Offering this tool to operators has proven to be an added benefit, but what happens when the equipment starts losing its focus, doesn’t transfer as much ambient light, or even overworked parts become worn, inoperable or lost? Mission critical equipment that witnesses daily use becomes taxed, mechanical and electrical components predominantly see the most exertion. Although day-to-day maintenance is straight forward, wear and tear on these outfitted systems have begun to reach their limits. A large majority have been in the field for 12 consecutive years. AN/PVS 14’s L3 Insight Technology, has created a program to offer updating older and more worn systems for large Unit organizations. Ultimately offering two various options to get your equipment producing back to its optimum potential.

The first option would be requesting Mil-spec un-filmed 2376 FOM white phosphor tubes direct from L3 Insight Technologies. This would offer a Unit level swap, providing complete control over the process in transitioning your old phosphor tubes to newly, provided tubes. This update would include the industries un-filmed 2376 FOM white phosphor tubes. Questionable amongst some, transitioning from the normal “green” coloration of past night vision apparatuses. However, the white phosphor proves less eye strain over prolonged periods, along with richer detail.

With the white phosphor being a newly invented product into a tight-knit community, it has seen negative feedback. The common complaint is recovery time for your eye to rejuvenate in a given lighting condition. Personally, I welcome the defined attention to detail the white phosphor offers as oppose to the “comfort-later” mentality green phosphor affords. It should be more important to define and detail the scenario (under the night) with as much information as possible. Placing a black colored subject on a white background has been proven to provide more contrast, resulting to more detail. Contrast sensitivity is the ability to identify differences between light and dark areas. If you have less vision, increasing the contrast between an object and its background proves to make the object more visible.