2011 Ford Focus 1.6L Diesel · RE11 RYW

The maintenance trend for this 2011 Ford Focus shows a recent decline in basic upkeep, though the vehicle currently holds a valid MOT. In the March 2026 test at 120,855 miles, the tester flagged severely deteriorated inner constant velocity boots and worn, pitted front brake discs as advisories. Just moments earlier on the same day at 120,854 miles, the car failed for dangerous defects, including missing road wheel fixings on all four wheels and a parking brake efficiency below requirements. The immediate pass following the failure indicates the previous owner rectified these critical safety failures, but the recurring nature of the brake and CV joint advisories points to a pattern of deferred mechanical maintenance rather than a worsening mechanical collapse. Covering roughly 8,057 miles per year, the mileage pattern is entirely typical for a fifteen-year-old vehicle and suggests consistent, regular use. Between the January 2024 test at 103,382 miles and the March 2025 test at 114,022 miles, the Focus covered 10,640 miles over fourteen months. The subsequent 6,833 miles covered in the fifteen months leading to the March 2026 test indicate a slight reduction in annual mileage, but no alarming gaps or sudden spikes that would suggest prolonged standing or severe abuse. A prospective buyer must conduct a thorough physical inspection of the front braking and drivetrain components. The tester repeatedly flagged worn and pitted front brake discs across both the 2024 and 2026 tests, suggesting the owner routinely operates the vehicle beyond the service life of these consumables. Equally concerning are the severely deteriorated inner CV boots, an issue present in the March 2026 advisories; split boots lead to grease expulsion and joint contamination, posing an imminent risk of drivetrain failure if left unaddressed. While the missing wheel fixings and headlamp issues from the 2026 failure were clearly resolved, the persistent advisories reveal a habit of ignoring non-critical warnings until they become safety defects.