2009 Ford Fiesta 1.4L Diesel · ST59 KSY

The vehicle currently holds a valid MOT, but the maintenance history reveals a pattern of structural and mechanical degradation. While the most recent test in February 2024 at 91,876 miles passed, it followed a series of significant failures that indicated neglected structural components. The trend suggests a period of reactive maintenance in early 2024 to address critical safety defects, though the underlying corrosion issues remain a persistent long-term concern. At 17 years old with 91,876 miles, this Fiesta has covered a very low annual distance, averaging approximately 5,400 miles per year. The data shows a notable gap in usage between February 2023 and February 2024, where the vehicle covered only 1,842 miles. This low-mileage often correlates with the accelerated aging of rubber components and structural metal, as evidenced by the multiple failures related to sub-frame corrosion, perished bushes, and fractured springs recorded during the 2023 and 2024 tests. A buyer must conduct a thorough physical inspection of the structural integrity, specifically the sills and suspension mounting points. The February 2024 failure highlighted significant corrosion on the rear outer suspension mounting areas that reduced structural strength, which is a high-risk area for this vehicle generation. The front sub-frame, flagged as corroded in 2023, should be inspected to ensure the rust has not progressed beyond the repairs made after the previous failure. The braking system and suspension geometry also require close scrutiny. Records from early 2024 showed binding calipers and a fractured coil spring, alongside excessively worn ball joints and sub-frame pins. Additionally, a persistent oil leak has been noted in every test since 2023; while currently deemed not excessive, the source should be identified to ensure it does not worsen. Verify that all recent repairs to the brake pipes and suspension components were executed to a professional standard and are not showing signs of premature failure.