 miles. The absence of advisories or failures suggests consistent compliance with UK roadworthiness standards, though the final test occurred just nine months ago—well within the 12-month MOT validity window. No recurring issues indicate the vehicle has likely undergone regular servicing, though the lack of advisories does not preclude hidden wear in high-friction or high-stress components. The mileage progression of approximately 7,600 miles annually aligns with typical usage for a vehicle of this age, with no abrupt spikes or prolonged stagnation. The most recent test at 53,367 miles in October 2025 follows a steady pattern: 47,153 miles in October 2024, 39,607 miles in November 2023, and 30,242 miles in November 2022. There are no gaps suggesting extended periods of non-use, nor any rapid accumulation that would imply aggressive driving. However, the lack of service intervals or maintenance records beyond the MOT means critical fluid changes, suspension preload adjustments, or drivetrain inspections remain unverified. Given the clean MOT record, a buyer should prioritise an independent inspection of suspension components—particularly the rear coil springs and bushes—given their susceptibility to fatigue over 53,000 miles. Binding or uneven brake calipers were never flagged, but the rear brake discs should be checked for lateral runout or excessive wear, as this is a common failure point in Kugas. Corrosion in wheel arches, subframe mounts, or sills is another area to assess, especially if the vehicle has experienced wet or salty conditions. Tyre condition, while not MOT-failed, warrants scrutiny, as the absence of advisories could imply either recent replacements or deferred maintenance. Finally, verify the integrity of the exhaust system, particularly at the rear mounts and catalytic converter, as leaks or damage often go unnoticed until they affect emissions or structural stability.