2011 Ford Fiesta 1.4L Diesel · FG61 HLF

The vehicle presents a concerning roadworthiness profile characterized by a trend of worsening mechanical wear and structural degradation. While it passed the most recent test in May 2026 at 193,104 miles, this followed a failure just two days prior where multiple critical suspension and exhaust faults were identified. The recurring nature of defects, specifically regarding worn ball joints, track rod ends, and shock artwork, suggests a reactive approach to maintenance where de-link and damping components are only addressed once they reach a failure point rather than through preventative replacement. At 193,104 miles, this Ford Fiesta has clocked significantly above the average, averaging nearly 13,000 miles per year. The data shows consistent, heavy usage, with 14,000 miles covered between May 2024 and May 2025, and another 6,700 miles recorded in the final year. This high rate of accumulation puts immense strain on rubber components and suspension assemblies, which is evident in the repeated failures of ball joints and axle bushes across the last three annual testing cycles. A physical inspection must focus heavily on the structural integrity of the vehicle. The 2025 test identified an outer sill corroded to the point of significantly reducing rigidity, and although the 2026 test noted corrosion in the central structure, the presence of structural rust indicates an ongoing oxidation process that will eventually compromise the vehicle's safety. The buyer should inspect the sills, floor pans, and mounting points for deep scale and beyond simple surface rust. Regarding mechanical components, the history shows a pattern of neglected basic upkeep, with rear tyres consistently flagged as being close to the legal limit or worn on edges across multiple years. The suspension system appears fragile, with repeated failures in joints and dampers. Any purchaser should check for excessive play in the steering linkage and verify that the exhaust silencer is secure, as the previous failure indicated the system was on the verge of detachment.