2019 Ford Kuga 1.5L Diesel · LN55 GEO

The vehicle is currently roadworthy following a successful MOT test in July 2026, but the maintenance history reveals a worsening trend of reactive rather than proactive care. While the car passed its most recent inspection at 97,569 miles, the record shows a consistent failure to address consumable components before they reach critical limits. The transition from a clean record in 2022 to a series of failures and advisories suggests a decline in routine maintenance standards as the mileage increased. At 97,569 miles over seven years, this Kuga has clocked a high average of approximately 14,000 miles per year. The data shows a significant acceleration in usage between August 2022 and July 2023, where the vehicle covered nearly 20,000 miles in just eleven months. This rapid accumulation correlates with the onset of mechanical wear and tear issues seen in the 2023 MOT failure. The high-mileage profile places significant strain on the drivetrain and suspension, which is reflected in the recurring wear patterns noted throughout the test history. A buyer must scrutinise the suspension geometry and alignment, as every test from 2022 to 2026 flagged tyres with uneven wear, specifically inner edge degradation. This persistent issue indicates a likely misalignment or worn control arm bushes and shock absorbers, which will continue to cause premature tyre failure if not rectified. Furthermore, an in-person inspection of the braking system is vital; the 2024 test identified pitted and scored rear discs alongside thin pads, suggesting the braking components may be prone to corrosion or lack of lubrication. The 2023 failure due to an inoperative engine management light also warrants a thorough diagnostic scan to ensure no underlying electronic faults remain in the engine's management system. Given the high mileage and the history of neglected minor repairs, the buyer should also check for signs of fluid leaks and assess the integrity of the exhaust system. The vehicle appears to have been driven hard with minimal intervention until failures forced attention, which increases the likelihood of finding hidden mechanical fatigue in high-mileage components.