2005 Renault Master 2.5L Diesel · FH54 AHK

The vehicle has maintained a consistent roadworthiness record, with all recent MOT tests passing without defects. The most recent inspection on 12 August 2025 at 141,697 miles confirmed no issues, suggesting the maintenance trend has remained stable over the past two years. No recurring mechanical faults or structural concerns have been flagged in the provided history, indicating the vehicle has been kept in a drivable condition. The mileage accumulation aligns with typical usage for a 21-year-old vehicle, averaging approximately 6,747 miles annually. Between 2022 and 2025, the mileage increased steadily, with no abrupt jumps or prolonged periods of stagnation. For instance, the vehicle progressed from 119,957 miles in January 2022 to 141,697 miles by August 2025, reflecting consistent use without sudden spikes. The absence of gaps in testing further supports regular maintenance oversight. No structural or mechanical advisories were recorded in any MOT history, suggesting no persistent issues with critical components such as suspension, brakes, or exhaust systems. However, the vehicle’s age and mileage warrant scrutiny of wear-prone areas. A buyer should inspect the suspension bushes for degradation, as these can lead to handling issues in high-mileage Renault Masters. Brake calipers and discs should be checked for corrosion or binding, particularly given the lack of brake-related advisories despite the mileage. Corrosion around the wheel arches and undercarriage should also be evaluated, as prolonged exposure to road salt or moisture could compromise structural integrity. The exhaust system and emissions controls should be examined, as older diesel engines may develop leaks or catalytic converter deterioration. Given the vehicle’s age, verifying the condition of coil springs and shock absorbers is advisable, as these components often degrade over time and may not be flagged in MOT tests until they reach a critical failure point. A thorough inspection of the bodywork for rust, particularly in areas prone to stress, will help assess long-term durability.