2005 Ford Fiesta 1.4L Petrol · MD54 CWR

The vehicle presents in a state of marginal roadworthiness with a trend of worsening mechanical and structural degradation. While it passed its most recent test in November 2025 at 92,875 miles, this followed a comprehensive failure just one month prior. The October 2025 failure revealed critical safety issues including engine malfunctions, suspension failures, and severe brake system compromise. Although the immediate pass suggests these specific faults were addressed, the density of recurring corrosion and mechanical wear indicates the vehicle is entering a phase of reactive maintenance rather than preventative care. At 92,875 miles, this twenty-one-old Fiesta shows exceptionally low mileage, averaging approximately 4,400 miles per year. However, the data reveals a significant spike in usage between October 2022 and October 2025, where the car covered over 14,000 miles in three years. This recent activity coincides with the sudden appearance of multiple component failures, such as the leaking shock absorber and fractured coil spring. The low historical mileage suggests long periods of sitting, which often explains the accelerated corrosion of metal components despite the low distance travelled. A buyer must conduct a rigorous physical inspection of the braking system and structural integrity. The record shows a persistent history of corroded brake pipes across the entire vehicle, reaching a point in late 2025 where rear brakes could not even be tested. You must verify that the replacement pipes are properly secured and not merely painted over to hide further rust. Furthermore, the front and rear sub-frames were flagged for corrosion in 2023; while not deemed seriously weakened at that time, these should be checked for thinning metal to ensure the rust hasn't progressed structurally. The suspension and drivetrain also require close scrutiny. The tester noted a noisy nearside wheel bearing and a failed ball joint dust cover in late 2025, alongside previous issues with a deteriorated CV boot and fractured coil springs. Given the age of the car and the history of fluid leaks, all rubber bushes and boots should be inspected for cracking or fatigue. The engine failure related to emissions and MIL light in 2025 also suggests underlying engine management or sensor issues that should be monitored to ensure the vehicle remains reliable and efficient.