2014 Ford Kuga 2.0L Diesel · CE64 CYV

Exceptional long-term roadworthiness defines the mechanical history of this Ford Kuga, which boasts an remarkably clean official test record free from any persistent component advisories or structural defects. The vehicle successfully secured its latest MOT pass on 16 April 2025 at 112,978 miles, maintaining a consistently high standard of safety and mechanical fitness over consecutive annual inspections. While single-day failure and retest entries appear on the official record in both April 2025 and June 2023, the complete absence of itemised defect notes points to minor, instantly rectified issues such as headlamp alignment or bulb replacements rather than underlying mechanical failure. Accumulating 112,978 miles over approximately twelve years represents a balanced annual average of roughly 9,400 miles, reflecting consistent, steady road use without prolonged periods of static storage or severe high-mileage strain. Regular operational frequency is beneficial for keeping dynamic seals lubricated and preventing standing corrosion on exposed subframes and braking surfaces. However, entering a six-figure mileage total naturally means that original factory chassis and drivetrain components are approaching the end of their design life. At this mileage, high-wear consumables such as suspension dampers, rubber bushes, brake friction material, and engine drive belts require diligent assessment regardless of a clean test sheet. Given the complete lack of flagged defect history, physical inspection should concentrate on verifying that wearable chassis components are not displaying subtle degradation that falls just below the MOT threshold. During a road test, listen carefully for deep thuds or sharp metallic knocks when travelling over speed bumps or potholed surfaces, which point to worn front lower control arm bushes, tired suspension drop links, or fractured coil springs. Test steering feedback for any wander or pull under braking, and observe the vehicle's composure through corners to ensure the shock absorbers still control body pitch effectively. Inspect the braking system and mechanical running gear for smooth, vibration-free operation. Apply progressive pedal pressure from higher speeds to feel for judder or pulsation, which signals thermal distortion of the brake discs, and listen for squealing that indicates worn brake pads or sticky caliper slides. On the drivetrain, check for smooth gear selection and clean clutch actuation without slippage under load, or seamless gear shifts if equipped with an automatic transmission. A thorough check underneath the engine bay and subframes should also be conducted to verify that power unit seals and steering racks remain entirely free from active oil misting or fluid leaks.