Ultra-compact Low-emission Tactical Real-time Augmented/See-through Digital Night Vision Display

To address the Navys need for low size, weight and power (SWaP), light-secure, see-through display for enhanced vision of dismounted Marines, Physical Optics Corporation (POC) proposes to develop a new Ultra-compact Low-emission Tactical Real-time Augmented/See-through Digital Night Vision Display (ULTRA-DNVD). The proposed NVD is based on unique integration of POCs four key technologies: (1) common-aperture achromatic optics, (2) sensor integrated display light-engine, (3) see-through holographic achromatic waveguide, and (4) low-latency pipe-line electronic processor. The innovation of the ULTRA-DNVD system integration will provide significantly low SWaP, wide field-of-view, and high dynamic range imagery over day, night, and degraded conditions. By providing a 1:1 unity magnification sensor/display optically parallel-aligned imagery in an offset-free common line-of-sight, the augmented see-through display will provide an enhanced on-the-move situation awareness with symbology overlay of on-soldier sensors and data. In Phase I, POC will develop the design of ULTRA-DNVD addressing the Navy and Marine Corps needs and requirements, and demonstrate feasibility by SWaP analysis, optical modeling and laboratory subsystems demonstration. In Phase II, POC will refine the design and develop scaled prototypes reaching TRL=5, and test and validate performance for evaluation of its capabilities in a relevant environment.