2011 Fiat 500 1.2L Petrol · FD11 OBF

Recorded across seven MOT tests over five years, this Fiat 500 carries a pattern of recurring advisories concentrated around the suspension, tyres, and front steering, alongside three failures that have all been rectified at subsequent attempts. The most recent pass on 3 September 2025 was achieved with three advisories rather than a clean sheet, continuing a run where only one test out of seven has returned with no defects recorded. The 2021 pass on the same date as its earlier failure that year is the only truly clean result, so a prospective buyer should not assume that a current pass equates to an unblemished mechanical record. The failures themselves have ranged from minor lighting issues to a structural shock absorber bush defect and headlamp aim non-compliance, but the underlying theme across the entire history is steady wear on chassis and running gear components rather than any single catastrophic failure. At 68,024 miles against a 2011 registration, this car has accumulated roughly 4,535 miles per year, which is substantially below the average for a fifteen year old vehicle. The recorded mileage increments between tests are consistent and modest, with no anomalous jumps or gaps that would suggest clock discrepancies, and there are no long unbroken periods off the road that would raise concerns about seized brakes, perished fuel system components, or a heavily discharged battery pack. Mechanically, lower annual mileage of this nature typically translates to reduced wear on the engine internals and clutch, but it can also mean longer intervals between extended motorway runs, which can allow surface corrosion to establish itself on exposed underbody components. The recurring coil spring corrosion advisories flagged in the latest test are consistent with this usage pattern and with the general age of the vehicle. Specific attention should be paid to the suspension and steering components that have appeared repeatedly across the MOT record. The offside front lower suspension arm ball joint flagged in 2024 had slight play recorded at both the failed and subsequent passed tests, so a physical check of this joint for knocking or clonking over uneven surfaces is essential, ideally with the wheel loaded against a kerb. The nearside rear upper shock absorber bush wear that caused the 2022 failure should be queried, as the component was replaced to achieve the pass, but the buyer should listen for any clonking from the rear over speed humps and inspect for any fresh oil misting on the shock body itself. Both rear coil springs were noted as corroded at the most recent test, and while this is an advisory rather than a failure item at present, severe coil spring corrosion can lead to fracture, so a visual inspection from underneath for any pitting that has progressed through the section thickness is worthwhile. Tyre wear has also appeared as a recurring theme, with both nearside and offside front tyres flagged for edge wear in 2022 and again in 2025, the latter recorded as being almost down to the cords on the inside shoulder. Edge wear of this nature typically points to geometry misalignment, worn suspension bushes, or a combination of both, and given that the offside front ball joint already showed play in 2024, it is plausible that the geometry has been affected by component wear rather than simply by driving style. A test drive should include firm braking to check for any pull to one side or vibration through the steering column, which would indicate either warped brake discs or a tracking issue, and the car should be driven over a variety of road surfaces to expose any developing knocking or looseness from the front end. Finally, verify that both front track rod end ball joint dust covers replaced after the 2021 failure are still intact, as perished gaiters were the original cause of that failure, and check that the headlamp aim corrected in 2024 remains within specification, as projector unit alignment can drift on older vehicles.