2011 Ford Kuga 2.0L Diesel · NJ61 LGF

The 2011 Ford Kuga presents a stable and reassuring roadworthiness profile. The most recent MOT, conducted on 17 October 2025 at 149,374 miles, passed with zero defects recorded. This clean bill of health, following a pass on 31 October 2024 at 136,297 miles, indicates a consistent maintenance trend with no recurring mechanical or structural advisories. The vehicle has been maintained to a standard that meets all DVSA safety and emissions criteria without intervention. The mileage accumulation is notably linear and typical for a vehicle of this age. Between the October 2024 test at 136,297 miles and the October 2025 test at 149,374 miles, the vehicle covered 13,077 miles in twelve months, aligning with the overall lifetime average of roughly 9,958 miles per year. The recorded mileage of 149,374 miles as of today, 18 June 2026, suggests the vehicle has seen minimal use in the eight months since its last test, which may reflect a change in ownership or usage pattern rather than a mechanical concern. Despite the clean MOT record, a buyer should conduct a thorough physical inspection focusing on components not always fully stressed during a stationary test. The Kuga's age and mileage warrant close examination of the suspension bushes, coil springs, and shock absorbers for deterioration, as well as the condition of the brake discs and calipers for any signs of binding or uneven wear. The exhaust system should be checked for corrosion, particularly around joints and the diesel particulate filter housing if applicable. Underbody inspection is advisable to confirm there is no structural rust affecting load-bearing points or subframe mounting areas. Tyre condition and tread depth should be verified, as consumable wear can change rapidly with seasonal use. The steering rack and gaiters merit attention for any fluid leaks or perishing. Given the absence of recorded faults, the vehicle appears mechanically sound, but a pre-purchase inspection by a qualified technician remains prudent to validate the long-term integrity of these aging components.