The Problem
The Army currently has large, stationary surface-based radar systems that have issues detecting multiple low altitude threats (sUAS) at various velocities, which results in a limited advanced warning window. Current radar systems experience detection limitations due to the curvature of the earth, terrain, and other obstacles. The Army seeks to increase advanced warning with a capability that is low cost, low size, weight and power (SwAP), modular, and capable of passive detection for adversarial threats with various speeds at a low altitude.
Please note the recent changes to the SBIR Broad Agency Announcement (BAA) document to ensure your proposal doesn't get disqualified.
The Opportunity
The total funding for award in this Direct to Phase II (DP2) effort is $1.6 million. The chosen company will develop, demonstrate, and deliver solutions that increase the precision of automated drone landings onto unmanned platforms or an identified location within urban or austere environments. The system would employ low-detection signals, without the need for a human in the loop.
DP2 proposals should refine the preliminary design proposed in the solicitation response and create a Technology Readiness Level (TRL) 6 prototype and operational demonstration for evaluation. The planned period of performance for this effort is 18 months.
What Makes SPARTN Different?
SPARTN combines Army SBIR funding and AAL's business model to create a program that moves — and pays — at the speed of business. By blending government and industry best practices we introduce a whole-of-Army approach to innovation.
Learn more about the SPARTN Program.