2011 Ford Focus 1.6L Diesel · FV61 AAK

The 2011 Ford Focus has demonstrated a clear deterioration trend in critical components over its recent MOT history, with the most recent test on 22 January 2026 at 101,444 miles revealing severe deterioration in both front CV joint boots and reduced damping in all front shock absorbers. This follows a pattern of progressive wear: the CV boots were already failing in the 2025 test, while the suspension issues now extend to all four front dampers, indicating a failure to address underlying concerns. The presence of corrosion under the vehicle, though not yet classified as excessive, suggests long-term neglect of underbody maintenance. The vehicle’s roadworthiness is compromised by these unresolved faults, particularly the CV boots, which pose an imminent risk of failure and potential drive shaft damage. Mileage accumulation shows a steady but typical rate for a vehicle of this age, averaging around 6,763 miles annually, with no abrupt spikes or prolonged periods of inactivity. The most notable gap occurs between the 2024 and 2023 tests, where mileage increased by 6,662 miles in a single year, yet no defects were recorded in 2024. This suggests either a brief period of lighter use or a temporary improvement in maintenance before the 2025 failures resurfaced. The consistency of mileage rules out extreme wear from high usage, but the recurring faults imply repeated deferral of necessary repairs rather than aggressive driving conditions. A buyer should prioritise an immediate inspection of the front CV joints and boots, as their severe deterioration in two consecutive tests indicates a critical failure point. The front suspension—particularly the shock absorbers and steering rack—requires thorough assessment for binding or excessive play, as the 2026 test confirmed reduced damping and the 2025 record highlighted steering rack wear. Rear axle swivel pins and bushes, though only slightly worn in 2025, warrant closer examination for accelerated degradation, while the rear subframe’s corrosion history suggests potential structural weakening over time. Brake discs, though not currently failing, show pitting from the 2023 test and should be checked for uneven wear or thickness. Underbody corrosion, though not yet severe, demands inspection of the subframe and longitudinal members for hidden deterioration.