U.S. Army 1st Cavalry Launches New Counter Drone Training to Prepare Soldiers for Modern Warfare.

The U.S. Army's 1st Cavalry Division has introduced a newly adapted counter-unmanned aerial system (C-UAS) qualification at Fort Hood, Texas, as battlefield lessons from Ukraine and the Middle East drive major changes in how U.S. infantry prepares for modern warfare. Conducted by D Company, 2nd Battalion, 5th Cavalry Regiment, 1st Brigade Combat Team, the qualification is part of the division's Transformation in Contact (TiC) initiative, preparing frontline Soldiers to counter one of the fastest-growing threats on today's battlefield: armed and reconnaissance drones.

Developed during the Pegasus Charge experimentation campaign, the qualification trains Soldiers to detect, track, and engage hostile drones using standard infantry weapons under realistic combat conditions. Adapted from an earlier program developed by the 101st Airborne Division, the course has been modified to better replicate today's drone threats by increasing target speed and introducing more demanding attack profiles based on evolving battlefield observations. The initiative reflects the Army's effort to rapidly integrate operational lessons into unit-level training rather than waiting for lengthy doctrinal updates.

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U.S. Army Spc. Ian Zinsmeister, an FPV drone operator with D Company, 2nd Battalion, 5th Cavalry Regiment, 1st Cavalry Division, prepares to launch a first-person-view drone during a counter-unmanned aerial system (C-UAS) qualification at Fort Hood, Texas, on July 26, 2026. (Picture source: U.S. Army)

The qualification consists of five progressively difficult engagements, beginning with stationary aerial targets before advancing to moving drones and high-speed attack runs that simulate modern first-person-view (FPV) strike drones. Unlike conventional marksmanship training, drone operators actively maneuver aircraft while Soldiers attempt to intercept them, providing realistic conditions for both offensive and defensive drone operations while helping units refine tactics from both perspectives.

The exercise illustrates how rapidly the U.S. Army is adapting to the growing role of drones in modern conflicts. The wars in Ukraine and the Middle East have demonstrated that low-cost commercial drones and FPV systems have evolved from simple reconnaissance assets into highly effective tools for intelligence collection, artillery fire adjustment, and precision attacks against armored vehicles, logistics hubs, command posts, and dismounted troops. Their widespread availability has transformed the tactical battlefield, allowing even relatively small units to field aerial surveillance and strike capabilities once reserved for larger military formations.

One of the most significant changes incorporated into the qualification is the increased speed of the target drones. Recent combat has shown that FPV drones frequently conduct terminal attack runs at high speed while flying at very low altitude, leaving defending forces only seconds to detect, identify, and engage the incoming threat. By replicating these conditions during training, the 1st Cavalry Division is exposing Soldiers to engagement timelines that more closely resemble those experienced on contemporary battlefields.

The qualification also reflects a broader doctrinal shift within the U.S. Army. Counter-drone operations are no longer viewed solely as the responsibility of specialized short-range air defense or electronic warfare units. Instead, conventional infantry formations are increasingly expected to contribute to force protection by engaging hostile drones with organic weapons whenever dedicated counter-UAS systems are unavailable, saturated, or operating elsewhere. This layered approach recognizes that every maneuver unit must be capable of defending itself against persistent low-altitude aerial threats.

While the U.S. Army continues investing in advanced counter-UAS capabilities, including electronic warfare systems, radio-frequency sensors and other specialized technologies, recent conflicts have demonstrated that no single defensive solution can provide continuous protection across the battlefield. Training Soldiers to identify and engage drones with standard infantry weapons therefore adds an additional layer of defense, increasing unit resilience against an adversary's expanding use of unmanned aerial systems.

Training was deliberately conducted in rain, mud, and high humidity to evaluate both personnel and equipment under adverse environmental conditions. Moisture, wind, and reduced visibility directly affect battery performance, flight stability, and sensor reliability, making all-weather drone operations an increasingly important component of tactical readiness. These conditions also challenge Soldiers to maintain operational effectiveness while protecting sensitive electronic equipment in demanding field environments.

To maximize training repetitions while conserving valuable equipment, Soldiers introduced an innovative solution by attaching water balloons beneath the drones to simulate critical aircraft components. Successful hits could be immediately confirmed without destroying the aircraft after every engagement, allowing repeated live-fire iterations while significantly reducing equipment losses and training costs.

Beyond the counter-drone qualification, Pegasus Charge also provided an opportunity to evaluate emerging technologies under the Transformation in Contact initiative. Soldiers worked alongside industry partners to test drone swarm capabilities and artificial intelligence-enabled target recognition systems, both of which are expected to influence future tactical operations. These evaluations allow operational units to assess new technologies under realistic conditions while providing feedback that can accelerate future capability development and tactical integration.

Transformation in Contact has become one of the Army's principal modernization efforts, enabling operational formations to rapidly experiment with new equipment, adapt tactics, and incorporate lessons emerging from contemporary conflicts. Rather than separating technology development from operational units, the initiative places Soldiers at the center of experimentation, allowing battlefield observations to shape future training and capability development at a much faster pace.

The new counter-drone qualification demonstrates how the U.S. Army is institutionalizing lessons from modern conflicts without waiting for future wars to validate new concepts. As inexpensive unmanned aerial systems continue to proliferate and evolve, the ability of conventional infantry Soldiers to detect, track, and defeat hostile drones is becoming a fundamental combat skill. By integrating realistic counter-UAS training with experimentation in artificial intelligence and autonomous systems, the 1st Cavalry Division is helping prepare U.S. ground forces for a battlefield where controlling the low-altitude airspace above maneuver units is increasingly critical to battlefield survivability and mission success.

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Written by Alain Servaes – Chief Editor, Army Recognition Group
Alain Servaes is a former infantry non-commissioned officer and the founder of Army Recognition. With over 20 years in defense journalism, he provides expert analysis on military equipment, NATO operations, and the global defense industry.