2013 Ford Focus 1.6L Diesel · MW13 ANP

The vehicle is currently roadworthy, though the maintenance trend indicates a reactive approach to repairs rather than preventative care. The latest test in December 2025 at 97,498 miles passed with only a minor advisory regarding a discoloured rear indicator. This followed a significant failure in December 2024 where the tester flagged an ABS fault lamp alongside multiple tyre defects. While the ABS issue appears to have been rectified, the history of recurring failures suggests the owner only addresses mechanical faults once they fail an MOT. At 97,498 miles, this 13-year-old Focus has averaged approximately 7,500 miles per year, which aligns perfectly with typical national averages for its age. The record shows consistent annual testing, with roughly 5,300 miles driven between the December 2023 and 2024 tests, and another 5,400 miles in the following year. This steady usage suggests the vehicle is used regularly, which generally helps prevent rubber components and seals from drying out, however. A buyer must conduct a close physical inspection of the rear suspension geometry and braking system. The December 2023 test highlighted worn lower suspension arm bushes on both rear sides and corrosion on the offside rear brake hose ferrule. These components are common failure points on this chassis and can lead to unpredictable handling or brake failure if left neglected. The previous 2024 ABS failure also requires verification that the sensor or module was properly repaired and not simply cleared to delay the return of the warning light. The condition of the tyres also warrants scrutiny. The 2024 failure noted two rear tyres worn unevenly on the edges, which often indicates a wheel alignment issue or worn shock absorbers. Given the previous cut on the offside front tyre, the buyer should check all sidewalls for structural damage and ensure the current set has sufficient tread and even wear. The overall record shows a vehicle that is functional but is reaching a stage where age-related wear on components will require frequent attention.