2013 Ford Kuga 2.0L Diesel · IBZ 4002

The vehicle most recently passed its MOT on 3 February 2026, but the overall maintenance trend is concerning. The history reveals a pattern of reactive rather than preventative care, evidenced by multiple failures for dangerous tyre tread depths and a major structural failure regarding the rear sub-frame. While the vehicle is currently roadworthy, the progression from basic consumable neglect to serious structural corrosion indicates a declining standard of upkeep that warrants caution. With a recorded mileage of 173,086 miles over thirteen years, this Kuga has averaged approximately 13,314 miles per year, which is significantly higher than the national average. Such high usage places considerable stress on the drivetrain, engine internals, and chassis components. A prospective buyer should anticipate accelerated wear on the clutch, alternator, and water pump, and must verify a comprehensive service history to ensure that critical timing belts and fluid intervals have been strictly adhered to. Particular attention must be paid to the rear sub-frame, which was flagged as seriously weakened by corrosion in January 2026. You should physically inspect the underside to ensure the remedial work was carried out to a professional standard and not merely masked with underseal. Furthermore, the previous advisory regarding a binding rear brake caliper and thin pads suggests a potential issue with the braking system. During a test drive, listen for uneven braking or feel for any pulling to one side, and check for excessive heat emanating from the nearside rear wheel after a short journey. The recurring history of inner edge tyre wear on the front axles strongly suggests a misalignment of the tracking or worn suspension bushes and ball joints. During the inspection, check for uneven tread wear on the current tyres and listen for clunks or knocks when traversing uneven surfaces or turning the steering wheel at low speeds. Given the high mileage, it is also imperative to check for oil leaks around the engine block and ensure the gearbox transitions smoothly, as these components are nearing the end of their typical design life.