2013 Ford Kuga 1.6L Petrol · YB13 VCK

The vehicle presents a stable roadworthiness profile, having achieved a clean pass in its most recent MOT on 28 August 2025 at 83,503 miles. This recent result shows no recorded defects, indicating that the car currently meets minimum safety standards. While the history shows intermittent failures related to consumable wear, the lack of any advisories in the last two tests suggests that mechanical issues are being addressed as they arise. The mileage pattern is consistent with a low-use 13-year-old vehicle, averaging approximately 6,400 miles per annum. The data shows a steady progression over the decade, moving from 28,697 miles in June 2016 to 83,503 miles in 2025. There are no significant gaps in testing or spikes in mileage, which generally reduces the stress on the drivetrain and suspension components, though low mileage can sometimes mask age-related rubber degradation or brake corrosion caused by long periods of inactivity. A buyer should pay close attention to the braking system, as the record reveals a recurring trend of neglected wear. The tester flagged thin front brake pads in 2017, thin rear pads in 2018, and a failure for worn pads and scored discs in 2019. This suggests the previous owner often waited until components reached critical limits rather than performing preventative maintenance. An inspection should verify the current state of the rear discs for pitting and ensure the calipers are not binding due to surface rust. Tyre maintenance also shows a history of reactive replacement, with failures for exposed cords in 2016 and low tread in 2017 and 2023. The nearside rear nail noted in 2024 is a minor incident, but it highlights the need to check for uneven tyre wear which might indicate alignment or suspension bushing issues. Given the age of the Kuga, a physical check of the suspension arms and structural integrity for corrosion is essential, as these areas were not specifically highlighted in the MOT history but remain common points of failure for this model.