US Army Conducts Project Flytrap Drone Swarm Exercise in Lithuania
The U.S. Army conducted Project Flytrap, a multinational exercise in Lithuania involving nearly 1,000 personnel, to test tactics against drone swarms. Soldiers practiced identifying aerial threats by sight and sound while utilizing 3D printing for rapid repairs. Over 20 systems were evaluated under new Joint Interagency Task Force 401 standards. This initiative reflects urgent modernization efforts to counter inexpensive, mass-produced drones, incorporating lessons from conflicts in Ukraine and the Middle East to address vulnerabilities in current infantry and aviation doctrines.
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US Army Trains Soldiers to Counter Drone Swarms in Project Flytrap Exercise
The U.S. Army is actively adapting its tactics to combat the growing threat of drone swarms, moving beyond individual drone threats to address saturated skies. During Project Flytrap, a multinational exercise held in Lithuania involving nearly 1,000 personnel, U.S. and allied forces tested new technologies and counter-unmanned aircraft systems (C-UAS) in realistic conflict scenarios. Soldiers practiced identifying drones by sound and sight, modifying patrol routines to monitor aerial threats, and utilizing additive manufacturing for rapid field repairs. The exercise also implemented new testing standards from Joint Interagency Task Force 401 to evaluate over 20 different systems. Army leaders emphasize that inexpensive, mass-produced drones are redefining modern warfare, necessitating changes in doctrine from aviation to infantry operations. Drawing on expertise from Ukraine’s conflict with Russia, the U.S. aims to integrate these lessons into broader modernization efforts. Army Secretary Dan Driscoll highlighted the urgent need for solutions against drone swarms attacking advanced assets like Apache helicopters, noting a current lack of effective global defenses against such coordinated aerial attacks.
C4ISRNetUS Army Trains Soldiers to Counter Drone Swarms in Project Flytrap Exercise
The U.S. Army is actively adapting its tactics and doctrine to address the growing threat of drone swarms, moving beyond defenses against individual unmanned aircraft. During Project Flytrap, a multinational exercise held in Lithuania involving nearly 1,000 personnel, U.S. and allied forces tested new technologies and counter-UAS strategies in realistic conflict scenarios. Soldiers practiced identifying drone threats by sight and sound, while also employing massed drone platforms for offensive operations. The exercise highlighted the integration of additive manufacturing, such as 3-D printing, for rapid field repairs and modifications. For the first time, the Army applied testing standards from Joint Interagency Task Force 401 (JIATF 401) to evaluate over 20 different systems. Army leaders emphasize that the proliferation of inexpensive, advanced drones has fundamentally changed infantry patrols and aviation security. These developments align with broader modernization efforts discussed in Washington, where officials acknowledge the lack of existing solutions for defending against swarm attacks on assets like Apache helicopters. The Army continues to incorporate lessons from global conflicts, including seeking advice from Ukraine on countering Iranian-made Shahed drones.
Army TimesUS Army Trains Soldiers to Counter Drone Swarms in Project Flytrap Exercise
The U.S. Army is actively adapting its tactics to combat the growing threat of drone swarms, moving beyond defenses against individual unmanned aircraft. During Project Flytrap, a multinational exercise held in Lithuania involving nearly 1,000 personnel, U.S. and allied forces tested new technologies and strategies in realistic conflict scenarios. Soldiers practiced identifying drone sounds and visually scanning skies, as the proliferation of cheap, mass-produced drones has fundamentally altered basic infantry patrols. The exercise also highlighted the use of additive manufacturing, such as 3-D printing, for rapid field repairs. For the first time, the Army applied testing standards from Joint Interagency Task Force 401 to evaluate over 20 systems. Army Secretary Dan Driscoll emphasized during congressional testimony that the service is racing to restructure for drone-flooded battlefields, noting a lack of existing solutions for swarm attacks on assets like Apache helicopters. The U.S. is also leveraging expertise from Ukraine to counter threats similar to Iran’s Shahed drones, reflecting a global shift in warfare dynamics driven by state and nonstate actors utilizing advanced, low-cost aerial weapons.
