The U.S. Army is standing up a new Pacific-focused command designed to compress decision cycles, extend sensing and strike ranges, and integrate drone warfare at scale across some of the most geographically complex battlespaces in the world. The effort reflects a growing urgency inside the service to adapt to rapidly evolving lessons from Ukraine and other modern conflicts, where unmanned systems and electronic warfare have reshaped how forces survive and fight.
The new formation, the 7th Infantry Division Multi-Domain Command – Pacific (7th ID MDC-PAC), was formally introduced at Joint Base Lewis-McChord in Washington. It merges the maneuver capabilities of the 7th Infantry Division—including two Stryker brigade combat teams—with the sensing, long-range fires, cyber, space, electronic warfare, and information warfare capabilities of the 1st Multi-Domain Task Force.
The concept is straightforward in description but complex in execution: collapse traditional separations between reconnaissance, targeting, and strike functions, and enable a more automated, distributed kill web capable of operating across the Indo-Pacific’s vast distances and contested electromagnetic spectrum.
Maj. Gen. Bernard J. Harrington, who leads the new command, described the effort as fundamentally shaped by the evolution of drone warfare observed in Ukraine and the Middle East. Speaking during a media roundtable, Harrington emphasized that the modern battlefield offers no safe rear area.
“We have learned, particularly looking at Ukraine, there really is no sanctuary area that is protected from observation and potential targeting,” he said. That observation is now driving structural changes in how the Army thinks about survivability, deception, and massed unmanned effects.
At the core of the 7th ID MDC-PAC concept is the integration of sensing drones, strike drones, and electronic warfare systems into a unified operational architecture. Rather than treating drones as isolated assets, the Army is attempting to fuse them into a networked system that can identify, track, decide, and strike with minimal latency.
Harrington described a future force in which drones are not just reconnaissance tools or standalone munitions, but interchangeable nodes in a larger system of systems.
“Drones,” he said, “we are looking at a host of not just traditional sense-and-strike drones, but how do we couple that — utilizing an adaptive and agentic C2 [command and control system] — to long-range one-way attack, to be able to overwhelm potential adversarial systems by a volume that is connected from our sensor drone all the way to our long-range one-way attack drone.”
The reference to “agentic C2” reflects a shift toward artificial intelligence-enabled command systems capable of automating parts of the kill chain. In this model, machines assist in—or autonomously execute—targeting decisions, routing sensor data, matching targets to available shooters, and coordinating timing for effects across domains.
Harrington framed the system as “soldier-on-the-loop, not in-the-loop,” meaning human operators would supervise and retain authority to override, but would not be required to approve each discrete action in real time. That distinction is central to ongoing debates across the U.S. military about autonomy, accountability, and speed in future combat.
The aim is to compress the sensor-to-shooter timeline from minutes—or even hours—down to seconds, particularly in environments where adversaries are employing similar capabilities.
Much of the conceptual framework underpinning the new command draws from ongoing analysis of the war in Ukraine, where both Russian and Ukrainian forces have demonstrated the effectiveness of mass drone strikes, electronic warfare, and decoy systems.
In particular, Harrington pointed to the use of decoy drones as a critical adaptation. These systems are designed to overwhelm air defenses, saturate radar coverage, and force adversaries to expend limited interceptors on low-value targets.
“We also want to be able to use decoy drones to confuse and potentially deceive an adversary,” Harrington said. The objective, he added, is to “deplete potential magazine depth.”
That concept—forcing an adversary to exhaust finite defensive munitions—is increasingly central to modern military planning. In Ukraine, Russian forces have routinely paired long-range strike drones with decoys to saturate Ukrainian air defense networks. Over time, Ukrainian forces have responded with their own decoy systems, mirroring the same logic in reverse.
The result is a dynamic competition of industrial-scale attrition, where success is measured not only in kinetic destruction but in the depletion of the enemy’s ability to continue defending.
Within the 7th ID MDC-PAC framework, decoys are expected to become a standard component of the drone “family of systems,” rather than a niche capability.
Beyond strike and reconnaissance drones, Harrington emphasized the importance of electronic warfare (EW) systems integrated into unmanned platforms. These EW drones would support broader operations by degrading adversary communications, disrupting sensor networks, and creating windows of opportunity for other systems to penetrate contested environments.
“There are a host of drones that we are using from multiple vendors,” Harrington said, “and really what we’re looking at is how do we start bridging the gap… so we have worked very, very closely with several vendors in order to close that distance.”
The “gap” he referenced is a persistent challenge in U.S. military modernization: the mismatch between long-range sensing capabilities and the ability to deliver timely effects at those same ranges. In some cases, units can detect targets beyond their organic strike reach, creating what officials describe as a “sensor-shooter disconnect.”
The goal of the new command is to eliminate that gap by ensuring that sensing, decision-making, and strike execution are tightly integrated across multiple drone classes and supporting systems.
That includes long-range one-way attack drones, which have become increasingly prominent in global conflicts. The U.S. military has begun experimenting with systems such as the Low-Cost Uncrewed Combat Attack System (LUCAS), a platform reportedly derived from Iranian Shahed-136 design principles and recently used operationally by U.S. Central Command in a strike against Iran. That event marked the first confirmed combat use of the system.
