FORT RUCKER, Ala. — The Army’s Unmanned Aircraft Systems and Launched Effects Summit opened Aug. 11, setting the tone of week-long events focused on the rapid increase in unmanned systems in the US Army.

Maj. Gen. Clair Gill, commanding general of the Army Aviation Center of Excellence and Fort Rucker, gave the opening remarks to summit attendees, stressing that UAS need to be seen not solely as a tool for the aviation branch but a capability to support the Army as a whole.

“The battlefield is going to be busy, so we need to be thinking about what the enemy is doing, as well as ourselves,” Gill said in his opening remarks. “We need to do this quickly because the future is now.”

Gill pointed to recent global events and the Department of Defense’s decision to lift restrictions on UAS acquisition and fielding, a move he said will drive increased deployment of smaller systems at lower levels within the Army. He emphasized the importance of integrating those systems with manned aircraft, noting that the mission of Army Aviation is evolving alongside the technology.

Gill also spoke to the Army’s plan to merge the currently separate UAS operator and maintainer career fields into a single UAS specialty. The beginning steps of this merger are already in place as the Army is currently training the first wave of Soldiers that will operate and maintain the small UAS systems the Army is expected to adopt going forward.

“We just stood up a course in Hawaii where we are going to start training what will be the new (UAS military occupational specialty), the 15X,” Gill said.

Gill explained that the Army is adopting a “train the trainers” plan to help increase the number of UAS qualified Soldiers, with the Soldiers currently in training expected to go on to help further develop UAS training throughout the Army.

The adoption of small UAS is a big shift in how the Army fights, as the systems are expected to be in use at much lower levels than previously operated. However, Gill also sees a future where new technology and networked solutions will allow the proliferation of UAS to still provide the larger unit and commanders with vital information.

“We want to embed and launch effects at every level. You might have something down at that platoon that can support the company or battalion… Imagine if you put a sensor on a UAS that could find things you weren’t even looking for. Imagine if it could pass that information to a network and feed that to only the people that need to see it,” Gill said.

Gill went on to talk about how he sees a future where UAS are not only platforms for sensors, but will carry systems for use in electronic warfare, psychological and deception effects, weapons systems for direct attack, and repeaters and relays to extend not only communications, but also extend the control range of other UASs.

“It’s pretty exciting when you see where this is all going,” Gill said.

The increase in the type and number of UASs in use by the Army, as well as the rest for the DoD is expected to have a direct impact on airspace management and battlefield coordination.

“Low altitude is that space only aviators and artillerymen used to worry about. We like to fly low, that’s part of our security, that’s how we protect ourselves. Now there’s all kinds of things up there with us,” he said.

On the lighter side, Gill also spoke about the establishment of the Army drone team and their recent success at a racing competition. While the team will take part in certain competitive events like racing, the team will also be competing in events with a more tactical bent, using their competitive drive to help develop new methods and uses for UAS that can help shape how the average Soldier will be able to use the aircraft.

Following Gill, Col. Joshua Ruisanchez, director of the Army Aviation Capabilities and Integration Directorate went into more detail of the kinds of things the Army UAS operator, officer, and Soldier can expect to see in the future.

According to Ruisanchez thanks to the changes at the DoD level, the number of civilian manufactured drones for use by the Army has expanded, adding 11 new aircraft to the list bringing the number to 30. Soldiers can also expect to see funds made available to acquire UAS, as well as an expansion of options like 3D printing and additive manufacturing systems that can allow units at division level and below to design and produce their own components.

Adding to this, Col. Nicholas Ryan, director for the Army Capabilities Manager – UAS discussed how the changes will enable the unit and Soldier to make use of these new options. One example he gave was the plan to establish an online marketplace where officers at the brigade and regimental level can authorize units to purchase approved systems.

“Now that (Colonel) can go out there and get a drone,” Ryan said.

Ryan also spoke to the need to change the perspective on what a UAS even is. Traditionally the Army considered most UAS to be durable items that needed to be carefully accounted for, with the loss or destruction of a UAS requiring a lot of paperwork and an investigation, possibly even a fine. Going forward Ryan said some UAS, especially smaller, cheaper ones, need to be normalized and considered expendable items, with reasonable losses in combat and training to be expected.

“We need to start treating drones like any other piece of a Soldier’s kit. Just like your radio, or night vision devices, you need to get used to having a drone,” Ryan said.

The UAS and Launched Effects Summit will continue through the week, featuring presentations, panel discussions, and demonstrations of UAS, including some equipped with live weapons.

By John Hamilton

FORT BELVOIR, Va. (Aug. 11, 2025) — Army researchers are aiming to deliver aided target recognition to unmanned aerial systems, speeding up squad target detection on the battlefield and increasing Soldier lethality.

With current systems, Soldiers manually monitor a UAS video feed, searching through large areas of terrain and obstacles for extended periods of time in a quickly moving, dynamic environment. Now, DoD scientists and engineers are integrating autonomy and threat detection to bring new capabilities for small organic Army UAS.

The Army’s Command, Control, Communications, Computers, Cyber, Intelligence, Surveillance and Reconnaissance (C5ISR) Center and the Defense Advanced Research Projects Agency have led R&D to bring new technology to Soldiers since 2019 with a specific focus on small UAS.

“The primary goal is to provide autonomy at the squad level by using high-level autonomous behaviors like Smart Search, which enables autonomous area searching, target detection, and the ability to track and follow high-priority targets,” said Mathew Wilson, the program’s lead at C5ISR Center. “Soldiers will have greater lethality, survivability and maneuverability.”

Placing UAS into the hands of Soldiers for AiTR is breaking ground in DoD research, which previously focused on Army ground platforms, Wilson said. The Army’s goals are to reduce Soldier fatigue, improve situational awareness, and enable faster, more accurate decision-making, Wilson said.

“C5ISR Center is expanding on the foundation of our extensive AiTR expertise. UAS have new capabilities as the system processes vast amounts of information for Soldiers into actionable ISR data. Removing the need to manually control UAS while automatically detecting and relaying threat information to the Squad keeps more Soldiers in the fight,” Wilson said.

In-house DoD R&D brings subject-matter experts and Soldiers together during experimentation events for direct feedback, leading to continued improvements. During Project Convergence Capstone 5, the system allowed forward observers to autonomously search beyond line-of-sight for potential threats.

Squad leader Sgt. Brian Ward, of 1st Brigade Combat Team, 1st Armored Division, gave positive feedback on AiTR testing during PC C5.

“If someone has issues trying to find targets or personnel, it’s circling and tracking as they move,” Ward said. “It’s a game changer. If it can detect more targets, the better, especially if you can choose which one to nominate and call for engagement.”

The system populates the data on a common operating picture using existing Army infrastructure — Android Tactical Assault Kit and Nett Warrior device — to avoid the need to field additional software and hardware. The ATAK interface allows command and control of the UAS’ autonomous behaviors.

“The UAS automatically launched, traversed to the area of interest, autonomously searched and passed back detected targets without any further human interaction. Since AiTR has not yet been fielded, automatically detecting potential threats was a huge hit,” Wilson said.

By Dan Lafontaine, C5ISR Center Public Affairs