USAF Seeks Drone Defense Tech: ID & Counter-UAS Systems
USAF Wants Tech To ID, Kill Drones For Base Defense
The U.S. Air Force is bolstering its defenses against small unmanned aerial systems (UAS), commonly known as drones, with a pair of new solicitations aimed at enhancing both detection and counter-drone capabilities. This move, reported by Aviation Week Network on March 6, 2026, underscores the increasing threat posed by readily available drone technology.
Rising Drone Threat Prompts New Defense Measures
Air Combat Command’s Point Defense Battle Laboratory is leading the effort to secure installations from drone incursions. The new solicitations signal a proactive approach to a challenge that has become increasingly pressing as drones become more accessible and sophisticated. The Air Force’s concern isn’t limited to military-grade drones; commercially available models also present a security risk.
What the Solicitations Seek
Details regarding the specific technologies sought in the solicitations were not provided in the initial report. Yet, the Air Force’s stated goal – to improve both identification and neutralization of drone threats – suggests a need for advancements across the spectrum of counter-UAS technology. This likely includes improved radar and sensor systems for detection, as well as directed energy weapons or other methods for disabling or destroying incoming drones. The focus is on “small UAS,” indicating a concern with drones that are difficult to track with traditional air defense systems.
Background: The Growing UAS Landscape
The proliferation of drones has dramatically altered the security landscape. Once primarily a military tool, drones are now widely used by hobbyists, commercial operators, and potentially malicious actors. This accessibility presents a unique challenge for military installations, which must defend against a threat that is both mobile and relatively inexpensive. The Air Force’s response reflects a broader trend within the Department of Defense to develop effective counter-drone strategies. The ULTRA drone, developed by DZYNE Technologies in conjunction with the Air Force Research Laboratory, represents another facet of the Air Force’s UAS strategy, focusing on long-endurance surveillance. Defense One reported in July 2024 that the ULTRA can fly for over three days without refueling and has already been deployed in the Middle East.
Point Defense Battle Laboratory: The Air Force’s Innovation Hub
The Point Defense Battle Laboratory, responsible for issuing these solicitations, serves as a key innovation hub for the Air Force. Its mission is to identify and evaluate emerging technologies that can enhance base security. The laboratory conducts demonstrations and experiments, like the one pictured in the Aviation Week Network article, to assess the effectiveness of different counter-drone solutions. The location of this demonstration, Grand Forks Air Force Base in North Dakota, suggests a focus on testing in a realistic operational environment.
Confirmed vs. Unclear: What We Know and What Remains to Be Seen
Confirmed: The U.S. Air Force has issued two new solicitations focused on improving drone detection and neutralization capabilities. These solicitations were released by Air Combat Command’s Point Defense Battle Laboratory. The threat from small UAS is a recognized concern for the Air Force.
Unclear: The specific technologies sought in the solicitations have not been publicly detailed. The budget allocated for these initiatives remains undisclosed. The timeline for evaluating and deploying new counter-drone systems is currently unknown. The exact nature of the drone threats the Air Force is preparing for has not been specified.
What Happens Next?
The Air Force will now review proposals submitted in response to the solicitations. The evaluation process will likely involve rigorous testing and assessment of the proposed technologies. Successful vendors will then be selected to develop and potentially deploy their solutions at Air Force installations. It remains unclear how quickly these technologies will be integrated into existing base defense systems, but the urgency of the drone threat suggests a relatively rapid deployment timeline.