2016 Nissan NV400 2.3L Diesel · PF16 ATY

A consistent record of first-time passes defines the MOT history for this large commercial vehicle, punctuated periodically by minor consumable wear rather than systemic structural failures. The latest test concluded on the first of September 2025 with a clean pass certificate and zero recorded defects, reinforcing a stable trajectory of roadworthiness when compared to earlier advisory notices. While past tests have highlighted isolated issues such as surface corrosion on brake lines, tire wear, and minor windscreen damage, none of these inspections resulted in an outright refusal, indicating that previous testing intervals were met without major mechanical intervention. Accumulating 104,033 miles over its approximately ten years on the road yields an average of roughly 10,400 miles annually, a mileage accumulation rate that aligns closely with standard commercial van usage patterns. This consistent yearly mileage suggests the vehicle has been in regular working service rather than subjected to prolonged periods of inactivity or severe, high-mileage fleet punishment. Mechanically, a decade of steady operation at this pace means that heavy-duty drivetrain components, steering geometry, and suspension linkages have experienced continuous loading, making a thorough physical inspection of under-chassis load-bearing points essential during any pre-purchase evaluation. Prospective buyers should pay particular attention to the front braking system following the past advisory regarding the offside front brake pipe being corroded and covered in grease. During a static and dynamic inspection, check the metal brake lines for any persistent weeping, pitting, or protective coating breakdown, and listen closely for any unusual sponginess in the brake pedal or pulling to one side under heavy deceleration. Given the commercial nature of the chassis, examine all tyre edges for uneven wear patterns similar to those flagged in previous tests, which can point toward wheel alignment misalignment or worn steering joints. A test drive should be conducted with the cargo area unloaded to better isolate chassis noises, specifically listening for knocks, creaks, or excessive play from the suspension over potholes and speed humps. Inspect the front windscreen closely for any progression of the minor damage noted in earlier tests, and verify that all exterior lighting functions correctly, paying special attention to the number plate illumination previously cited as inoperative. Cross-referencing these physical checks against the continuous pass record will help ensure that the vehicle's functional longevity matches its unblemished recent test result.