2010 Hyundai Santa FE 2.2L Diesel · KS10 VTZ

High annual mileage combined with a recurring history of electrical failures and suspension component wear defines the mechanical profile of this Hyundai Santa Fe. The most recent test on 24 January 2023 resulted in a failure due to a non-functional driver's seat adjustment mechanism, alongside major defects regarding headlamp aim and position lamp operation. This follows a pattern of intermittent failures involving lighting systems and steering components, such as the track rod end ball joint play noted in 2019, suggesting that electrical and mechanical wear are ongoing considerations for this vehicle. The recorded mileage of 248,904 miles over approximately 16 years indicates an average annual usage of roughly 15,556 miles. While this is a consistent usage pattern for a large SUV, the high total distance places significant cumulative stress on the drivetrain, suspension, and braking systems. Such high mileage increases the probability of fatigue in rubber components and the gradual degradation of mechanical linkages, which is reflected in the various advisories regarding shock absorbers and drive shaft boots recorded throughout the MOT history. Prospective buyers should pay close attention to the suspension and steering systems during a test drive. The history shows repeated advisories for shock absorber oil misting and serious fluid leaks, as well as a split offside front inner drive shaft CV boot. On the road, listen for rhythmic clicking sounds when turning the steering wheel at low speeds, which could indicate CV joint wear, and monitor for excessive bouncing or poor damping over uneven surfaces, which would suggest the shock absorbers require replacement. Additionally, the previous advisory regarding a defective gearbox mounting warrants a check for unusual vibrations or thuds when shifting gears or accelerating. The integrity of the braking system and lighting should also be closely inspected. Previous records flagged corrosion on the nearside and offside front brake pipes, so a visual inspection of the lines for heavy scaling or significant surface rust is necessary, and a test drive should confirm there is no pedal sponginess or uneven braking pull. Given the frequent failures related to headlamp aim and position lamps, ensure all exterior lighting is fully operational and that the beam pattern is correctly aligned to avoid visibility issues. Finally, check the condition of the tyres, as historical advisories have noted inner edge wear, which can indicate underlying alignment or suspension geometry issues.