Military TimesUS Army Trains Soldiers to Counter Drone Swarms in Project Flytrap Exercise
The U.S. Army is actively adapting its tactics to combat the growing threat of drone swarms, moving beyond defenses against individual unmanned aircraft. During Project Flytrap, a multinational exercise held in Lithuania involving nearly 1,000 personnel, U.S. and allied forces tested new technologies and strategies in realistic conflict scenarios. Soldiers practiced identifying drone swarms by sound and sight, adjusting traditional patrol methods to monitor skies for inexpensive, mass-produced threats. The exercise also highlighted the use of additive manufacturing, such as 3D printing, for rapid field repairs of drone systems. For the first time, the Army applied testing standards from Joint Interagency Task Force 401 to evaluate over 20 different systems. Army leaders, including Secretary Dan Driscoll, emphasized the urgent need to integrate drones into doctrine, citing lessons from conflicts in Eastern Europe and the Middle East. The service is seeking advice from Ukraine on countering Iranian-made Shahed drones while struggling to find effective solutions for protecting assets like Apache helicopters from swarm attacks. This initiative reflects a broader modernization effort to address the rapid evolution of unmanned aerial warfare.
Defense NewsUS Army Trains to Detect and Defeat Drone Swarms in Lithuania Exercise
The U.S. Army is shifting its focus from individual drone threats to combating mass drone swarms, as demonstrated in the latest Project Flytrap exercise held in Lithuania. The multinational drill involved nearly 1,000 personnel and tested over 20 systems, including not-yet-fielded drones, under variable weather and terrain. Soldiers practiced massing unmanned platforms and developing counter-UAS tactics, with Sgt. 1st Class Tyler Harrington emphasizing the need to listen for drone sounds during patrols. The exercise also utilized additive manufacturing (3-D printing) for rapid field repairs. For the first time, the Army applied testing standards from the Pentagon's Joint Interagency Task Force 401 (JIATF 401), established in 2025 to consolidate drone acquisition. Army Secretary Dan Driscoll told a House hearing that the service is racing to restructure for a battlefield where swarms of drones attack helicopters, noting that no good solutions currently exist globally.
C4ISRNetUS soldiers train eyes and ears for drone swarms in Project Flytrap exercise
The U.S. Army is shifting from countering individual drones to combating drone swarms, as demonstrated in the multinational Project Flytrap exercise held in Lithuania. The exercise involved nearly 1,000 personnel testing counter-UAS tactics, jamming systems, and swarm attacks in realistic conditions. Soldiers are now trained to listen for the distinct sounds of drones, including one-way attack drones. The Army also used 3-D printing to create replacement parts in the field. For the first time, testing standards from the Pentagon's Joint Interagency Task Force 401 (JIATF 401) were applied to over 20 systems, including not-yet-fielded drones. Army Secretary Dan Driscoll highlighted the urgent need to restructure for a drone-flooded battlefield, noting that current solutions are inadequate globally. Lessons from the exercise are feeding into broader modernization efforts in Washington.
C4ISRNetUS soldiers train eyes and ears for drone swarms in Project Flytrap exercise
The U.S. Army is shifting from countering individual drones to combating drone swarms, as demonstrated in the multinational Project Flytrap exercise held in Lithuania. Nearly 1,000 personnel tested counter-UAS tactics, jamming systems, and swarm attacks in realistic conditions. Soldiers now must scan the skies and learn to distinguish drone sounds, including one-way attack drones. The exercise also featured additive manufacturing (3-D printing) for rapid drone repairs. For the first time, the Pentagon's Joint Interagency Task Force 401 applied testing standards to over 20 systems, including unfielded drones. Army Secretary Dan Driscoll told Congress the service is racing to restructure for a drone-flooded battlefield, where swarms may attack helicopters. Lessons from Ukraine's defense against Iranian Shahed drones are also informing U.S. tactics.
