Fort Indiantown Gap expands UAS, counter-UAS training

By Brad RhenJuly 15, 2026

Pa. Guard begins ‘Drone Dominance’ training program
A Soldier prepares a Neros Archer first-person-view drone for flight during new equipment training at the Fort Indiantown Gap Unmanned Aircraft System Training and Innovation Facility June 3, 2026, at Fort Indiantown Gap, Pennsylvania. The Archer is the first of eight drones the Soldiers at the TIF will receive training on so that they can train other Soldiers as part of the Department of War’s Drone Dominance Program. (Photo Credit: U.S. Army photo by Brad Rhen) VIEW ORIGINAL

FORT INDIANTOWN GAP, Pa. — As the battlefield continually shifts toward unmanned aircraft systems, Fort Indiantown Gap is expanding its UAS and counter-UAS training opportunities.

Several ranges at the installation have been altered in recent months to allow for UAS and counter-UAS training so service members are prepared when they are deployed to hostile environments, said Kurt Spieles, the Gap’s range program coordinator.

“Small, unmanned aircraft systems have become a defining and complex component of the modern battlefield,” Spieles said. “Soldiers and units training at Fort Indiantown Gap need realistic, hands-on experience operating UAS for their own missions and, just as critically, detecting, tracking and defeating hostile drones before they can inflict harm upon them.

“Counter-UAS proficiency is no longer a niche skill set, but a core survivability requirement for any unit with the potential to deploy,” Spieles added.

Range 35, which is located in the training corridor between Blue and Second mountains, now includes a quadcopter and fixed-wing live-fire concept that allows users to engage drones with M249 or M240B machine guns.

1049th Transportation Co. M249 and .50 Caliber Zeroing and Certification
U.S. Soldiers assigned to the Delaware National Guard's 1049th Transportation Company zero and qualify on the M249 5.56mm and the M2 .50cal machine guns July 10, 2026, at Fort Indiantown Gap, Pennsylvania. (Photo Credit: U.S. Army photo by Pfc. Austin Duplessie) VIEW ORIGINAL

The concept includes the capability to engage fixed-wing drones referred to as “wings,” fixed-wing gliders deployed by payload-capable quadcopters, and “attritable” first-person-view, or FPV, quadcopter drones.

Range 20, which is located along Range Road, has been modified to incorporate a counter-UAS team into a fire and maneuver squad. A team can bound forward on the range and engage ground targets with 5.56mm rounds and sporting clays with shotguns.

A large trench was also added that allows users to take up a defensive posture and engage clays with shotguns or ground targets with rifles. Clay throwers can be placed in various locations on the range and are thrown toward users to replicate high-speed one-way attack drones.

Together with the UAS Training and Innovation Facility, the range program is developing an inert FPV gunnery range on Range 6A, which is directly across Range Road from the UASTIF.

This range will allow pilots to fly FPV one-way attack drones directly into targets using a soft impact target backstop, constructed of large wooden frames with netting similar to that found in a batting cage. This allows multiple impacts with little to no damage to the drones.

Fort Indiantown Gap expanding UAS, counter-UAS training
Several shipping containers altered to look like buildings were relocated recently to the grounds of Fort Indiantown Gap's Unmanned Aircraft System Training and Innovation Facility. The mock village allows UAS operators to fly drones around and through simulated buildings in urban environment. (Photo Credit: U.S. Army photo by Brad Rhen) VIEW ORIGINAL

Additionally, the range program facilitated the transport and assembly of an FPV drone maneuver training facility on the UASTIF grounds. Pilots can fly around and through shipping containers that have been modified and arranged to resemble a small village.

Fort Indiantown Gap continuously updates its ranges and training areas to mirror real-world threat evolution rather than static, outdated concepts, Spieles said.

“This includes integrating small UAS operations and counter-UAS response into range and maneuver training and developing in-house sUAS capability, including 3D-printed airframes to keep pace with rapidly changing commercial and military drone technology at a fraction of traditional timelines and costs,” Spieles said. “This adaptive approach ensures soldiers train against realistic, current threat profiles rather than legacy assumptions.”

In addition to the changes at these ranges, numerous upgrades are currently underway at the UASTIF, which was selected recently to host two significant UAS training programs. Upgrades at the UASTIF include two classrooms, a simulator room, a locker room and office space.

Col. Kevin Potts, Fort Indiantown Gap’s garrison commander, said that as the threat environment on the modern battlefield continues to evolve, the integration of UAS and counter-UAS training is crucial.

“At Fort Indiantown Gap, our goal is to ensure that our service members have access to modern, realistic training through innovation and outside-the-box thinking,” Potts said. “Through this we are providing ranges for UAS and counter-UAS training in order to equip our warfighters with the critical skills they need to win on a multi-domain battlefield."