2004 Renault Master 2.5L Diesel · ET53 FVZ

The 2004 Renault Master presents a mixed roadworthiness profile marked by alternating passes and failures rather than a consistent upward or downward trajectory. The most recent MOT on 2024-11-29 returned a passing result, yet the test record reveals a pattern of recurring concerns that span steering, braking, electrical systems, and structural integrity. With four separate failures across the past two years—including a complete loss of front position lamp function, severe subframe corrosion, steering rack play, and compromised brake disc condition—the vehicle's current status reflects accumulated wear rather than pristine condition. Despite the recent pass, the persistence of multiple advisories means the car requires attention to underlying issues that could affect reliability over the next few years. At 159,656 miles on a vehicle approximately 22 years old, the annual mileage accumulation of roughly 7,257 miles places the car within typical usage ranges for its age, though the distribution of mileage between tests suggests uneven wear patterns. The interval between the 2023-08-31 pass and the 2024-09-02 failure spans less than six weeks, indicating accelerated deterioration or the impact of previously undetected damage that manifested suddenly. The gap between the 2023-08-14 failure and the 2024-10-07 failure shows a further increase in stress markers, potentially reflecting both normal ageing and the compounding effect of earlier identified problems such as steering component wear and brake system degradation. This usage history implies that critical components have been subjected to considerable loading and environmental exposure, making the current state of the vehicle dependent heavily on whether the flagged issues have been fully resolved. The subframe corrosion documented in the 2022-07-21 and 2024-11-29 tests represents the most serious structural concern, particularly at the front and rear suspension mounting prescribed areas where significant corrosion was noted to reduce structural strength. On a test drive, expect to feel play or looseness in the subframe connections when the suspension is loaded, and visually inspect the mounting bolts and surrounding metalwork for signs of pitting, rust penetration, or bent sections that could compromise ride quality and handling. The steering rack should be monitored for any clicking, grinding, or noticeable play when turning the wheel at various speeds; persistent play would indicate continued damage to the inner joint. Brake disc wear noted in both the October and November 2024 tests warrants checking for a vibrating pedal, pulsation under hard braking, or audible squeal that may signal remaining pad material or rotor scoring. Additionally, the front wiper performance and rear passenger door operation require functional verification, as these were flagged as major failures in their respective tests. Electrical system failures span multiple years and demand systematic testing before purchase. The absence of the front position lamp, non-functional offside front position lamp, and faulty front wiper suggest intermittent or permanently defective circuitry that could fail catastrophically in adverse conditions; ensure all exterior lights, interior illumination, and driver-assistance indicators operate correctly. The 2023-08-14 failure included a parking brake efficiency failure and an ABS warning lamp, meaning the parking brake should engage firmly and hold weight without spongy response, and the ABS system must be verified through controlled braking to confirm the warning lamp does not illuminate unexpectedly. The hazard warning switch being inoperative and the windshield washer failing represent secondary but important safety elements that should be tested. Finally, investigate the recurring oil leak reported across 2024-10-07 and 2024-11-29, as persistent oil seepage can indicate internal engine or transmission leaks that may develop into more severe failures if left unaddressed.