2016 Ford Kuga 2.0L Diesel · AX16 EMK

A recent MOT failure on 24 July 2026 followed just two days after a failed attempt on 22 July, both linked to the same flagged condition, dominates the otherwise unremarkable roadworthiness history of this 2016 Ford Kuga. The earlier test recorded a Major defect for parking brake efficiency below requirements and a Major for an offside front position lamp not working, alongside an advisory for an offside front tyre worn close to the legal limit and on edge. The follow-up pass two days later cleared those Major defects but retained the tyre advisory, indicating the position lamp and parking brake were rectified at the same visit. Prior to this 2026 cluster, the vehicle passed three consecutive tests in 2023, 2024, and 2025 with no advisories or defects recorded, suggesting that the parking brake and lighting issues were isolated late-life occurrences rather than the start of a deteriorating pattern. The repeat tyre advisory does, however, point to a geometry or wear characteristic on the offside front corner that warrants direct physical verification. With 101,687 miles accumulated over roughly ten years, this Kuga averages approximately 10,169 miles per year, which is broadly typical for a vehicle of its age and class. There are no extended gaps in the MOT testing history to suggest long periods off the road, and the mileage progression across consecutive tests appears consistent with regular annual driving rather than low-use garage storage or, conversely, high-intensity commercial mileage. For a ten-year-old crossover carrying this kind of mileage, mechanical wear on consumables such as suspension components, brake friction material, drivetrain mountings, and rubber bushings should be regarded as normal expected wear. There is no recorded evidence in the test history of chronic oil leaks, structural corrosion, persistent brake component failures, or exhaust issues, so the cumulative picture is of average workhorse use rather than a particular pattern that would raise concern beyond the standard expectations of a high-mileage 2016 vehicle. Given the 2026 advisory for an offside front tyre worn on edge, a prospective buyer should closely inspect the offside front wheel for uneven shoulder wear, which can indicate incorrect camber or toe settings, a worn track rod end, a deteriorated suspension bush, or a weak coil spring. On a test drive, listen for clonking or knocking from the front suspension over speed humps and uneven surfaces, and feel for steering wander, pull to one side under braking, or vibration through the steering wheel that might suggest the geometry issue has progressed. The Major parking brake efficiency defect from July 2026 is also worth a focused check, even though it was cleared at the same test, because Kugas of this generation are known for rear caliper and cable mechanism wear; on a test drive, apply the parking brake firmly on an incline and confirm the vehicle holds without creeping, and listen for any grinding or dragging sounds that could indicate binding rear calipers or seized handbrake mechanisms. Also verify that all position lamps, including the offside front unit that failed previously, illuminate correctly on first switch-on, as intermittent bulb or wiring faults can resurface. Finally, with the vehicle now approaching the end of its tenth year and holding a clean advisory-free run from 2023 through 2025 prior to the 2026 entry, a thorough pre-purchase inspection should still pay particular attention to the items commonly associated with higher-mileage Kugas. On a test drive, check for any signs of power steering fluid leaks around the reservoir and rack, listen for timing chain rattle on a cold start which can indicate stretched chains and worn tensioners, and monitor the instrument cluster for any warning lights relating to the clutch or transmission. Inspect the underside for any corrosion on subframe mounting points, brake pipes, and suspension arms, as these components carry road salt exposure over a decade of UK motoring. A final consideration is the condition of the dual-clutch automatic transmission if fitted, which on high-mileage examples can exhibit shudder on low-speed take-off; a slow, deliberate pull-away test from cold should be carried out before purchase to confirm smooth engagement.