SBIR-STTR Award

The Simulated PNVG project will develop a proof of concept helmet mounted display system that will simulate the current Panoramic Night Vision Goggle (PNVG) system. The prototype system will preserve the form, fit and function associated with the current PNVG using available display technology. The selected display technology for the simulated PNVG will integrate into the PNVG so as to preserve the form and fit as much as feasible. The display system will also need to support a variety of programmable video formats for the computer generated imagery in an effort to support research objectives associated with the physics based visual simulation of night vision goggle imagery.With the ever demanding mission requirements placed on our pilots for effective and safe night time operations, the significance of an accurate night vision goggle training platform can not be over stated. Mission preparation and the ability to rehearse various mission profiles provides a valuable tactical edge for our US military forces. The proposed Simulated PNVG system will provide an accurate and cost effective training aid. In addition, the technical advances produced from this development effort will be integrated into our current commercial set of high performance HMD systems

BTMD, Inc. and Insight Technology, Inc propose to design and deliver a commercial/production quality helmet-mounted display system to support ground-based training for the Integrated Panoramic Night Vision Goggle (I-PNVG). The Simulated Panoramic Night Vision Goggle (S-PNVG) will integrate with the Night Vision Training System currently in development by AFRL. The principle problem to be addressed is how to configure a head-mounted display that provides the increased field of view and approximate image characteristics of I-PNVG while at the same time approximating the weight, center of gravity, and form, fit, and function characteristics of I-PNVG. Results of the phase I program will be analyzed and leveraged to develop a system design that is producible and of commercial quality. Existing and emerging miniature display technologies will be evaluated to determine which technology offers the best balance between image quality characteristics and impact to system weight and center of gravity. Particular attention will be paid to the commercial viability of the display technologies. The development path will result in fabrication, analysis, and evaluation of advanced operational prototypes, followed by a detailed design phase resulting in delivery of at least two commercial-quality systems.

Keywords:
S-Pnvg, Simulation, I-Pnvg, Crt, Nvg, Hmd, Helmet-Mounted-Display, Lcd