2010 Ford S-MAX 2.0L Diesel · SY10 YSO

Structural integrity and suspension component degradation represent the primary mechanical risks for this vehicle, evidenced by a recurring pattern of corrosion and component wear. The most recent test on 25 June 2026 resulted in a failure due to insufficient parking brake efficiency and an unsafe modification to the nearside rear suspension arm. This follows a history of significant failures regarding seriously weakened suspension arms in early 2024 and a dangerous defect in 2021 concerning a suspension arm pin or bush. The trend suggests a persistent issue with the rear axle assembly and underbody corrosion, which has transitioned from minor advisories to major and dangerous classification over the last five years. The vehicle has covered 146,612 miles over its sixteen-year lifespan, averaging approximately 9,163 miles per year. This usage pattern is consistent with typical annual mileage for a vehicle of this age. Mechanically, this level of accumulation suggests that while the vehicle has not been subject to extreme high-mileage stress, the components are at an age and mileage where rubber bushes, suspension linkages, and braking systems are subject to expected wear and environmental degradation. A prospective buyer should pay close attention to the underbody and suspension during a physical inspection. The MOT history repeatedly flags corrosion on the subframe, underbody components, and various suspension arms. On a test drive, listen for knocking, clunking, or creaking noises when traversing uneven surfaces or speed bumps, which may indicate the play in the steering rack inner joints or worn suspension bushes noted in recent records. Any pulling to one side or wandering steering could relate to the reported steering rack issues. Braking performance and fluid integrity also require scrutiny. The record shows a history of a leaking nearside rear hydraulic brake caliper and a failure for parking brake efficiency in 2026. It is essential to check for any pedal judder or sponginess, which could relate to the previously noted brake fluctuations, and to ensure the parking brake holds firmly on an incline. Additionally, the presence of a non-excessive oil leak should be monitored for any signs of increased volume or proximity to critical rubber components or exhaust elements.