2009 Ford Fiesta 1.6L Diesel · YC09 RJJ

The 2009 Ford Fiesta presents a pattern of recurring mechanical advisories rather than a clean roadworthiness history, with front suspension component play appearing consistently across multiple test cycles spanning 2024 through 2026. The latest MOT on 2026-08-29 returned a pass, yet the same three advisories persist: slight play in the nearside front suspension arm ball joint, nearside front shock absorber oil misting, and a front suspension component ball joint showing similar wear. Earlier failures in late 2022 and mid-2023 reinforced that these issues are not isolated incidents but a systemic problem affecting the front suspension architecture. Despite passing dates scattered throughout the last two years, the absence of a full interval between the 2024-03-01 and 2025-08-22 tests, and the subsequent gap before the 2026-08-29 pass, indicates intermittent maintenance and potential degradation of repair quality over time. At 17 years old with 177,139 recorded miles, the vehicle accumulates approximately 10,420 miles per year, which aligns with typical usage for its age and does not immediately suggest extreme wear on primary systems such as the drivetrain or powertrain. However, the lack of regular MOT intervals—particularly the nearly 13-month gap between the 2024-03-01 and 2025-08-22 assessments—means that critical wear indicators may have accumulated unchecked during that period. The 2022-12-06 pass followed by an immediate fail in November 2022 marks a significant drop in reliability within a single year, suggesting either a breakdown in post-MOT maintenance or progressive deterioration of previously identified faults. While the mileage itself is not exceptional, the timing of the tests reveals periods of prolonged storage or reduced driving that could have accelerated normal consumption rates in suspension bushings, brake components, and other wear-prone assemblies. The nearside front suspension system warrants particular attention given the consistent presence of ball joint play across 2024-03-01 and 2025-08-22. On a test drive, this manifests as a noticeable hollowness or shuddering over bumps, particularly when traversing uneven pavement or light traffic, and may become more pronounced at higher speeds if the play has progressed to binding conditions. Additionally, the recurring oil leak advisory (8.4.1 (a)(i)) requires verification of any persistent oil seepage under the chassis, especially around the engine compartment and transmission mount areas, as this could point to a leaking seal or gasket that may not have been fully resolved between tests. The nearside front tyres were repeatedly flagged as worn close to legal limits in 2024 and 2025, indicating possible gradual deterioration of tread depth that could compromise handling and safety even if the tyres themselves are functional. Beyond the suspension and leaks, the subframe corrosion noted on 2022-12-06 represents a structural concern that, while not deemed seriously weakened at the time, remains a latent risk if left untreated, potentially compromising frame integrity under stress. The offside front track rod end ball joint failure in November 2022 (2.1.3 (b)(i)) with excessive play signals a serious alignment issue that could affect steering geometry and increase wear on related components. Buyers should inspect the front suspension linkages for visible play, listen for any knocking or creaking noises over bumps during the test drive, and examine the subframe for rust penetration beneath paintwork. Given the history of oil leaks and the persistence of suspension deficiencies, obtaining a detailed visual inspection of these specific areas before committing to purchase is essential to determine whether the existing repairs have held or if further intervention is required.