C4ISRNetUS Army Trains Soldiers to Counter Drone Swarms in Project Flytrap Exercise
The U.S. Army is actively adapting its tactics to combat the growing threat of drone swarms, moving beyond individual drone defenses to address saturated skies. During Project Flytrap, a multinational exercise held in Lithuania involving nearly 1,000 personnel, U.S. and allied forces tested new technologies and strategies against unmanned aircraft swarms, jamming systems, and counter-UAS defenses. The exercise highlighted a significant shift in soldiering, where troops must now visually scan the skies and audibly identify specific drone sounds to detect incoming threats. Leaders emphasized the need to integrate these inexpensive, mass-produced drones into standard doctrine, affecting everything from aviation to infantry patrols. Additionally, units utilized additive manufacturing, such as 3D printing, for rapid field modifications. The Army is also applying new testing standards from Joint Interagency Task Force 401 to evaluate over 20 systems. This modernization effort reflects global warfare trends seen in Eastern Europe and the Middle East, with Army Secretary Dan Driscoll noting the urgent need to restructure combat approaches for drone-flooded battlefields, acknowledging that effective solutions remain scarce.
Military TimesUS Army Trains Soldiers to Detect and Counter Drone Swarms in Project Flytrap Exercise
The U.S. Army is shifting its focus from individual drone threats to combating and utilizing drone swarms, as demonstrated in the latest Project Flytrap exercise held in Lithuania. The multinational exercise involved nearly 1,000 personnel and tested over 20 drone systems, including unfielded models, under variable weather and terrain. Soldiers practiced massing unmanned platforms and developing counter-UAS tactics, with leaders emphasizing the need to listen for the distinct sounds of drones. The exercise also highlighted the use of additive manufacturing (3-D printing) to create replacement parts in the field. For the first time, the Army applied testing standards from the Pentagon's Joint Interagency Task Force 401 (JIATF 401), established in 2025 to consolidate drone acquisition. Army Secretary Dan Driscoll noted the service is racing to restructure for a battlefield where swarms of drones attack helicopters, acknowledging that no good solutions currently exist globally.
C4ISRNetUS infantry’s drone-warfare experiments are getting bigger
The U.S. Army's Project Flytrap 5.0, a NATO exercise in Lithuania, focused on integrating drone warfare into infantry operations at the troop and squadron level. Soldiers from the 2nd Cavalry Regiment tested over 20 pieces of equipment, including reconnaissance drones, first-person view attack drones, jammers, and AI-enabled systems. The exercise emphasized counter-drone tactics, requiring units to detect, track, and neutralize enemy drones while coordinating intelligence, fires, and maneuver elements. Lt. Col. Jason Kruck highlighted the need to understand battlefield architecture in three dimensions. The next iteration, Flytrap 6.0, is expected to scale up further, involving larger units and more realistic enemy scenarios with increased drone and electronic warfare use.
Defense One - All ContentUS Infantry Expands Drone Warfare Experiments in Project Flytrap 5.0
The US Army is significantly expanding its drone warfare capabilities through Project Flytrap 5.0, a recent exercise conducted in Lithuania with NATO partners. Members of the 2nd Cavalry Regiment tested over 20 pieces of equipment, including Strykers, unmanned ground vehicles, reconnaissance drones, and AI-enabled systems. The exercise focused on integrating counter-unmanned aircraft systems (C-UAS) into traditional infantry operations, requiring soldiers to manage battlefield architecture across both ground and air domains. Key objectives included developing new tactics for detecting and neutralizing enemy drones while balancing intelligence collection and maneuver elements. Military leaders noted a clear trend toward scaling operations, moving from individual units to larger team-based engagements involving hundreds of drones. Major Galen King indicated that future iterations, such as Project Flytrap 6.0, will involve even larger scales, more realistic enemy simulations, and increased electronic warfare complexity. This evolution reflects the growing necessity for infantry units to adapt to modern threats where aerial surveillance and attacks are commonplace, marking a shift in how ground forces operate in contested environments.
Defense One - All ContentUS infantry’s drone-warfare experiments are getting bigger
The U.S. Army's Project Flytrap 5.0, a NATO exercise in Lithuania, focused on integrating drone warfare into infantry operations at the troop and squadron level. Soldiers from the 2nd Cavalry Regiment tested over 20 pieces of equipment, including reconnaissance drones, first-person view attack drones, jammers, and AI-enabled systems. The exercise emphasized counter-drone tactics, requiring units to detect, track, and neutralize enemy drones while managing intelligence, fires, and maneuver elements. Lt. Col. Jason Kruck highlighted the need for new tactics to balance these warfighting functions. The next iteration, Flytrap 6.0, is expected to scale up further, involving larger units and more realistic enemy scenarios with increased drone and electronic warfare use.
Defense One - All Content