2016 Renault Master 2.3L Diesel · FJ66 DDZ

The Renault Master presents a stable and currently sound roadworthiness status, culminating in a clean pass at 229,912 miles on 5 March 2026 with zero defects recorded. The maintenance trend over the past three years shows no recurring mechanical or structural failures, indicating the vehicle currently meets required safety standards. The test history contains a notable anomaly on 18 February 2023, where the vehicle both passed and failed at 219,162 miles on the same day, with no defects recorded for either test. This discrepancy suggests a data entry error or an administrative failure rather than a recurring mechanical fault. The annual mileage accumulation tells an unusual story for a commercial vehicle of this age. While the overall average sits around 22,991 miles per year, recent usage has dropped dramatically. Between February 2023 and February 2024, the van covered 8,261 miles, but this plummeted to just 693 miles the following year and 1,796 miles between February 2025 and March 2026. Such low recent mileage indicates the vehicle has spent significant periods stationary, which introduces its own risks, such as perished rubber components, brake disc corrosion, and fuel system degradation, despite the clean MOT record. Given the high total mileage and recent prolonged stationary periods, a physical inspection must focus on components that suffer from disuse rather than wear. Examine the brake discs for surface corrosion that can lead to binding or judder, and check the tyres for sidewall cracking or flat-spotting from standing under load. Inspect the suspension bushes and coil springs for deterioration, as a heavy commercial vehicle sitting stationary can cause rubber to perish and springs to sag. The underbody and structural mounting points require close scrutiny for corrosion, which can compromise structural integrity even if the recent MOTs have been advisory-free. Assess the exhaust system and DPF for potential clogging from prolonged short journeys or idling, which could trigger emissions failures at the next test.