All devices are professionally built by Custom Night Vision in house in their clean room environment, purged and collimated on a calibrated Hoffman Engineering ANV-126A The RPNVG utilizes a single CR123A battery, but also comes with an on board auxiliary LEMO port for use with battery packs, such as the AB Night Vision Inc Ground Optimized Battery Pack. This goggle also features Interpupillary adjustment points. This allows you to adjust the pod location to perfectly line up with your eyes. These are located on the pod themselves and feature a push button system design The RPNVG allows you increase the Field of View from 40 degrees to 65 degrees. The RPNVG pods can be removed without tools to act as a monocular and the pods can be swapped to either side. All units include a hard case, warranty and data sheets. We offer Rochester Precision Optics (RPO) Ultralight Objective AND Diopter Lenses. These high performance optics weigh ~1/3 less than Carson Industries. DTNVS with these RPO Optics weigh only 0.42kg/15.15 Ounces/0.92 pounds.

All devices are professionally built by Custom Night Vision in house in their clean room environment, purged and collimated on a calibrated Hoffman Engineering ANV-126A The DTNVS (Dual Tube Night Vision System) is a Product Improved version of the DTNVG (Dual Tube Night Vision Goggle) first introduced in 2016, integrating four years of service with military, law enforcement, and civilian end-users worldwide, resulting a lighter weight, yet more durable housing with numerous improvements and design enhancements that make the DTNVS easier to support and maintain. When the DTNVS is stowed, the articulating pods can also be folded back to bring the goggles center of gravity closer to the wearer’s head, improving balance and comfort while worn, while reducing the profile of the wearer. Moreover, when rotated, the DTNVS features automatic individual channel cut-offs, which cuts power to the image intensifier tube, shutting it off when rotated beyond approximately 60 degrees from the center housing (well beyond realistic IPD adjustments), both to protect the image intensifier tube and prevent backsplash when the monocular pods are rotated away from the wearer’s field of view. The DTNVS is a full-featured goggle with adjustable objective and diopter focus, using standard PVS-14 style optical assemblies, meaning they are compatible with common accessories for the PVS-14, as well as an onboard IR LED with a built-in ON/OFF indicator that alerts the wearer to whether the onboard IR is switched on inside the tube, as well as a low battery indicator light. The DTNVS housing is designed and manufactured by ACTinBlack, based in Luxembourg, a leading manufacturer and supplier of night vision equipment to European military and law enforcement customers. Based on extensive end-user feedback from U.S. and international military, SOF, and law enforcement end-users, the DTNVS utilizes MX-10160 format image intensifiers with Automatic Brightness Control (ABC) only. While some users do prefer manual gain systems and expansive feature lists, the overwhelming feedback from end-users has been that it is unnecessary in a binocular system, and simply ends up being an added complexity that could potentially cause problems if tinkered with or mis-adjusted while on mission. Moreover, MX-10160 ANVIS/aviation format image intensifier tubes are often held to stricter standards for image shift and alignment, as they are intended specifically for binocular systems, making them easier to assemble, maintain, and properly collimate. The IPD Stop Adapter assembly is an optional, retrofittable part, and does not need to be installed during assembly, and can be added to the DTNVS Standard at a later time.

All devices are professionally built by Custom Night Vision in house in their clean room environment, purged and collimated on a calibrated Hoffman Engineering ANV-126A. The RNVG-A, also known as ARNVG, (Articulating Ruggedized Night Vision Goggle) is an extremely tough, full featured night vision binocular.  The housing is billet machined from aircraft grade aluminum and designed to handle challenging real-world environments.  During drop testing the housings far exceeded military requirements of MIL-STD-810H drop testing, surviving falls onto bare concrete from heights beyond what lenses and image intensifiers can handle. The design includes push button switches for power and an Infrared Illuminator.  The IR illuminator button is guarded by a fence with distinctive contours to prevent inadvertently activating the IR illuminator.  Indicators in the viewing area alert the user if the IR illuminator is on, or if the unit senses a low battery condition.  The unit is powered by either an onboard 123 battery or auxiliary power from a battery pack using a 4 pin LEMO style connector. RNVG-A optics feature a full range of adjustments.  The mil-spec objectives allow the user to focus between 9.8 inches and infinity, while the mil-spec eyepieces offer a diopter adjustment range of -6 to +2.  The articulating design allows the user to quickly adjust for an Interpupillary Distance from 47mm to over 80mm. Each optical pod can be rotated up out of the users view as desired, freeing one or both eyes for natural sight as conditions demand.  When the goggle is helmet mounted and in the stowed position, the optical pods can be folded back flat against the helmet to minimize neck strain and better protect the goggle, and the user, from impacting overhead objects. The optical pods automatically turn off when articulated up.  This feature prevents illumination on your helmet when one side is articulated up and ensures that the image intensifiers are ‘off’ in the stowed position with the optical pods folded back against the helmet.  The force required to swing the optical pods is user adjustable using a coin. The goggle is available in Flat Black and Flat Dark Earth.  The components of the binocular are media blasted to give a non-reflective matte finish, then black anodized for durability.  For the FDE option, Cerakote, a proven firearms finish, is applied over the anodizing to give a tough, attractive finish.