2009 Renault Trucks Master 2.5L Diesel · EU09 JMV

The most recent DVSA MOT test recorded for this 2009 Renault Trucks Master took place on 3 February 2025, where the vehicle achieved a PASS with no defects or advisories noted. It is worth highlighting that on the very same date, a separate MOT submission was also recorded as a FAILED entry, although no defect categories were captured against it. This dual-record pattern suggests a likely presentation of the vehicle at test, an initial failure on an unrecorded ground, and a subsequent immediate re-test or re-presentation that passed cleanly. Looking back over the recorded history, the previous test was on 16 August 2022, recorded as a PASS, paired with a FAILED entry dated 5 August 2022 also lacking specific defect data. The overall trend appears stable rather than deteriorating; the vehicle is passing its annual roadworthiness inspection, but the absence of any recorded advisory items across these tests is unusual for a commercial vehicle of this age and mileage, which raises a question as to whether advisories are being consistently logged or whether the records provided are simply sparse in detail. In terms of mileage context, this Master has covered 395,022 miles over approximately seventeen years, which equates to an annualised average of around 23,237 miles per year. This is a notably high usage figure and consistent with the vehicle having been deployed as a working commercial or fleet asset, likely involving sustained urban and stop-start driving cycles, heavy load carrying, and frequent cold starts. Such mileage accumulation places considerable wear on major mechanical assemblies, particularly the engine, gearbox, clutch, turbocharger, drivetrain mounts, and braking system. The MOT history does not show annual tests across the full seventeen-year span, which is typical for vehicles that have operated commercially, but the two recorded test points are separated by roughly two and a half years, suggesting a substantial gap in documented roadworthiness verification during which extensive mechanical ageing could have occurred unrecorded. Given the vehicle's age and very high recorded mileage, a prospective buyer should approach the purchase with a structured physical inspection even though no specific advisories are recorded. First, the braking system warrants close attention: although the MOT history does not flag brake condition, sustained heavy-duty use accelerates wear on brake pads, discs, and calipers, and caliper slide pins and pistons are prone to seizing on high-mileage commercial vehicles. On a test drive, listen for any brake shudder through the pedal or steering wheel, any pulling to one side under firm braking, and any binding sensation when releasing the brake pedal, which can indicate a sticking caliper. Brake fluid should also be checked for age-related degradation; commercial vehicles often have longer fluid service intervals than recommended, and fluid older than three to four years should be regarded as due for renewal due to moisture absorption and reduced boiling point. The handbrake mechanism, often cable-operated on Masters, should be confirmed as holding the vehicle firmly on an incline. Secondly, the suspension, steering, and drivetrain should be examined thoroughly, as these areas degrade progressively with high mileage but may not always trigger a recorded advisory if still within test tolerance. Coil springs can sag or break on heavily loaded commercial vehicles, leading to a sagging rear ride height, while suspension bushes, anti-roll bar links, and drop links commonly perish and produce clonking noises over speed humps or uneven surfaces. On a test drive, pay attention to any wandering from the steering wheel, knocking from the front end when traversing rough ground, and excessive play in the steering. The tyres should be inspected for uneven wear patterns which can indicate misalignment or worn suspension components, and also for sidewall cracking or perishing given the vehicle's age. Engine, gearbox, and final drive units should be checked for leaks, and the cooling system, cambelt or timing chain service history, clutch slip or judder under load, and gearbox synchro wear should all be verified through service documentation and a thorough road test, ideally with the vehicle under representative load conditions.