2014 Ford Focus 1.6L Diesel · HT14 LJK

The vehicle presents a concerning maintenance profile with a clear trend of worsening structural and mechanical degradation. While the car passed its most recent MOT on 31 July 2025 at 128,149 miles, this followed a failure just two miles prior due to excessive exhaust emissions. The recurring presence of corrosion on the rear sub-frame and suspension components indicates that the vehicle is exposed to harsh environmental conditions or that the previous owner has allowed followed a reactive repair strategy rather than preventative care. At 128,149 miles over 12 years, the Focus has covered an average of approximately 10,700 miles per annum, which aligns with typical UK annual usage patterns. The mileage progression shows consistent use, with roughly 4,000 miles recorded between the August 2023 and July 2024 tests, and another 4,000 miles leading into the 2025 inspection. This steady usage has not prevented the accelerated wear observed on the underbody components and the braking system. A buyer must prioritise a thorough physical inspection of the rear sub-frame and suspension trailing arms. The 2025 test flagged significant corrosion on the sub-frame and suspension components, which, while not yet deemed seriously weakened, represents a long-term structural risk if left untreated. Furthermore, the braking system shows a history of neglect, with pitted discs and thin pads being flagged in both 2024 and 2025, suggesting that consumable parts are only replaced when they reach a legal failure point. The failure for exhaust emissions in July 2025 suggests potential issues with the engine management system or catalytic converter that require diagnostic attention to ensure future compliance. Given the previous faults with the tyre pressure monitoring system and inoperative lighting in 2024, the vehicle appears to have suffered from inconsistent electrical upkeep. Any purchaser should verify that the structural integrity of areas previously marked for corrosion has not progressed toward perfor metal.