2004 Fiat Scudo 2.0L Diesel · WM04 HXX

Structural deterioration and a persistent accumulation of recurring suspension and chassis advisories define the roadworthiness history of this 2004 Fiat Scudo. The vehicle extended this long-running trend of structural and mechanical wear by securing a pass on 8 January 2026, though the certificate was burdened by multiple notifications regarding corroded rear suspension component mountings and worn trailing arm bushes. Tracking the historic test log reveals a consistent pattern where items such as front suspension ball joint play, bubbling outer sills, and deteriorating exhaust components recur across multiple consecutive years without resolution, pointing to a vehicle accumulating standard wear items alongside progressive metal fatigue. Standing at a recorded 105,341 miles over its roughly 22 years on the road, the van has averaged approximately 4,788 miles annually. This low yearly mileage profile means the vehicle has experienced light or intermittent usage patterns, which can sometimes concentrate wear on specific mechanical linkages and rubber components that degrade through age rather than distance alone. There are no concerning gaps in the testing record to suggest extended periods of unrecorded storage, meaning the low mileage stems from a steady, reduced annual distance accumulation rather than prolonged lay-ups. When inspecting the vehicle, a prospective buyer must prioritise a rigorous physical examination of the areas repeatedly flagged in the MOT data, starting with the rear suspension mountings and the trailing arm bushes noted in the 2026 test. During a test drive, listen closely for any clunks, knocks, or excessive play from the rear axle when cornering or traversing uneven road surfaces, and check the front suspension for wander or vibration stemming from the previously recorded ball joint wear. The bubbling outer sills and structural mounting points highlighted across multiple years demand a thorough ramp inspection to verify the extent of the corrosion beneath the protective underseal. Further scrutiny should be directed toward the exhaust system and drive assemblies, both of which have shown historical vulnerability to degradation. Inspect the condition of the exhaust from the manifold backward to ensure blowing joints or heavy corrosion have not progressed beyond simple advisories, and verify that the constant velocity boot issues noted in earlier tests have been fully rectified with fresh components rather than left to contaminate the CV joints with road grit. Finally, inspect the nearside front seat belt webbing for the fraying flagged in the latest test to ensure it retracts smoothly and meets baseline safety standards.