2004 Fiat Ducato 2.3L Diesel · KX04 UKV

The current roadworthiness status of this Fiat Ducato remains concerning despite the pass recorded on 10 January 2026 at 53,180 miles. While the vehicle holds a valid certificate, the maintenance trend indicates a persistent neglect of structural and mechanical integrity. The recurring advisory regarding corroded brake pipes, which has appeared in both the 2025 and 2026 tests, suggests that previous owners have opted for cosmetic masking with grease rather than implementing a permanent repair. This pattern of deferred maintenance, combined with the structural failures flagged in early 2023, points to a vehicle that requires significant investment to be considered truly roadworthy. The recorded mileage of 53,180 over twenty-two years averages approximately 2,417 miles per annum, confirming a pattern of very light use. While low mileage often suggests reduced wear on the drivetrain, the history here implies the vehicle has spent considerable time standing idle. The failure in January 2023, where the vehicle recorded only two miles between the initial failure and the subsequent pass, highlights a rapid repair process that likely prioritized short-term compliance over long-term durability. Such prolonged periods of inactivity are a primary driver for the corrosion issues currently affecting the chassis and braking system. Potential buyers must prioritize a thorough inspection of the inner arches, sills, and shock absorber mounting points, as these areas suffered from severe structural corrosion in 2023. Even if the immediate structural integrity was restored, the presence of corrosion on the brake pipes remains a critical safety risk that demands immediate replacement rather than further surface treatment. Additionally, the recurring suspension bush wear and the history of binding brakes indicate that the running gear is tired. You should verify the condition of the brake lines and suspension linkages in person, as the MOT record confirms these components are currently operating at the limit of their acceptable tolerance.