2004 Renault Master 2.5L Diesel · SY04 ABU

The Renault Master demonstrates a remarkably stable maintenance trajectory, culminating in a clean pass on 12 June 2025 at 111,194 miles with zero defects recorded. This fault-free outcome mirrors the clean passes achieved on 19 June 2024 at 109,494 miles and 9 May 2023 at 109,212 miles. The single anomaly in this recent sequence occurred on 18 April 2023 at 109,189 miles when the vehicle recorded a failure, though the official record lists no specific defects for that refusal. Following that brief hiccup, the vehicle immediately rectified its status less than a month later and has since maintained an unblemished testing record over the subsequent two years. This commercial vehicle shows very light utilization, accumulating just 111,194 miles across its twenty-two-year lifespan, which calculates to an average of approximately 5,054 miles annually. Mileage accumulation has remained exceptionally low and consistent in recent years, with the van covering only about 1,702 miles between May 2024 and June 2025. This sedentary usage pattern implies the vehicle spent extended periods parked or engaged in very short local journeys. Such light duty protects drivetrain components from heavy wear but can sometimes accelerate underlying issues related to inactivity, such as brake corrosion or battery degradation. Prospective buyers should conduct a thorough physical inspection focusing on areas typically vulnerable to light usage and age-related degradation. Given the absence of advisory notes in the recent digital record, a physical examination must prioritize the structural integrity of the chassis, sills, and subframes for hidden corrosion, which older large panel vans frequently harbor. Check the brake discs and calipers thoroughly for surface rust or binding caused by prolonged periods of standing between infrequent journeys. Inspect the rubber suspension bushes, steering joints, and load-bearing leaf springs for perishing or degradation that may have escaped strict alignment checks during low-mileage annual test cycles.