Argus Panoramic Ball Detent Housing only

Please note that this is an Back-Order items Lead time 2-3 Weeks. HOUSING ONLY The ARGUS APNVG-BD panoramic night vision system combines a 100° field of view with an ANVIS Ball Detent interface, delivering exceptional situational awareness, high-performance optics, and rapid helmet integration. The Argus APNVG-BD (Ball Detent) is a professional panoramic night vision goggle designed for users requiring maximum peripheral vision without sacrificing image quality. Featuring a quad-tube architecture, it expands the operator's field of view to an impressive 100°, providing superior awareness compared to conventional dual-tube night vision systems. Unlike standard panoramic systems equipped with a dovetail mount, the APNVG-BD is specifically engineered for compatibility with ANVIS-style Ball Detent helmet mounts, including systems such as the Wilcox GSGM and ANVIS-9. This mounting solution enables quick attachment and removal while maintaining a secure and reliable connection during demanding operations. Available with high-performance Generation 2+ or Generation 3 NNVT image intensifier tubes, the APNVG-BD delivers outstanding low-light performance, excellent image resolution, and enhanced depth perception. Every unit is professionally optically collimated and dry nitrogen purged before shipment to ensure maximum reliability in operational environments. Package Included ARGUS APNVG-BD Panoramic Night Vision Goggle Protective hard carry case 4 × Filtered objective lens caps Tube performance data sheets Warranty card Technical Specifications Specification Details Material High-strength polymer Weight 809 g with NNVT tubes Field of View 100° panoramic Helmet Mount ANVIS / Ball Detent compatible Ingress Protection Water resistant – 2 meters for 30 minutes Onboard Battery No External Battery Supported Tube Type 18 mm MX-10160 or MX11769 (EGAC removed) Tube Options NNVT Gen 2+ or Gen 3 (FOM 1400+ to 2200+) IR Illuminator No Optical Preparation Optically collimated & dry nitrogen purged