Army can outfit small drones to each unit, but needs the training to do so

Breaking Defense | Carley Welch

The United States Army has acquired enough small, one-way attack drones through the Pentagon's Drone Dominance program to outfit every squad, but now faces a critical training bottleneck. Preparing soldiers to operate these attritable systems in contested electromagnetic spectrum environments is now the service's primary focus as a key fiscal 2026 fielding deadline approaches.

This rapid acquisition push stems from a 2025 directive by Defense Secretary Pete Hegseth aimed at bypassing traditional bureaucratic red tape. To address the training gap, the service is collaborating with the Federal Aviation Administration and conducting multinational exercises like Saber Junction in Germany. During these drills, units like the 504th Parachute Infantry Regiment coordinate with Ukrainian and NATO partners to master spectrum navigation. The deadline is imminent. Meanwhile, the service is working to resolve remaining shortages of larger brigade-level and battalion-level reconnaissance platforms to fully enable combined arms manoeuvre across the force.

Comment

The rapid proliferation of low-cost loitering munitions down to the squad level, as demonstrated by the 504th Parachute Infantry Regiment during Saber Junction 25, exposes a fundamental friction between rapid technological acquisition and tactical execution. While the Drone Dominance programme successfully bypasses traditional procurement bottlenecks, it creates an immediate operational deficit in electromagnetic spectrum management. US Army infantry squads accustomed to physical terrain navigation are now forced to treat invisible radio-frequency environments as a manoeuvre space. This shift demands a level of technical proficiency that traditional Fort Moore infantry training pipelines are not currently structured to deliver.

The mechanism of this training deficit lies in the transition from automated, GPS-dependent flight profiles to manual piloting of systems like the Gauntlet 1 platforms. Under intense jamming conditions, these tactical unmanned aerial systems lose satellite connectivity, forcing operators to execute manual frequency-hopping or visual-only navigation. Consequently, the combat utility of Gauntlet-derived platforms during high-intensity operations depends entirely on an operator's ability to manually diagnose spectrum interference.

Strategic Question for Discussion

Which factor poses a greater challenge to the integration of Gauntlet-derived platforms at the squad level—the technical limitations of manual piloting under electronic attack, or the organisational inertia of traditional infantry training pipelines?

The trajectory indicates that organisational inertia in training pipelines presents the more severe bottleneck, as hardware procurement cycles naturally outpace institutional curriculum updates. While technical countermeasures can be engineered into Gauntlet-derived platforms, cultivating the cognitive skills required for manual spectrum navigation demands a systemic overhaul of basic infantry instruction. Consequently, tactical units are likely to experience a prolonged period of vulnerability where advanced hardware is fielded without the corresponding operational proficiency.

Share your assessment in the comments below.

To read in details click here