2012 Ford Kuga 2.0L Diesel · CF62 FAJ

Structural fatigue and a recurrent trail of component wear define the mechanical history of this 2012 Ford Kuga, which successfully secured a test pass on 25 February 2026 with an advisory noted for a front tyre worn close to the legal limit. Reviewing the historical data reveals a mixed roadworthiness trajectory featuring multiple test failures across preceding years, including a 2024 examination where the vehicle accumulated dangerous defects involving severely compromised tyre treads with exposed cords alongside lighting and washer fluid faults. While the vehicle has subsequently passed its most recent inspections, the presence of persistent advisory items over successive years indicates ongoing degradation in specific mechanical domains rather than a completely clean bill of health. Accumulating 108,855 miles over its roughly 14-year lifespan places this sports utility vehicle at an average of approximately 7,775 miles annually, representing standard operational use for a diesel or petrol family vehicle of this vintage. Testing has occurred at consistent twelve-month intervals without any extended off-road periods or suspicious gaps in the chronology. This steady accumulation rate means that wear and tear has been distributed fairly evenly across its operational life rather than concentrated through sudden heavy mileage spikes or prolonged periods of stationary storage. Prospective buyers must direct their inspection efforts toward the specific suspension and structural components repeatedly flagged in past testing documentation, starting with the nearside front suspension arm bush and the rear trailing arm front bushes noted as deteriorated or worn. During a static inspection and a dynamic test drive, listen carefully for sharp clunks, knocks, or hollow thuds from the front and rear axles when navigating potholes, speed humps, or uneven road surfaces, and check for any wandering or looseness in the steering alignment. Furthermore, examine the rear subframe for the surface corrosion noted previously, and inspect the engine bay thoroughly to trace the minor oil leak that appeared consistently across multiple test cycles between 2021 and 2023. Additional scrutiny is required around the braking and peripheral systems based on past advisories for thinning rear brake pads and repeated tyre wear patterns near the legal limit, which point toward potential tracking misalignment or suspension geometry issues causing uneven edge wear. Ensure all lighting clusters, including the nearside stop lamps, operate correctly, verify the windscreen washer jets deliver a strong and adequate stream of liquid, and inspect the glass for the minor stone chips and damage noted across several annual tests. Checking these exact trouble spots will provide a clearer picture of the mechanical investment needed to maintain future roadworthiness.