2006 FIAT PUNTO1.2L Petrol

The vehicle's roadworthiness is currently compromised by a worsening trend in structural integrity. While the most recent test on 2 February 2026 at 115,437 miles resulted in a pass, this follows a significant failure just weeks earlier on 29 January 2026. During that failure, the tester identified excessive corrosion on a nearside rear outer suspension component mounting, which significantly reduced the structural strength of the sill. This represents a serious escalation from the 2023 and 2024 records, where corrosion was noted on the sills and wings but did not yet impact structural rigidity. The mileage pattern indicates low annual usage, averaging roughly 5,772 miles per year over the vehicle's twenty-year lifespan. This low utilization is evident in the progression from 81,619 miles in 2017 to 115,437 miles in 2026. However, the data reveals a notable gap in testing between September 2021 and January 2023, suggesting the vehicle may have been off the road for an extended period. Such periods of inactivity often correlate with the development of the corrosion and seized components seen in the subsequent records. A prospective buyer must prioritise a thorough inspection of the vehicle's underside and sills. The history shows a persistent and escalating pattern of corrosion, moving from surface issues on wings and sills in 2024 to critical structural weakness in the mounting areas by early 2026. The presence of an ongoing oil leak, first flagged in 2020 and again in February 2025, requires investigation to determine if it is a minor seal issue or a more significant engine fault. Suspension and braking components also require close scrutiny. The record shows recurring issues with ball joints, anti-roll bar linkages, and shock absorber misting, alongside previous failures regarding brake and parking brake efficiency in early 2023. Given the recent structural failures, any purchase should be contingent on a professional inspection of the chassis and subframes to ensure the corrosion is not spreading to other load-bearing areas.