2012 Ford Kuga 2.0L Diesel · FE12 YGZ

Persistent suspension and braking system degradation defines the mechanical history of this Ford Kuga, which has transitioned from a period of clean test results into a recurring cycle of component wear. While the vehicle successfully passed its most recent MOT on 10 April 2025, the record shows a consistent pattern of deterioration in suspension bushes and brake pipe integrity. The recurrence of advisories regarding front lower suspension arm bushes across consecutive years, alongside historical failures involving fractured coil springs and trailing arm bushes, indicates that the vehicle’s chassis components are subject to ongoing fatigue and require vigilant monitoring to maintain roadworthiness. Accumulating 103,000 miles over a 14-year lifespan results in a steady average of approximately 7,357 miles per year, a rate that aligns with typical usage expectations for this class of vehicle. This consistent annual accumulation suggests the car has been in regular operation rather than sitting idle for extended periods, which generally mitigates the risks associated with long-term storage, such as seized mechanical linkages or degraded fuel systems. However, the mileage is now at a threshold where high-wear items, particularly those within the suspension and braking systems, are likely to require replacement cycles rather than simple adjustments. Prospective buyers should prioritise a physical inspection of the front lower suspension arms, as the persistent advisories for bush wear suggest that the rubber bushings may have reached the end of their service life. During a test drive, listen specifically for clunking or knocking noises when traversing speed bumps or uneven road surfaces, which are primary indicators of bush failure. Additionally, the presence of grease or other materials on the brake pipes as noted in the 2025 test is a significant concern that warrants immediate investigation. You should inspect the lines for signs of heavy corrosion or pitting beneath any protective coatings, as compromised brake lines pose a direct risk to hydraulic integrity and overall stopping performance. The rear suspension and braking hardware also demand careful attention given the vehicle's history of fractured coil springs and worn trailing arm bushes. Ensure the rear end feels stable and composed during cornering, as any excessive wallowing or wandering can point to failing rear suspension geometry. Furthermore, check the condition of the rear brake discs and pads, as previous records have highlighted issues with scoring and thinning. Any grinding noises or a spongy pedal feel during a test drive should be treated as a warning sign that the braking system requires professional intervention to ensure it meets safety standards.