2006 Ford Fiesta 1.2L Petrol · RO05 AFD

A clear pattern of escalating rear suspension wear and persistent brake pipe corrosion dominates the mechanical history of this 2006 Ford Fiesta, casting doubt over its longer-term structural integrity. The vehicle passed its most recent examination on 5 March 2026, but this followed a failed test just nine days earlier where the rear suspension arm main axle bushes on both sides were deemed excessively worn, a Major category defect under Section 5.3.4. Notably, the same component was flagged as only slightly worn on both sides at the February 2024 test, indicating a measurable deterioration of the rear trailing arm bushes over the intervening two years rather than a one-off finding. Compounding this concern, the front brake pipes remain afflicted by recurring corrosion advisories across consecutive tests, with both nearside and offside lines noted in both 2026 entries, suggesting surface oxidation that, if unchecked, will progress to perforation given the Fiesta's age and exposure to winter road treatments. Recorded mileage of 124,629 miles across twenty years equates to an average accumulation of roughly 6,231 miles annually, which sits comfortably within expected parameters for a typical commuter or second household vehicle of this generation. There are no significant gaps in the testing history and no sudden spikes in mileage between consecutive records, indicating consistent usage rather than long periods of inactivity followed by intensive driving. This regular pattern means wear should be relatively evenly distributed across mechanical systems, and the fact that the rear bushes have degraded from advisory status to Major failure in just 24 months, despite this moderate annual mileage, points to either component-specific fatigue inherent to the Fiesta rear beam design or a reluctance to address the early warning signs. The cumulative load on suspension and braking components at this odometer reading places the car squarely in the zone where rubber bushes, anti-roll bar links, and brake flexible hoses commonly begin to require replacement. For a prospective buyer, the rear trailing arm bushes warrant immediate physical scrutiny and likely budgeted replacement, as the failed test demonstrates they have now exceeded acceptable wear thresholds on both sides simultaneously. During a test drive, listen for clonking or knocking noises from the rear axle when traversing uneven surfaces or speed bumps, as worn main axle bushes typically produce audible impacts and can allow the wheel to shift rearward under hard cornering, degrading handling stability. Inspect the underside for any lateral wheel play by attempting to rock each rear wheel fore and aft, and check whether the rear beam assembly itself shows signs of cracking or movement relative to the body mounting points. Given that both sides failed simultaneously, budgeting for a pair of replacements plus alignment is prudent, as tackling only one side often results in asymmetric handling and rapid wear of the new component. The brake pipe corrosion advisories demand equal attention, even though the lines remain serviceable enough to pass. On inspection, examine the front to rear brake lines along the chassis rails and beneath the wheel arches for flaking, pitting, or any weeping of brake fluid, particularly at the flexible hose to rigid pipe unions where corrosion tends to initiate. Pump the brake pedal firmly during a stationary test to check for a spongy sensation that could indicate fluid contamination or air ingress from a compromised seal. The nearside front tyre advisory from both 2026 entries also suggests the alignment may be out of specification or the suspension geometry is being affected by the worn rear components, so a four-wheel alignment following any rear axle work would be advisable. Finally, the recurring rear lighting defects, including the non-working reverse lamp and the previously missing nearside stop lamp, should be verified as fully rectified by conducting a walk-around check with all lights activated before purchase.