2015 Ford Kuga 2.0L Diesel · RF65 NVR

The 2015 Ford Kuga was last presented for MOT testing on 3 December 2025, initially failing on a nearside front wiper not clearing the windscreen effectively before passing on the same date after rectification. The only advisory recorded at that test, and indeed the most recent mechanical concern flagged across the entire DVSA history, relates to a worn nearside front suspension arm pin or bush not yet resulting in excessive movement. Reviewing the broader trend, the vehicle has passed every annual test since 2019 with largely clean sheets, apart from a minor tyre cut advisory in 2021 and the front suspension advisory in 2025. The pattern does not indicate a deteriorating mechanical trajectory, but rather a stable, well-maintained vehicle, with the suspension note being the first genuine wear-based concern to emerge in eleven years. This single advisory warrants close attention during any inspection, as suspension bushes tend to deteriorate progressively once initial wear becomes detectable. With a recorded mileage of 34,891 miles against an eleven-year vehicle age, the Kuga has covered approximately 3,172 miles per year on average, which is markedly low for its class and age. This low annual usage suggests either predominantly short urban journeys or extended periods of standing, both of which carry distinct mechanical implications. Short trips prevent the engine, catalytic converter, and exhaust system from reaching full operating temperature, which can accelerate oil degradation, encourage moisture accumulation in the exhaust, and promote carbon build-up. Conversely, prolonged standing can lead to brake disc corrosion, brake caliper binding due to seized pistons or guide pins, premature tyre ageing from perishing of the sidewalls, and degradation of the 12V battery through chronic undercharging or sulphation. Any prospective buyer should therefore not be lulled into a false sense of security by the modest odometer reading, as calendar-based wear is just as significant as mileage-based wear on a vehicle of this age. Given the emergence of the nearside front suspension arm pin or bush advisory, this is the area demanding the most focused inspection. On a test drive, listen carefully for any clunking, knocking, or rattling from the front suspension over uneven road surfaces, speed bumps, or when turning at low speed, as these are classic symptoms of worn bushes allowing excessive play. Uneven or feathered tyre wear on the nearside front wheel, particularly on the inner or outer shoulder, would also suggest the geometry has been disturbed by the worn component. It is advisable to have the vehicle raised on a ramp for confirmation, as the wear may have progressed beyond the advisory threshold since the December 2025 test. Budgeting for replacement of the affected bush or arm in the near term would be prudent, as continued use with excessive play can compromise tyre longevity, handling precision, and braking stability. Beyond the suspension concern, the low-mileage profile demands several time-based inspections regardless of the clean MOT record. Examine all four tyres closely for sidewall cracking, perishing, or bulging, as rubber compounds degrade with age and a tyre older than six years should be evaluated for replacement irrespective of tread depth. Inspect the brake discs for obvious corrosion ridges on the edges and verify that the calipers release freely without dragging, as seized calipers are a common consequence of low usage. Check the 12V battery's state of health and charge holding capability, confirm the service book evidence of recent oil and filter changes, and verify the condition and age of the coolant, brake fluid, and transmission fluid, all of which degrade over time. Finally, ensure the timing belt or chain replacement interval is known and confirmed within schedule, and that the underside has been protected against the standing corrosion which typically afflicts vehicles of low annual mileage, particularly around suspension linkages, brake lines, and exhaust mounting points.