2017 Fiat 500C 1.2L Petrol · GF17 ABV

The vehicle currently sits in a roadworthy condition, evidenced by a clean MOT pass on 14 July 2026 at 66,179 miles where no defects were recorded. This represents an improving maintenance trend following a period of recurring failures. While earlier tests highlighted issues with minor electrical and suspension components, the two most recent annual passes without advisories suggest the current owner is addressing identified faults and maintaining the vehicle to a functional standard. The mileage pattern is consistent with a nine-year-old vehicle, averaging approximately 7,350 miles per year. The record shows steady progression from 24,975 miles in May 2020 to 66,179 miles in July 2026. There are no significant gaps in usage that would suggest long periods of stagnation, which often leads to perished seals or brake corrosion. The annual accumulation is typical for short-distance urban use, which aligns with the wear patterns noted on the components in the earlier history. A buyer should pay close attention to the suspension and braking systems, as these have been recurring areas of concern. The 2023 test at 55,608 miles flagged multiple pitted front brake discs, misting on a front shock absorber, and worn nearside suspension arm bushes. Although these appear to have been addressed given the subsequent passes and the offside rear shock bush noted in 2024, a physical inspection should visually check the front shocks for any new oil leaks and test the brakes for vibration or pull to ensure the earlier pitting has not resurfaced. The road wheels also showed signs of distortion in 2023, which can indicate previous kering or significant impacts. Given the history of worn tyres and ineffective wiper wipers in previous tests, the buyer should verify that all current consumables are of adequate depth and that the wiper assembly provides clear visibility. The lack of structural corrosion advisories throughout the record is a positive indicator, suggesting the chassis has not been exposed to environments that accelerate rust.