2000 Fiat Seicento 0.9L Petrol · X238 AHT

The vehicle's roadworthiness status is currently compromised following a failure in the most recent test on 19 January 2026 at 80,712 miles. The tester identified split or insecure constant velocity boots on both the nearside and offside outer drive shaft joints. This failure represents a shift from a previously stable maintenance trend, as the car had achieved clean passes between December 2020 and December 2024. While the vehicle has historically maintained a clean record, the recent mechanical failure regarding the drivetrain components requires immediate attention to prevent grease loss and subsequent joint damage. The mileage history shows a very low usage pattern, averaging approximately 3,100 miles per year over its 26-year lifespan. The recorded data shows consistent, incremental growth, such as the 4,659-mile increase between the December 2021 and November 2022 tests. This low annual mileage suggests the car has spent significant periods stationary, which can often lead to perished rubber components. The jump from 77,561 miles in December 2024 to 80,712 miles in January 2026 indicates a slight increase in recent usage, though it remains well below typical age-related averages. A prospective buyer should focus their physical inspection on the drivetrain and rubber components. The recent failure of both CV boots suggests that age-related degradation of rubber is a likely issue, and similar deterioration may exist in other ancillary hoses or suspension bushes. The 2015 record of an engine oil leak should also be verified to ensure no significant weeping remains. Given the low mileage and long intervals between some tests, checking for seized calipers or uneven tyre wear caused by long periods of inactivity is advisable. Beyond the drive shafts, the history shows minor consumable issues, such as the windscreen washer jets in December 2023 and the wiper motor in November 2018. These are non-critical, superficial faults that do not indicate systemic mechanical neglect. However, the transition from clean passes to a drivetrain failure necessitates a thorough check of the CV joints themselves to ensure the internal components have not been contaminated by dirt or lost lubrication.