SBIR / STTR #A254-028

Army SBIR Solicitation for Advanced Soldier Power, Detection, and Simulation Technologies

The U.S. Army, through its SBIR|STTR Program Office, is seeking innovative small business solutions for advanced technologies to enhance soldier capabilities and Army operations. - Government Buyer: - Department of the Army, Army SBIR|STTR Program Office - Key OEMs and Vendors: - No specific OEMs or commercial vendors are named; academic research (e.g., MIT fiber battery) is referenced - Products and Services Requested: - Advanced Fiber-based Electronic Battery System - Rechargeable, fiber-based structural battery for integration into soldier equipment (e.g., rucksacks) - Must be safe, stable, high-capacity, and compatible with Army power connectors - Target energy density: ≥125 Wh/kg - Integration into wearable military gear - Low-Altitude Passive Detection System - Prototype hardware/software for passive detection of small unmanned aerial systems (UAS) at low altitudes (0-6,000 ft AGL) - Integration with Army reporting systems (e.g., Tactical Assault Kit) - Quantity: 2 prototype systems - Predictive Simulation of Injury Progression - Digital display technologies for dynamic injury/treatment simulation on manikins and human actors for medical training - xTechOverwatch Autonomous Unmanned Systems - Advanced UAVs, UGVs, and sensor networks with AI-driven overwatch, sensor fusion, secure comms, and modular open architecture - Unique or Notable Requirements: - Solutions must be compatible with Army systems and connectors - Compliance with export controls and technical assistance options - Travel required to Fort Cavazos, TX and Austin, TX for demonstrations and integration - Small business set-aside; proposals submitted via DSIP Portal - Multi-phase structure: Phase I (integration, 6 months, up to $250,000), Phase II (development, 18-24 months, up to $2M for some topics), Phase III (commercialization) - Emphasis on high energy density, safety, and reduction of soldier load - Demonstration and integration at government-approved locations

Description

This solicitation seeks the development of a safe, stable, high-capacity, rechargeable fiber-based structural battery that can be integrated into the fabric of equipment worn by Soldiers to power electronic systems. The project aims to reduce the load carried by Soldiers by embedding fiber-based batteries into their gear. The development is planned in phases: Phase I focuses on integrating a rechargeable fiber-based battery into military equipment with a budget of up to $250,000 for 6 months; Phase II aims to develop a stable, safe, high-power battery compatible with Army power connectors and meeting or exceeding 125 Wh/kg without adding unnecessary weight or size; Phase III targets commercialization and industrial applications including vehicles, sportswear, construction, and healthcare. Proposals must be submitted via the DSIP Portal by May 21, 2025.

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