2021 Renault Master ML35 Business DCI 2.3L Diesel · DX71 LXT

A consistent record of clean MOT results over the last three years defines this vehicle's recent roadworthiness, with the most recent test on 18 August 2026 showing no defects. This three-year trend of passing without recorded failures or advisories indicates a stable compliance history regarding the essential safety and environmental standards required for its class. The vehicle's usage profile is characterised by high annual mileage, averaging approximately 19,743 miles per year over its five-year lifespan. With 98,714 miles currently recorded, this represents a heavy-duty usage pattern that typically accelerates the wear of consumable components and mechanical assemblies. High-mileage commercial vehicles such as this Renault Master are subject to increased stress on the drivetrain, suspension, and braking systems compared to lower-mileage counterparts. Given the lack of recorded advisories for components like suspension bushes, coil springs, or brake pipes, a prospective buyer should focus their physical inspection on the mechanical integrity of these high-wear areas. During a test drive, pay close attention to any irregular knocks or clunks when traversing uneven surfaces, which could indicate worn suspension linkages or dampers. Additionally, monitor the steering for any pulling or wandering, and check for any pedal judder or vibrations under braking that might suggest unevenly worn discs or binding calipers. The high mileage also necessitates a close inspection of the engine bay for any signs of oil misting or fluid leaks around the seals and gaskets, as well as an assessment of the exhaust system for any signs of premature corrosion. While the MOT history is currently clear of emissions failures, the cumulative mileage means the turbocharger and fuel system components have undergone significant cycles of operation. Ensuring the vehicle operates smoothly without hesitation or unusual engine noise is essential when evaluating a high-mileage diesel engine.