2016 Fiat Panda 1.2L Petrol · SF65 STK

The defining mechanical story of this 2016 Fiat Panda is a chronic pattern of suspension and underbody wear, most recently culminating in an immediate failure on 2026-03-06 due to excessively worn rear shock absorber bushes, followed by a clean pass just one week later on 2026-03-13 once the work was presumably completed. Across the recorded tests there is a recurring thread of front suspension arm pin or bush wear first appearing as an advisory in October 2022, escalating to an offside failure in October 2024, and being flagged on both sides alongside subframe corrosion in late 2025. The front brake discs have likewise progressed from a pitted advisory in October 2024 to a major wear failure by October 2025, while a minor flexi leak noted in 2023 had developed into a major exhaust gas leak by the following test. Taken together, this represents a vehicle whose chassis, braking, and exhaust components have been steadily deteriorating and require active attention rather than a record of stable roadworthiness. Against a ten-year age the recorded mileage of 43,999 miles equates to roughly 4,400 miles annually, which is low for the class and consistent with predominantly urban or short-journey use rather than sustained motorway running. The MOT history shows testing in consecutive years from 2022 through 2026, indicating the car has remained in regular use and on the road rather than laid up for extended periods, which reduces concerns about dormant corrosion in the braking system, seized calipers, or dried seals. However, low annual mileage combined with the observed rate of bush, subframe, and exhaust deterioration suggests the wear is driven more by age, vibration cycles, and environmental exposure than by high-mileage mechanical fatigue, a pattern typical of light-use city cars that nevertheless suffer underbody and component ageing. For a prospective buyer, the priority mechanical checks should focus on the suspension and braking systems that have dominated the test history. On a test drive, listen for clonking or knocking from the front suspension over uneven roads, particularly on direction changes, and feel for any vagueness or wandering in the steering that would suggest worn front arm pins or bushes have progressed beyond the advisory threshold. The rear should be assessed for harshness over bumps or a tendency to crash through the suspension, symptomatic of the worn rear shock absorber bushes that triggered the most recent failure, and the rear dampers themselves should be inspected for any fluid misting or top-mount deterioration. The brake pedal should be firm with no judder under heavy application, as the front discs have been flagged for wear and pitting in successive tests and may now be approaching a second replacement cycle if not already renewed. The exhaust and underbody condition also warrant close inspection given the recorded flexi leak, subsequent major gas leak, and subframe corrosion advisory. With the engine running, listen for a rasping or ticking from the front section that would indicate a failing flexi joint, and check for any sooting around joints or hangers. Beneath the vehicle, look for surface rust on the front subframe and surrounding mounting points, paying particular attention to whether the corrosion is flaking heavily or spreading to structural attachment areas, as advisories of this nature can progress to serious weakening within a year or two. The windscreen has carried a minor damage advisory across multiple tests, so check that any chip has not extended into the driver's primary line of sight. Finally, because the most recent advisories were all addressed through repairs that enabled a quick re-test pass, any prospective purchase should be accompanied by documentary confirmation of what work was carried out to the rear shock absorber bushes and front brake discs, as these items are central to the vehicle's continuing roadworthiness.