2009 Ford Focus 1.6L Diesel · NX09 AYZ

The 2009 Ford Focus presents a mixed but recently stabilised roadworthiness picture. The most recent test on 13 November 2025 at 119,664 miles passed cleanly, with only advisory wear noted on both front tyres. That clean sheet follows a failed test just six days earlier on 7 November 2025 at 119,578 miles, where the tester flagged a fractured offside front coil spring, inoperative parking brake on one side, and excessive corrosion on both rear sill suspension mounting areas. The rapid retest and pass indicate those specific defects were addressed, but the underlying pattern across the full record is one of recurring structural corrosion and minor electrical faults rather than a fully resolved maintenance history. The mileage progression is broadly consistent with light annual use. Between the October 2024 failure at 113,790 miles and the November 2025 pass at 119,664 miles, the car covered roughly 5,874 miles in just over twelve months, which is modest for a vehicle of this age. The gap between the 2024 and 2025 tests shows no dramatic accumulation, and the recorded mileage has remained static at 119,664 miles since the November 2025 pass, suggesting the vehicle may have been standing or used very little in the months since. There are no glaring odometer anomalies, but the low annual distance means long periods of inactivity, which can accelerate corrosion in suspension mountings and brake components. A buyer should focus the physical inspection on the rear subframe and sill mounting areas. Excessive corrosion at the rear outer suspension component mountings appeared as a failure item in both the October 2024 and November 2025 tests, with the tester noting significantly reduced structural strength in the sills. Although the November 2025 retest passed, the prior welding and underseal repairs noted in the 2024 pass raise questions about the longevity of those fixes. The front sub-frame was also flagged as corroded in 2024, and the October 2024 failure recorded seriously weakened front lower suspension arms along with corroded coil springs on all four corners. Any inspection should probe these areas for fresh corrosion, cracking, or poorly executed repairs. The braking and electrical systems also warrant close attention. The November 2025 failure recorded a parking brake inoperative on one side and efficiency below fifty percent of the required value, pointing to potential caliper or cable issues that may have been only partially rectified. Repeated rear lamp faults across multiple tests, including white light emission and non-steady stop lamps, suggest wiring or connector degradation rather than simple bulb failure. Front tyre edge wear has appeared consistently across four consecutive tests, indicating possible tracking or suspension geometry issues that have not been permanently corrected. A thorough test drive and a close visual check of brake calipers, cables, rear lamp clusters, and front suspension geometry are essential before purchase.