2023 Renault Master LM35 Business Blue DCI 2.3L Diesel · FJ72 DXC

A persistent wear pattern on the nearside front suspension arm ball joint dominates the testing history of this commercial vehicle, culminating in a major test failure for excessive wear on January 8, 2026, before passing the following day after rectifying work. This component was previously logged with slight play during tests in January 2024 and January 2025, demonstrating a predictable progression from an advisory note to a statutory failure over a two-year period. While the latest test on January 9, 2026, recorded a clean pass with no current defects, the recurring nature of this specific suspension issue highlights it as a known vulnerability that requires careful monitoring during future inspections. Accumulating 97,637 miles across roughly three years results in an intensive annual average of approximately 32,546 miles, establishing an undeniably heavy commercial usage profile. This rapid mileage accumulation typically points towards intensive multi-drop or motorway delivery work, placing accelerated mechanical strain on high-wear drivetrain assemblies, steering linkages, braking systems, and load-bearing suspension components. Prospective buyers must view this high-mileage deployment not as an indicator of neglect, but as a reality of heavy-duty operational use that naturally compresses the lifespan of mechanical and structural consumables. During the pre-purchase inspection and test drive, direct attention must be paid to the nearside front suspension corner where the repeated ball joint failures occurred. Listen closely for knocking, clunking, or metallic creaking noises when driving over speed bumps, potholes, or rough road surfaces, and feel for any looseness, vagueness, or wander through the steering wheel. Given the high mileage, a thorough examination of the surrounding suspension geometry, steering rack gaiters, driveshaft cv joints, and brake discs is essential to ensure that previous heavy loading has not induced secondary wear across the wider mechanical assemblies. Beyond the front suspension, the high-intensity commercial workload necessitates a rigorous check of the braking efficiency, clutch operation, and manual transmission under load, ensuring there is no slipping, judder, or excessive pedal travel. Inspect the exhaust system, chassis rails, and underbody components for signs of premature fatigue or corrosion resulting from heavy daily operation in varied weather conditions. Verifying that the replacement of the nearside front ball joint was executed with a quality component will provide vital reassurance regarding the immediate roadworthiness of this high-mileage workhorse.