1996 Daihatsu Fourtrak 2.8L Diesel · P750 RWT

Structural integrity concerns regarding chassis corrosion represent the most significant mechanical risk identified in this vehicle's recorded history. Although the most recent recorded test on 25 February 2009 resulted in a pass with no defects, the 2008 inspection revealed serious failures involving excessive corrosion on both the nearside and offside body or chassis within 30cm of the body mountings. This specific type of structural deterioration can compromise the vehicle's safety and stability, and while the subsequent pass suggests these issues were addressed or the specific areas were deemed acceptable at that time, the history of significant corrosion remains a primary point of interest for any mechanical evaluation. The vehicle has covered 136,236 miles over its lifespan, which averages to approximately 4,541 miles per year. This represents a relatively low annual mileage for a 1996 model, suggesting the vehicle has not been subjected to high-frequency long-distance usage. Mechanically, such a pattern can mean that while drivetrain components may have lower cumulative wear, the vehicle may have spent extended periods stationary, which can lead to the degradation of rubber components and the onset of corrosion in areas where moisture can settle. The gap in recorded testing between 2009 and the current date of 2026 also indicates a significant period of undocumented usage or absence from the MOT testing system. Prospective buyers should focus their physical inspection on the areas previously flagged for structural weakness. It is essential to inspect the body mountings and the surrounding chassis sections for any signs of active oxidation, bubbling paint, or thinning metal. During a test drive, pay close attention to the handling and stability of the vehicle, particularly when navigating uneven surfaces or corners, to ensure that the structural integrity of the chassis is sufficient to support the suspension loads. Any unusual creaking or groaning from the underside could indicate that previous corrosion issues have resurfaced or that the structural rigidity of the frame has been compromised. The 2008 failure also highlighted excessive play in both the nearside and offside rear anti-roll bar linkages. While the subsequent pass indicates these bushes or pins were likely replaced, the suspension system should be thoroughly vetted for any remaining play or wear. Listen for distinct knocking or clunking sounds coming from the rear of the vehicle when driving over speed bumps or potholes, as this is a primary symptom of worn anti-roll bar linkages or suspension bushes. Additionally, verify that the lighting systems, specifically the offside front position lamp which failed in 2008, are fully operational to ensure all electrical and visibility components meet current standards.