U.S. Army successfully tests networked armed drone swarm at Project Convergence

FORT IRWIN, California — The U.S. Army showcased a networked strike sequence using its Launched Effects (LE) drone family during Project Convergence-Capstone 6 on July 24, 2026, at Fort Irwin, California, according to a report by Nelson Ballew of the Army’s Aviation Future Capabilities Directorate.

Demonstration Overview

During the large-scale experimentation event, Army Aviation conducted a coordinated operation in which two reconnaissance drones located and identified a threat before a third, weaponized drone executed the strike.

The exercise centered on the Army's Launched Effects family of systems—air-launched drones designed to be fired from aircraft and operate at varying ranges and payloads, rather than functioning as a single, one-size-fits-all system. Variants include:

• Reconnaissance drones equipped with sensors to find and track enemy positions
• Electronic warfare drones designed to jam enemy communications and radar
• Armed drones capable of striking targets directly

Tactical Execution

In the Fort Irwin demonstration, two Active/Passive Infrared Launched Effects handled the detect, identify, locate, and report (DILR) mission—scouting ahead to pinpoint a threat and relay its location to friendly forces. A third "lethal" Launched Effect, carrying a Long-Range Precision Munition (LRPM), then executed the strike.

This division of labor allows the Army to keep expensive, crewed aircraft and their pilots out of the most dangerous areas of the battlefield. Integrated Air Defense Systems—networks of radar, surface-to-air missiles, and anti-aircraft guns—represent one of the most lethal threats facing military aircraft worldwide. Penetrating such defensive shields from a safe standoff distance has become a central goal for Army Aviation planners seeking to open corridors for follow-on strikes by joint forces and unmanned systems.

Networking and Command Integration

What distinguished this demonstration from earlier Launched Effects testing was the networking architecture behind it. The Army reported that reconnaissance assets, such as the medium-range Launched Effects variant, used the Integrated Tactical Network operating within the broader Next Generation Command and Control system. This enabled real-time targeting coordinates to be pushed back to corps-level commanders far from the point of contact.

Treating the flow of targeting data as a weapon system in its own right allowed for faster strike decisions, collapsing a process that traditionally takes far longer when human analysts and manual communications are involved.

Wolfpack Tactics

The Army emphasized that these drones are not meant to operate as isolated, one-off assets. Multiple Launched Effects can network together and behave as a "wolfpack," coordinating to overwhelm an adversary's air defenses through synchronized attacks across multiple directions and altitudes simultaneously. This tactic mirrors how swarming drone attacks have increasingly stressed traditional air defense systems in conflicts worldwide.

Because these systems are designed to be low-cost and expendable, commanders can risk losing individual units in a way they never could with manned aircraft, giving the Army a tactically survivable way to push into contested, anti-access airspace.

Long-Range Precision Munition Milestone

The lethal component of the ecosystem reached a significant milestone during the exercise. The Army validated the first production-line Long-Range Precision Munitions when a manned aircraft, in a separate demonstration from the wolfpack sequence, successfully employed the munition against a high-priority target. The weapon independently identified and terminated that target inside contested airspace.

This successful evaluation moves the munition past the prototype stage entirely. The Army has now set a target of fielding the weapon at scale by fiscal year 2027, a timeline that would put a genuinely autonomous, long-range strike weapon into the hands of Combat Aviation Brigades within roughly one year.

Background

The Army has run versions of this large-scale experimentation campaign since 2020, using it as a recurring venue to test how new sensors, weapons, and command networks can work together across the joint force and with multinational allies and partners. This year's Capstone 6 iteration continued that mission by pushing the Launched Effects portfolio through realistic, contested scenarios rather than controlled laboratory tests.