U.S. Army Focuses on Affordable Unmanned Systems for Drone Warfare Applications

Recent events, particularly Russia’s invasion of Ukraine, have highlighted the need for the United States Army to expand its capabilities beyond high-end weaponry and artillery. A growing emphasis is now being placed on acquiring a large volume of relatively inexpensive unmanned aerial vehicles (UAVs) and counter-unmanned systems to address evolving drone warfare scenarios.

General Jim Rainey, Commander of U.S. Army Futures Command, recently emphasized the importance of balancing advanced technology with cost-effective solutions during the Association of the United States Army’s Global Force Symposium. He suggested that while maintaining cutting-edge technological superiority remains crucial, a significant advantage can be gained through deploying numerous, less expensive systems. As an example, he cited the potential effectiveness of utilizing readily available 30mm ammunition to neutralize UAV threats, even requiring multiple rounds per target.

The Army is actively pursuing solutions through programs like the Low Altitude Stalking and Strike Ordnance (LASSO) initiative. This program aims to acquire a range of UAVs for various operational roles, with a formal request for proposals anticipated soon. One company participating in this effort has developed an unmanned aerial vehicle utilizing 3D printing technology.

The Hellhound S3, offered as part of the LASSO program, presents a distinct departure from typical quadcopter designs often associated with armed drones. Resembling a miniature fighter jet, it is powered by a turbojet engine and designed to accommodate payloads beyond weaponry. These potential payloads include sensors for reconnaissance or electronic warfare systems capable of jamming enemy communications and disrupting drone operations.