2007 Renault Master 2.5L Diesel · HN07 NHM

A persistent pattern of mechanical wear dominates the roadworthiness record of this 2007 Renault Master, with advisories for front brake disc pitting, engine oil leaks, corroded rear brake pipes, loose rear leaf spring U-bolts, and front suspension wear appearing across multiple consecutive tests. The most recent examination on 29 October 2025 returned a pass, but only after a previous failure nine days earlier for an inoperative offside front position lamp, and the test still carried advisories for non-functioning reverse and side marker lamps, worn front brake discs, and two separate oil leak entries. The cumulative picture is not one of a clean record: a dangerous defect was recorded in 2024 for loose rear leaf spring to axle U-bolts with visible relative movement, a further dangerous item in 2023 concerned a nearside rear upper shock absorber likely to become detached, and a major rear fog lamp failure occurred in 2022. Three failures have been recorded across the four-year MOT window alongside numerous advisories, indicating a vehicle with ongoing and recurring maintenance demands rather than stable roadworthiness. Recorded mileage stands at 182,813 miles across roughly nineteen years of age, equating to an average annual accumulation of approximately 9,600 miles. This figure is broadly typical for a vehicle of this vintage and usage class, and there are no anomalous gaps or rapid escalations between the recorded test entries. Mileage consistency suggests the van has been in regular commercial or fleet-style operation, which mechanically translates into sustained stress on the braking system, suspension components, steering rack ends, and rear leaf spring assemblies. The recurrence of advisories for oil leaks across every test from 2022 onwards is consistent with the gradual sealing degradation expected from a high-mileage diesel powertrain of this age, and the front brake disc advisory appearing in three consecutive years points to progressive component wear rather than a one-off observation. A prospective buyer should pay close attention to the rear suspension, as the history of loose leaf spring U-bolts and a shock absorber at risk of detachment represents a serious safety concern. During a stationary inspection, the U-bolt clamps at the rear axle should be checked for tightness, and the shock absorber mounts should be examined for any visible movement, cracking, or signs of imminent separation. On the road, any knocking or clunking from the rear over uneven surfaces, or a noticeable bouncing tendency after compression, would warrant immediate rectification. The front brake discs, flagged as pitted in three successive tests, should be inspected for lipping, runout, and pad condition, and any judder or vibration through the steering wheel under firm braking would confirm the discs have reached a serviceable limit. The steering and braking hydraulic system also demands specific checks. Slight play was previously noted in both nearside and offside front steering rack ends, so the buyer should feel for any looseness or clicking from the front wheels during low-speed lock-to-lock manoeuvres, and listen for any change in the slight wheel bearing noise that was historically recorded on the nearside front. The brake pipes running to the rear hoses were previously flagged as corroded beneath accumulated grease or contaminant, which can mask active corrosion; a torch should be used to inspect the lines along the chassis for blistering, flaking, or weeping, and the brake pedal should feel firm with no sponginess indicating fluid loss. Finally, the various lamp defects recorded across the tests for position lamps, side markers, reverse light, and rear fog lamp should all be verified as functional, and the engine bay should be inspected for the source of the persistent oil leak, checking the sump, rocker cover gasket, and turbo oil return pipe for active seepage.