9 F4949 Night Vision Pilot Safety Glasses
Originally established by ITT after that passed onto the Elbit Systems of America - Evening Vision, this cutting edge evening vision system utilizes Gen 3 auto-gated Peak ® tubes, offering the highest level of performance and top quality under different light levels during evening trip procedures.
The gadget is powered by AA batteries (2 AA batteries for fixed-wing and four AA batteries for a helicopter) in a low-profile and inconspicuous battery pack, supporting head mobility and increased battery life. When operating air travel evening vision goggles, we comprehend the significance of sufficient resources.
Additionally referred to as the ANVIS-9 safety glasses, these systems are the primary air travel evening vision tool made use of by the army, police, emergency situation medical service, search and rescue, and airborne firefighting staffs worldwide. The ANVIS-9 safety glasses, which have actually established the bar for what aviation night vision goggles must be, are the prime aeronautics NVG selection for several applications.
Our commitment to supplying remarkable customer support, punctual responsiveness to all questions, and our real-world experience in the aviation field make us a trusted international leader in air travel night vision innovation. The F4949 goggles are night vision goggles illegal in canada fully compliant with DO-275 (Minimum Operational Performance Standards for incorporated night vision imaging system devices).
From the sale of F4949 safety glasses to meeting its airworthiness needs, recurring and preliminary NVG helicopter, training and aircraft lighting adjustments, we can help you make certain the risk-free and reliable use air travel evening vision goggles.
Requirement accessories include a soft-carrying situation, lens caps, driver set (guidebook, fast referral card, lens paper), and low-profile battery pack. With every deal, we guarantee that the driver or pilot has an extensive understanding of the trip atmosphere and the NVG system and image quality.