Award Data

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The primary purpose of this work is to develop a comprehensive technical plan and prototype (phase one) to integrate multiple technologies via open standards (MOHSES/JETS) to create a comprehensive female manikin simulation platform (phase two) with validated cases, physiology, and interventions that leverage state-of-the-art technologies (AR, VR, traditional manikins, and part-task trainers). Th ...

The objective is to develop an advanced IFOG-IOC (Interferometric Fiber-optic Gyroscope-Integrated Optical Circuit) for strategic-grade inertial sensors. The effort focus on an innovative Y-branch dual phase lithium niobate (LN) modulator IOC with a significantly reduced half-wave voltage (Vpi) and compact size with negligible impact on other IFOG performance criteria including flat frequency resp ...

Develop and package a 2 x 2 single mode optical switch operating at 1.55 µm wavelength capable of switching speeds below 1 µs with a directivity of 50 dB and an excess loss of less than 1.0 dB with a continuous intensity change from port-to-port for routing RF/analog signals via singlemode fibers to different locations within the NAVY airframe. The optical switches must be low SWaP and capable o ...

EOSPACE proposes to develop a widely applicable supporting optical circuit in micro-optics that will provide bidirectional optical monitoring using dual photodetectors. The final circuit will be capable of surviving shock, vibration, and thermal excursions typical of aircraft or missile flight.

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Specific Impulses Incorporated has developed a novel method for enabling individual blade pitch control for rotorcraft.  Two reduced scale prototypes have been constructed and have successfully demonstrating the core concept.  The goal for this Phase I effort is to improve the existing prototypes and analytical models in support of the preliminary design of a larger scale technology demonstra ...

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