2004 Fiat Scudo 2.0L Diesel · WM04 HVT

The 2004 FIAT SCUDO presents a concerning pattern of recurrent suspension and structural failures across several consecutive MOT cycles, culminating in a clean pass in May 2026 while retaining active advisories related to critical safety systems. The vehicle has experienced major drive shaft joint issues in late 2024, continued corrosion of suspension linkages through 2023, and now shows intermittent electrical failures including non-functional brake and registration plate lamps alongside a previously damaged rear windscreen that remains within sightline limits. Despite passing the most recent test on 2026-05-11, the persistence of these advisories indicates that underlying structural weaknesses have not resolved, and the cumulative effect of repeated corrosion and component stress suggests the car requires immediate attention before committing to ownership. With approximately 213,470 miles recorded on a 22-year-old vehicle, the average annual mileage of roughly 9,700 miles falls within expected parameters for its age, though the distribution of wear shows meaningful variation. The gap between the 2022-10-24 successful test and the 2024-11-21 failure marks a significant deterioration period where suspension arm corrosion progressed to a point of serious structural compromise of the subframe and sills. The subsequent 2026-05-11 pass appears to address some superficial issues but leaves the same core corrosion patterns unresolved, meaning the high mileage figure masks accelerating degradation in key safety components rather than simply reflecting normal use. Notably, the lack of intermediate testing results between 2022 and 2026 creates uncertainty about whether the current condition represents a temporary setback or the continuation of a systemic problem. Buyers should treat the suspension system as the primary concern, as multiple MTs have documented progressively worse corrosion on the front and rear suspension arms, top struts, and crossmembers, with the 2023 failure specifically noting severely weakened rear axle mounting and compromised sill structures. During a test drive, listen for knocking over small bumps when approaching corners, which would indicate worn or broken suspension bushings and control arm bushings; feel for vague vibrations through the steering wheel when braking hard, signalling potential play in the drive shaft constant velocity boots. The subframe corrosion extends to both front and offside sections, so inspect for cracking or separation at the mounting points under load, particularly when the vehicle is loaded or subjected to lateral forces during cornering. These areas have shown structural degradation that goes beyond cosmetic appearance, potentially compromising crash integrity. Electrical reliability remains questionable given the repeated failures of the brake light assembly and registration plate lamps, both of which are marked as inoperative in separate MOT records; verify that all lighting functions correctly before purchase, as these systems can fail intermittently due to poor connections exacerbated by age-related deterioration. The front and rear brake discs were reported as pitted or scored in early 2026, which warrants a visual inspection for grooves or uneven wear that could affect stopping performance, especially under heavy loads. Given the documented corrosion on the subframe and sills, recommend having a professional inspect the subframe mounting surfaces and check for any visible cracks or separation that might not be apparent at the MOT level. If the car proceeds, budget substantial funds for suspension overhaul, subframe reinforcement or replacement, and a complete electrical system check to ensure the recurring lighting and sensor failures do not recur.