2009 Ford Fiesta 1.2L Petrol · FV58 JXS

The vehicle presents a concerning roadworthiness profile characterized by a trend of structural degradation and mechanical neglect. While it passed its most recent test in October 2023 at 129,893 miles, the record reveals a history of recurring failures and persistent advisories. The maintenance trend is stable at best, as the core issues related to corrosion and suspension wear have persisted across multiple years, suggesting the owner only performs the minimum repairs necessary to pass the MOT rather than engaging in preventative maintenance. At 17 years old, the 2009 Fiesta has averaged approximately 7,600 miles per year, which is consistent with typical usage for a small city car. However, there is a significant gap in the data, as the last recorded MOT was in October 2023. Given today's date in June 2026, the vehicle is now nearly three years overdue for its test. This lack of recent testing data is highly irregular for a purchase, as the condition of the rubber components and structural integrity has likely deteriorated further since the last professional inspection. A buyer must prioritise a thorough physical inspection of the chassis and subframe, as the DVSA has consistently flagged structural corrosion since 2021. The tester previously noted corrosion within 30cm of mounting points and weakened suspension arms, which are critical safety areas. The braking system also requires close attention; the front brake pipes were identified as corroded and hidden by grease in 2023, a tactic often used to mask advanced rust. The suspension components also show signs of age-related failure. The record notes deteriorated CV boots on the drive shafts, worn anti-roll bar bushes, and failing ball joint dust covers. Furthermore, the hydraulic leak from the steering pipe to the rack joint noted in 2023 must be verified to ensure it has not worsened into a major failure. Given the age and the documented history of structural rust and leaking components, the car carries a high risk of significant mechanical and structural failure in the near future.