2005 Ford Fiesta 1.2L Petrol · EJ05 AEY

The vehicle currently presents a state of deteriorating roadworthiness with a worsening trend in mechanical neglect. The most recent test in February 2023 at 86,124 miles resulted in a significant failure due to multiple critical defects, including a major exhaust leak, an ABS fault, and a fractured nearside front coil spring. This represents a sharp decline compared to the 2022 pass, suggesting that essential maintenance is not being performed proactively and is instead allowed to reach point of failure. The recorded mileage of 86,124 miles is low for a 21-year-old vehicle, averaging approximately 4,100 miles per year. However, the data reveals long periods of inactivity, such as the two-year gap between June 2019 and January 2021 where the car covered only 6,696 miles. This low-use pattern often correlates with the degradation of rubber components and the accumulation of corrosion on metal surfaces, which is consistent with the recurring issues with corroded brake pipes and suspension components noted throughout the history. A buyer must conduct a thorough physical inspection of the underbody and braking system. The record shows a persistent history of corrosion on brake pipes, starting as minor rust in 2016 and escalating to excessive corrosion on the offside rear pipe by 2023. The suspension also requires close scrutiny, as the tester flagged fractured springs, excessive strut movement, and corroded mounting areas in the latest entries. Furthermore, the ABS warning lamp and major exhaust leak from 2023 indicate deeper mechanical and electrical issues that may remain unaddressed. The pattern of failing on simple items like light bulbs, wipers, and registration plates suggests a reactive approach to upkeep by previous owners. The buyer should verify that the 2023 failures, specifically the exhaust, ABS, and seat adjustment mechanism, have been properly rectified. Given the history of high emissions failures and structural corrosion, the vehicle carries a high risk of further mechanical failures if the underlying causes of the rust and component wear are not managed.