Army Aviation’s Wasted Decade: Lessons for the Next Generation of Drone Integration

Army’s 25th Combat Aviation Brigade deployed to Iraq, where it paired Task Force ODIN (Observe, Detect, Identify, and Neutralize) with an Apache battalion from the 82nd Airborne Division — a first-of-its-kind teaming of attack helicopters with drones. These units combined manned and unmanned sensors to identify and destroy improvised explosive devices and high-value targets, leveraging drones to fill gaps in traditional rotary wing aviation. Jamie LaValley, at the time a captain with the 82nd, t

“It was apparent that a mass of sensors and weapon systems on a host of platforms provided a decisive advantage.” Two decades later, however, Army Aviation has made little progress in manned-unmanned teaming, and in 2025 ended a failed ten-year effort to advance interoperability between AH-64 Apache helicopters and RQ-7 Shadow drones. LaValley, who later commanded a squadron tasked with this integration, saw the lack of progress firsthand. “I was sure the effectiveness [that he saw in Iraq] would translate into future fielding of weaponized drones … and oddly, it didn’t. In fact, we seemed to go backwards.” To meet the needs of the modern battlefield, the Trump administration has called for the United States to “unleash drone dominance” by streamlining acquisitions, reindustrializing, and “ accelerating AI integration .” The Pentagon’s latest budget request includes a record $54.6 billion for autonomous systems. But Army Aviation’s failure to modernize shows that the bottlenecks to adopting and diffusing emerging technologies go well beyond production, procurement, and Pentagon-level policy. Real transformation demands a cultural shift away from the familiar, highly skilled, and empowered soldiers, and the willingness to experiment, fail, and say so. The branch’s stagnation is a case study in what happens when those conditions are absent. In 2016, I was assigned to one of the Army’s newly reorganized air cavalry squadrons. Through the Aviation Restructure Initiative, these units fielded manned and unmanned aviation assets under the same battalion-level command for the first time, with Apaches and Shadows organized to fight in collaborative teams. Michael Lundy — the commanding general of the U.S. Army Aviation Center of Excellence at the time — called manned-unmanned teaming a “critical component of how we will fight in the future.” Given the success of Task Force ODIN a decade prior, one might expect manned-unmanned teaming to have come a long way in the intervening ten years. Yet today, air cavalry squadrons are no more, disbanded by the recent Army Transformation Initiative — sound familiar?

Key points

• “It was apparent that a mass of sensors and weapon systems on a host of platforms provided a decisive advantage.” Two decades later, however, Army Aviation has made little progress in manned-unmann…
• LaValley, who later commanded a squadron tasked with this integration, saw the lack of progress firsthand.
• “I was sure the effectiveness [that he saw in Iraq] would translate into future fielding of weaponized drones … and oddly, it didn’t.
• In fact, we seemed to go backwards.” To meet the needs of the modern battlefield, the Trump administration has called for the United States to “unleash drone dominance” by streamlining acquisitions…
• But Army Aviation’s failure to modernize shows that the bottlenecks to adopting and diffusing emerging technologies go well beyond production, procurement, and Pentagon-level policy.