Army SBIR – Page 2 – Army SBIR|STTR Program

Small Innovative Mission Power Sources

There is a need to increase the supplier base and production capacity for power sources currently implemented in advanced ammunition fuzing applications. Joint Program Executive Office Armaments and Ammunition (JPEO A&A) Project Manager Maneuver Ammunition Systems (PM MAS) desires alternate power sources to increase the supplier base and production capacity to meet the increasing demand of cartridges employing these advanced fuzing technologies.

The proposed power source solutions should meet or exceed the performance and reliability of the current solution. The proposed solutions need to be capable of maintaining an extended shelf-life, fitting within a 400 mm3 cylindrical volume, and functioning under high g-load and spin rate conditions and within cold and hot temperature extremes IAW MIL-STD-810 while supplying 50 to 200 mW for the duration of the mission. Acceptable proposed solutions can implement energy harvesting or stored energy.

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Micro Display for Augmented Reality Information Overlay

The proposed topic will examine tradeoffs for ground Soldier applications for micro displays, create new backplane architectures, determine optimal Si process nodes and wafer size, and ultimately entail the fabrication and characterization of the micro displays, for further integration into head-mounted display (HMD) systems for augmented reality (AR) outside of this SBIR.

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Emerging Materials for Cryogenic Optical Modulation

Army is seeking emerging optical material platforms that provide energy efficient modulation at cryogenic temperatures. This effort will develop emerging photonic components for cryogenic application alongside high-performance infrared sensor arrays.

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Augmented Reality/Virtual Reality (AR/VR) for Railroad Inspection and Maintenance

This topic seeks to develop and demonstrate the feasibility of a stand-alone augmented-reality/virtual-reality (AR/VR) system for railroad inspection, maintenance, and training to enhance military logistics and infrastructure repair through real-time visualization and predictive capabilities.

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Single Aperture Night plus Polarization Compass

Celestial compasses used in handheld targeting systems are typically comprised of multiple optical channels for day (sun) and night (stars). During twilight (sunrise and sunset) the sun is low on the horizon and is potentially occluded and stars are not yet fully visible.

Emerging sky polarization sensors can bridge the twilight gap and provide Soldiers accurate target azimuth. Combining the night (star) and polarization optical channels reduces system weight, complexity, and cost.

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xTechSearch 9

The U.S. Army is seeking innovative technology solutions from eligible small businesses across the U.S. through the Expeditionary Technology Search (xTechSearch) competition. This platform offers participants the opportunity to pitch novel technology solutions—whether a new application for an existing technology or an entirely new technology concept—to the Army, engage with the Department of Defense (DoD), earn prize money, join an accelerator program, and winners will have the opportunity to submit a Phase I Army Small Business Innovation Research (SBIR) proposal.

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xTechOverwatch Open Topic

The Army SBIR program is partnering with the xTech program to launch xTechOverwatch, a prize competition designed to identify and advance cutting-edge technology solutions for the Army. With up to $1 million in cash prizes, this competition provides small businesses with a unique opportunity to showcase their innovations while receiving valuable feedback from technical experts, acquisition professionals, and end-users.

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Predictive Simulation of Injury Progression

This topic seeks to explore technologies that can enable dynamic representations of combat-related injuries, as well as the internal processes that take place over time as the injury changes due to treatment. The goal is to provide medics with a deeper understanding of how various treatment decisions impact long-term injury recovery.

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Advanced Fiber-based Electronic Battery System 

The goal of this topic is to develop a safe, stable, high-capacity, rechargeable, fiber-based structural battery that can be woven into the fabric of equipment worn by Soldiers and provide a power source for their electronic systems.

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Low-Altitude Passive Detection System

This topic seeks to develop a solution that passively detects and identifies small unmanned aerial systems (sUAS) at low altitudes and various velocities. The objective of this effort is to increase the advance warning time of small incoming threats for ground-based units.

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