While Harrington did not specify which platforms the new command will field, he indicated that experimentation with multiple vendors and designs is ongoing, with emphasis placed on scalability, interoperability, and adaptability across different mission sets.
One of the defining challenges for the 7th ID MDC-PAC is the sheer scale and environmental diversity of the Indo-Pacific theater. The region imposes unique logistical and operational constraints that differ significantly from those in Europe or the Middle East.
Joint Base Lewis-McChord serves as the headquarters for the formation, but its operational design is explicitly intended for dispersed employment across thousands of miles of ocean, archipelagos, and varied terrain.
U.S. Army Pacific commander Gen. Ronald Clark emphasized the environmental complexity during remarks on the new formation’s mission set.
“We’ve got Arctic steppe in Alaska and the high north that are going to require a different type of drone and different types of employment than you would have in a jungle environment in Hawaii or Malaysia, which is different than a desert environment in the Australian Outback,” Clark said.
He stressed that the Army is effectively building a modular drone ecosystem that must function across climates ranging from extreme cold to tropical humidity and desert heat—each of which imposes different constraints on propulsion, communications, endurance, and maintenance cycles.
Clark also highlighted the scale of the operational area, describing it in comparative geographic terms.
“If you drew a box that was 2,000 nautical miles in each direction and started in Cambodia—went east to the Philippines, south to Indonesia, and then back west to Malaysia, and then back to Cambodia—that box is roughly the same size as the box you would draw if you placed it over Western Europe, from the UK to Finland to Turkey to Spain.”
The comparison underscores the Army’s challenge: building systems capable of operating across vast distances where traditional logistics, communications, and command structures become strained or unreliable.
Despite widespread focus on regional competition with China, Army officials were careful not to explicitly identify any single adversary as the driver for the new command.
“The multi-domain command Pacific is not tied to a specific adversary, and it’s not tied to a specific location,” Clark said when asked about potential threats, including North Korea. “It’s a capability that we have built to counter any threat from any adversary.”
That framing reflects standard U.S. military doctrine, which tends to emphasize capability development over explicit targeting language. However, the operational realities of the Indo-Pacific—particularly China’s rapid expansion of anti-access/area denial (A2/AD) capabilities—form the backdrop against which these systems are being designed.
The A2/AD challenge centers on denying U.S. forces freedom of movement within contested regions through integrated networks of long-range missiles, air defenses, electronic warfare systems, and maritime surveillance. In response, U.S. forces are increasingly prioritizing distributed operations, deception, and long-range precision strike capabilities.
U.S. Army leaders have repeatedly acknowledged that the service is still adapting to the pace of innovation in unmanned warfare.
Maj. Gen. James “Jay” Bartholomees, commanding general of the Hawaii-based 25th Infantry Division, previously highlighted the urgency of closing capability gaps in long-range sensing and strike.
“We are behind on long-range sensing and long-range launched-effect strike,” he said during remarks at the Association of the U.S. Army’s annual symposium. “We absolutely need to build this capability quickly.”
Bartholomees emphasized the importance of regional testing and integration with allies and partners, reflecting a broader Indo-Pacific strategy that relies heavily on coalition interoperability.
A critical component of the new command’s development strategy is rapid feedback from soldiers operating in realistic conditions. Rather than relying solely on laboratory testing or controlled environments, the Army intends to push drone systems down to tactical units across diverse operational settings.
Clark emphasized the importance of troop-level experimentation and feedback loops.
“It’s challenging, but we’re dealing with the best and brightest that we have—our young troopers out there are very comfortable with having technology in their hands,” he said. “They’re very comfortable with giving feedback associated with what works and what does not, because their buddies’ lives depend on it.”
This approach reflects a broader shift toward iterative development cycles in defense acquisition, where systems are continuously refined based on real-world use rather than finalized before deployment.
Given that the 7th ID MDC-PAC is newly established, many key details remain undefined. The precise mix of drones, production timelines, procurement strategies, and integration pathways have not yet been publicly disclosed. It is also unclear how quickly the command will achieve full operational capability or how its systems will be standardized across different theaters.
What is clear, however, is that the Army is attempting to restructure itself around a central premise: future conflicts in the Indo-Pacific will be defined by speed, dispersion, electronic warfare dominance, and massed unmanned systems.
The formation represents an effort to integrate those realities into a coherent operational architecture—one that connects sensing drones, strike drones, electronic warfare systems, and human decision-makers into a single adaptive network.
As Harrington summarized, the goal is not simply to field more drones, but to ensure they function together as a coordinated ecosystem capable of overwhelming adversaries through scale, deception, and speed.
Whether the concept succeeds will depend on how quickly the Army can solve persistent challenges in autonomy, logistics, interoperability, and industrial-scale production. For now, the 7th ID MDC-PAC stands as one of the clearest institutional signals that the U.S. Army is reorganizing itself around the realities of drone-centric warfare in the Pacific—where the next fight may be decided not only by firepower, but by information, saturation, and the ability to outpace an adversary’s ability to react.
