2009 Ford Fiesta 1.6L Diesel · GJ09 KZP

Structural integrity and suspension fatigue represent the primary concerns for this Ford Fiesta, as evidenced by the recurring failures and advisories recorded over the last several years. While the vehicle successfully passed its most recent MOT on 18 April 2026, the history shows a pattern of significant mechanical intervention required to maintain compliance, particularly regarding the rear suspension mounting points which necessitated repairs in April 2026. The shift from a dangerous suspension failure in 2024 to structural corrosion issues in 2026 suggests that the chassis and mounting points are experiencing the cumulative effects of age and environmental exposure, requiring careful scrutiny of the repair quality performed to resolve the latest MOT failure. With a total of 201,777 miles accumulated over 17 years, the vehicle has averaged approximately 11,869 miles per annum, indicating consistent, long-term usage rather than periods of prolonged inactivity. This high-mileage profile means that major drivetrain and chassis components have been subjected to substantial operational stress. Prospective buyers should anticipate that components such as wheel bearings, driveshaft joints, and engine mounts are likely operating well beyond their original design life, and the consistent annual testing suggests that the vehicle has been kept in active service despite the mechanical challenges identified during annual inspections. During a test drive, specific attention must be paid to the rear suspension and chassis, given the recent history of structural corrosion and repairs. Listen for any metallic knocking or clunking sounds when traversing uneven road surfaces, as these can indicate failing suspension bushes or poorly secured repairs at the mounting points. Furthermore, the persistent advisory regarding pitted and scored front brake discs, combined with the note regarding a low handbrake reading on the nearside rear, suggests that the braking system requires a thorough inspection. A test drive should include firm braking to check for pedal judder or a pull to one side, which would confirm the physical degradation of the discs and potential binding or uneven operation of the rear calipers. The ongoing oil leak noted in the most recent inspection should be investigated by inspecting the engine bay and the underside of the vehicle for fresh fluid residue. While the leak is currently classified as not excessive, oil seepage can contaminate rubber bushings and hoses, leading to premature failure of those components. Additionally, the history of suspension arm and ball joint wear indicates that the front end is prone to play; verify the steering precision by checking for any vagueness or vibration through the steering wheel at speed. Given the history of tyre-related failures and advisories, ensure that all four tyres match in specification and show even tread wear, as any unevenness may point to underlying alignment issues resulting from the previous suspension work.