2016 Fiat 500 1.2L Petrol · PJ66 XGP

The vehicle is currently roadworthy but the maintenance trend shows a clear decline in mechanical integrity and structural preservation. While it passed its most recent test in November 2025 at 26,042 miles, the record reveals multiple advisories that were not present in previous years. The transition from a perfectly clean record between 2021 and 2023 to a list of corrosion and wear issues suggests the vehicle is suffering from age-related degradation despite low usage. The mileage profile is exceptionally low for a ten-year-old car, averaging approximately 2,600 miles per year. Between November 2023 and November 2025, the car covered only 3,937 miles, indicating very infrequent use or long periods of storage. This low mileage often correlates with the deterioration of rubber components and the accumulation of corrosion. The 2024 advisory regarding a perished nearside rear tyre is a classic symptom of a vehicle that sits stationary for long durations, leading to dry rot and cracking rather than tread-related wear. A buyer must conduct a thorough physical inspection of the braking system and suspension assembly. The history shows a worsening pattern of corrosion with bubbling front and rear brake pipes noted in December 2024, which progressed to corroded pipes at the ends by November 2025. The tester also flagged play in the front suspension arm bushes, the upper sub-frame bushes, and rear bushes. These issues indicate that the rubber bushings are failing due to age and environmental exposure rather than mileage. Structural attention is also required given the presence of corroded rear coil springs and a minor exhaust leak identified in the latest test. While these defects did not result in a failure, the recurring mention of rust on the brake lines and suspension points suggests that the under-body components are actively oxidizing. The buyer should verify that the reported brake pipes have been replaced or treated and ensure the corrosion has not reached a point of structural failure.