F4949 Goggles
At first created by ITT then passed onto the Elbit Solutions of America - Night Vision, this revolutionary evening vision system uses Gen 3 auto-gated Pinnacle ® tubes, providing the highest level of efficiency and quality under various light degrees during evening flight operations.
FAA TSO C 164a approved and EASA approved, the ANVIS-9 Safety glasses are night Vision goggles legal in Arizona totally compliant with DO-275 (Minimum Operational Efficiency Standards for integrated night vision imaging system tools). We are honored to supply an irresistible five-year warranty on newly acquired aeronautics NVG systems.
This evening vision modern technology has enabled pilots and aircrews to conduct critical evening flight procedures in virtually every airplane kind throughout the world. Our over half a century of combined army air travel experience in different sorts of settings makes us the authority in providing the best evening vision solutions.
Our dedication to providing premium customer service, punctual responsiveness to all questions, and our real-world experience in the aeronautics field make us a trusted worldwide leader in aeronautics night vision modern technology. The F4949 goggles are completely certified with DO-275 (Minimum Operational Performance Standards for incorporated night vision imaging system tools).
These goggles are totally certified with DO-275 (Minimum Operational Performance Specifications for integrated night vision imaging system devices). Make use of more than 50-hour functional performance with the ANVIS-9 safety glasses. Trusted by the army, police, emergency medical solution, search and rescue, aerial firefighting crews, and also commercial air travel operators around the world, the ANVIS-9 goggles are an elite line of evening vision systems.
Standard accessories consist of a soft-carrying instance, lens caps, driver set (handbook, quick reference card, lens paper), and low-profile battery pack. With every purchase, we make certain that the driver or pilot has a detailed understanding of the trip environment and the NVG system and image quality.