2010 Ford Fiesta 1.4L Diesel · FJ60 ACY

The vehicle shows an improving maintenance trend following a period of neglect regarding consumable components. While the 2025-02-03 test revealed significant failures including exposed tyre cords, insufficient tread depth, and heavily worn front brake discs and pads, the subsequent pass in November 2025 at 94,448 miles with no defects suggests these critical items were addressed. The most recent MOT record indicates the car was in a clean state at the time of testing, though the history shows a pattern of reactive rather than proactive maintenance. The vehicle has covered 94,448 miles over its 16-year lifespan, averaging approximately 5,900 miles per year. This low annual mileage is consistent with the recorded data, showing steady, incremental use rather than long periods of dormancy or heavy commercial operation. The gap between the January 2024 test at 85,110 miles and the February 2025 test at 90,720 miles shows a consistent driving pattern of roughly 5,600 miles per year. This moderate usage level generally reduces strain on the drivetrain, but the low mileage can sometimes mask issues related to age-related rubber degradation or seized components. A prospective buyer should focus physical inspections on the braking system and tyre condition. The February 2025 failure for worn discs and pads indicates that the front braking components have reached the end of their service life, so verifying the quality of the replacement parts is necessary. The recurring issues with tyres, seen in both 2019 and 2025, suggest the previous owner occasionally deferred basic upkeep until a failure occurred. Checking the remaining tread depth and looking for uneven wear patterns will help determine if the suspension geometry remains within specification. The 2020 advisory regarding exhaust corrosion should be monitored during a visual inspection to ensure structural integrity has not deteriorated. Although the vehicle passed without advisories in its most recent tests, the history of minor electrical failures, such as inoperative reversing and stop lamps, suggests checking all external lighting and bulb connections. The overall mechanical profile appears stable, provided the recent repairs to the brakes and tyres were carried out to a professional standard.