F4949 Goggles
Originally created by ITT then passed onto the Elbit Equipments of America - Night Vision, this advanced evening vision system makes use of Gen 3 auto-gated Peak ® tubes, providing the highest level of efficiency and quality under various light levels during night trip operations.
The gadget is powered by AA batteries (2 AA batteries for fixed-wing and 4 AA batteries for a helicopter) in a low-profile and unobtrusive battery pack, sustaining head mobility and boosted battery life. When running air travel night vision goggles, we recognize the significance of enough sources.
This evening vision modern technology has actually made it possible for aircrews and pilots to perform essential night flight operations in almost every airplane type throughout the globe. Our over 50 years of combined army air travel experience in numerous kinds of environments makes us the authority in supplying the very best evening vision services.
Our dedication to supplying superior customer service, Bookmarks punctual responsiveness to all questions, and our real-world experience in the aviation area make us a trusted worldwide leader in aeronautics evening vision modern technology. The F4949 goggles are fully compliant with DO-275 (Minimum Operational Efficiency Standards for incorporated evening vision imaging system equipment).
These safety glasses are fully certified with DO-275 (Minimum Operational Efficiency Specifications for integrated night vision imaging system devices). Benefit from more than 50-hour operational performance with the ANVIS-9 goggles. Trusted by the army, police, emergency clinical solution, search and rescue, airborne firefighting teams, and also commercial aeronautics operators around the world, the ANVIS-9 safety glasses are an elite line of night vision systems.
Criterion accessories include a soft-carrying case, lens caps, driver set (manual, quick recommendation card, lens paper), and inconspicuous battery pack. With every purchase, we ensure that the operator or pilot has a thorough understanding of the trip environment and the NVG system and photo quality.