The Ambia D-300M night vision system is now available with the latest Generation 3 filmless tube. Research innovators have now perfected the latest step in night vision technology by removing the ion film barrier within the night vision tube. Previous attempts at removing the film were inaccurately dubbed as “Generation 4” technology by a major company within the industry. In truth, the U.S. military contract was terminated because the process left the tubes too fragile for normal use. Now that the manufacturing process has been perfected, a robust Generation 3, filmless tube is available. The result is a more crisp image with less “halo effect” around bright lights, greater light sensitivity, and generally a greater signal-to-noise ratio. If there truly was an official “Generation 4” designation, this would be it. In addition, this version of the Ambia D-300 utilizes a white phosphor tube which projects in black and white. Gradations of black and white are preferred over the traditional green color by many who report the new white phosphor tubes are less straining to the eyes during extended viewing and users are able to detect a greater range of detail and contrast over green.
The Ambia D-300 can be configured with a wide range of optional accessories to convert the unit into a head-mounted goggle or rifle scope. This version of the Ambia includes the headmount accessory for ambidextrous use. Mil Spec optics are standard for the D-300 series. It also has an integrated high-power, multi-stage Infrared Illuminator. Internal low battery and infrared indicators are packaged in a compact, rugged, weather resistant housing.
Optional Accessories include weapon and helmet mounts, magnification lenses, red dot/holographic sights and camera/camcorder adaptors.
Great versatility, extraordinary features, and affordability make the Ambia the best value in the night vision marketplace and the choice of Law Enforcement professionals and private users who demand exquisite performance, friendly controls and easy system customization for multiple modes of deployment.