2022 Fiat 500E Icon Electric · MF22 SWY

The defining mechanical story for this 2022 FIAT 500E ICON centres on a front suspension defect recorded as a major failure in early April 2026, which was rectified sufficiently to secure a clean pass just eight days later on the 9th of that month. That earlier failed test flagged the pin or bush on both the offside and nearside front suspension arms as excessively worn, a finding that carries real mechanical significance because compromised bushes in these locations directly undermine wheel geometry, tyre wear patterns, and steering precision. Prior to this event, the 2025 test produced a pass with no defects, although that same April 2025 date also carries a failed entry restricted solely to headlamp aim irregularities on both sides of the vehicle, items that are essentially adjustment corrections rather than component failures. The pattern therefore presents a recent and specific front suspension wear concern against an otherwise limited two-year testing history, with the most recent pass on 9 April 2026 representing a successful retest outcome rather than evidence of longer-term mechanical integrity. With four years on the road and 29,005 miles accumulated, the vehicle averages roughly 7,251 miles per annum, a rate that sits comfortably within the expected band for a small city-focused electric hatchback of this age. There are no unusual gaps in the recorded testing sequence and no evidence of the vehicle having been laid up for extended periods, meaning the suspension components have experienced consistent operational loading rather than the dry-rot or stiff-bushing risks associated with prolonged standing. That said, even modest annual mileage on a vehicle of this weight class still subjects the front suspension bushes, anti-roll bar links, and coil springs to repeated cyclic loading through speed humps, kerbs, and urban road imperfections, all of which are the typical service environment for the 500E. The mileage itself is neither so low as to raise concerns about dormant component degradation nor so high as to imply accelerated wear. For a prospective buyer, the priority inspection area is unambiguously the front suspension geometry, given that both sides were flagged for excessive pin or bush wear within a single test. On a road test, listen carefully for clonking or knocking noises emanating from the front end when traversing speed humps, uneven road surfaces, or during full-lock low-speed manoeuvres, as these are classic indicators of worn suspension bushes allowing metal-to-metal contact. Steering response should be checked for any vagueness, delay in self-centring, or a pulling tendency under braking, since compromised bushes permit unwanted wheel movement that disrupts alignment and braking stability. A careful visual inspection with the wheels raised is also advisable to confirm that replacement components have been correctly fitted and torqued, and that no ancillary wear has developed on the drop links, track rod ends, or anti-roll bar mountings adjacent to the previously flagged items. Secondary checks should focus on the headlamp aim system, given the 2025 advisory on both nearside and offside units, even though these were classed as repairable defects rather than major component failures. Verify that both headlamps produce an even, symmetrical beam pattern when parked on level ground against a wall, with the cutoff line positioned fractionally below the horizontal centreline for dipped beam operation, and confirm that any manual or electric levelling controls function smoothly without sticking. Given the BEV powertrain of this model, it is also prudent to inspect the underside for any signs of impact damage to the battery enclosure or high-voltage cabling, particularly around the front subframe area where the suspension work was carried out, to ensure that recent remedial work has not introduced any new issues. Finally, a diagnostic scan for any stored suspension or wheel-speed sensor fault codes would be a sensible precaution, as disturbed ABS wiring during a bush replacement can occasionally leave latent faults that do not illuminate the dashboard immediately.