Key Takeaways
- The U.S. Army’s 101st Airborne Division (Air Assault) became the first division to employ the Aevex Atlas Unmanned Aircraft System (UAS) during training at the Joint Readiness Training Center (JRTC), Fort Polk, Louisiana, on 5 April 2026.
- The Atlas is a Group II autonomous precision‑strike (loitering‑munition) system capable of being launched from land, air, or sea and providing real‑time Intelligence, Surveillance, and Reconnaissance (ISR) as well as precision attack capability.
- Training combined intensive classroom instruction with hands‑on machine and flight operations, culminating in a validation event during the unit’s Combined Arms Live‑Fire Exercise (CALFEX) on 18 April 2026.
- Soldiers reported rapid proficiency gains through a “learn‑by‑doing” approach, emphasizing repetition to build muscle memory and confidence with the system’s graphic user interface.
- PM UAS leaders stress that the system’s value lies in replacing Soldier exposure to enemy fire with technological endurance—preferring to lose a drone rather than a life.
- Real‑time feedback from Soldiers is being integrated by Aevex engineers to refine the Atlas platform for future high‑intensity, multidomain operations.
Overview of the Aevex Atlas System Introduction at JRTC
On 5 April 2026, Soldiers from the 101st Airborne Division (Air Assault) set up the Aevex Atlas precision‑guided drone system at the Joint Readiness Training Center (JRTC) in Fort Polk, Louisiana. The Atlas, a Group II autonomous precision‑strike platform, represents a significant step in Army modernization, offering standoff reach, accuracy, and reliability even in contested and denied environments. This deployment marked the first time the Atlas had been integrated into JRTC training, signaling a milestone in the service’s pursuit of advanced unmanned capabilities.
Training Methodology: Classroom Instruction Followed by Hands‑On Practice
The Soldiers’ preparation blended intensive classroom instruction with practical, hands‑on machine and flight operations. This comprehensive approach ensured that participants understood both the theoretical underpinnings of the Atlas system and the practical skills required to operate it effectively. The curriculum covered mission planning, system controls, safety procedures, and the integration of the Atlas into broader tactical workflows.
Validation Event: Combined Arms Live‑Fire Exercise (CALFEX)
The training culminated in the system’s first formal validation during the 101st Airborne Division’s Combined Arms Live‑Fire Exercise (CALFEX) on 18 April 2026. CALFEX provided a realistic, high‑stress environment in which the Atlas could be assessed for performance, reliability, and suitability for live combat scenarios. Successful validation would pave the way for broader fielding across the Army’s units.
Strategic Partnership Behind the Deployment
The integration of the Atlas at JRTC resulted from a partnership between Aevex and the Project Manager for Unmanned Aircraft Systems (PM UAS). This collaboration aimed to equip Soldiers with cutting‑edge loitering‑munition and UAS capabilities through flight simulations, mission‑planning exercises, and live‑flight demonstrations. By aligning industry innovation with Army requirements, the partnership seeks to accelerate the adoption of effective unmanned technologies.
Comments from PM UAS Leadership on the Milestone
Caroline Christian, a Logistics Analyst with PM UAS, highlighted the significance of the Atlas’s debut at JRTC, noting that the system would be graded during CALFEX and that feedback from the operations group would be invaluable. She characterized the event as a “new milestone” for the product, emphasizing the importance of operational evaluation in shaping future development.
Capabilities of the Atlas as a Multi‑Domain Group II System
The Atlas functions as a multi‑domain Group II Launched Effects system, capable of deployment from land, air, or sea platforms. It provides forward‑stationed commanders with organic, immediate access to ISR assets and smart munitions, thereby significantly enhancing lethality at the Forward Line of Troops (FLOT). Its ability to operate across domains increases flexibility and reduces reliance on external assets for reconnaissance and strike missions.
Components: Scout Drone and the Autonomous “Storm” Attack Drone
The Atlas package includes a scout drone that surveys the battlefield, identifies targets, and streams live video to the handheld Soldier Robotic Controller (SROC). Complementing the scout is an autonomous attack drone nicknamed the “Storm,” which enables Soldiers to command precision strikes on targets located in contested or denied environments. This dual‑drone architecture allows for seamless transition from target acquisition to engagement.
Force Protection Benefits: Keeping Soldiers Out of Harm’s Way
By employing the Atlas’s autonomous attack drones, units can execute fire support missions without exposing personnel to enemy counter‑fire. Staff Sgt. Randy Denson of the 3rd Battalion, 320th Field Artillery Regiment underscored that “no human life is in danger when these attack drones are employed,” highlighting the system’s primary advantage of preserving Soldier safety while maintaining offensive capability.
PM UAS Core Philosophy: Preferring Drone Loss Over Soldier Loss
The overarching objective of PM UAS is to replace physical Soldier exposure with technological endurance. Leadership within the office articulates a simple value proposition: it is preferable to lose a drone than to lose a Soldier. This philosophy drives the pursuit of systems like the Atlas, which can absorb risk on the battlefield while keeping warfighters out of direct danger.
Heather Cole’s Perspective on Soldier Safety
Heather Cole, Assistant Product Manager for PM UAS, echoed this sentiment, stating that the drones “keep our Soldiers out of harm’s way and safe.” She noted that expendable pieces of metal can absorb enemy fire, allowing Soldiers to remain protected behind the line of engagement. This protective function is a key selling point for the Atlas in high‑intensity combat scenarios.
Learning Through Repetition: The “Learn‑by‑Doing” Approach
Proficiency with the Atlas system is built on high‑volume repetition, a method deeply rooted in Army doctrine known as “learn‑by‑doing.” Blaine Tirendi, Director of Group 2 UAS at Aevex, explained that the goal is to make Soldiers “bored” not because the training is dull, but because repeated practice ingrains the necessary skills. Soldiers rehearse various mission plans and interact repeatedly with the system’s graphic user interface to develop instinctive competence.
Soldier Feedback on Proficiency Development
Soldiers have embraced the repetitive training model, reporting rapid confidence gains. Staff Sgt. William Shouse of the same artillery battalion remarked that, by day six of training, he felt “eight or nine out of 10 proficient” with the Atlas system. Such self‑assessments indicate that the hands‑on, repetition‑focused methodology is effective in translating training into usable battlefield skill.
User‑Centric Development: Incorporating Soldier Feedback
By placing the Atlas directly into the hands of 101st Airborne Soldiers, PM UAS ensures that the next generation of technology is shaped by the very users who will employ it in combat. Heather Cole emphasized that the main mission of the PM UAS team is to gather Soldier feedback to improve the technology, ensuring that it evolves to meet real‑wartime needs.
Rapid Engineering Feedback Loop with Aevex
Caroline Christian noted that Aevex engineers are present at JRTC to integrate Soldier feedback in real time, creating a rapid feedback loop that allows immediate tweaks and maturation of the Atlas platform. This close collaboration accelerates the refinement process, ensuring that the system addresses practical challenges observed during training before wider fielding.
End State: Soldier Self‑Sufficiency and Future‑Readiness
The ultimate objective is for Soldiers to become self‑sufficient in employing the Atlas system during high‑intensity, multidomain operations. Having the technology in the hands of the 101st Airborne Division enables developers to validate performance, identify shortcomings, and iteratively improve the platform. This user‑driven evolution aims to produce a robust, reliable unmanned capability ready for the future fight.
All information presented above is derived solely from the provided source material.