High Frequency Omni-Directional Acoustic Sensor with Open Architecture Telemetry
SBIR Opportunity Analysis
The Department of the Navy is seeking to develop a high-frequency, omnidirectional acoustic sensor with accurate bearing determination that natively integrates with Open Architecture Telemetry towed arrays. The selected contractor must design a sensor smaller than approximately two inches in diameter that can withstand towing speeds up to 30 knots, depths down to one mile, and harsh marine environments. Phase I requires concept development and feasibility modeling, while Phase II involves prototype development and testing in a controlled body of water, such as Lake Pend Oreille. Due to the potential for classified work in Phase II, contractors must be U.S. owned and operated, qualify for secret-level facility and personnel security clearances, and adhere to ITAR and EAR regulations. Proposals for this Small Business Innovation Research opportunity must be submitted through the Department of Defense SBIR portal by the closing deadline on June 24, 2026.