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Architects of Autonomy: Army activates 390A Robotics Technician MOS to forge battlefield overmatch

FORT BRAGG, N.C. - The U.S. Army officially activates the 390A Robotics Technician military occupational specialty at the U.S. Army John F. Kennedy Special Warfare Center and School, the Special Operations Center of Excellence, Oct. 1, 2026. This constitutes a pivotal moment in Army special operations modernization and the incorporation of robotics as these new warrant officers are inducted in the inaugural class in the Special Forces branch.

These inaugural 10 warrant officers will be inducted during the 390A Activation and Induction Ceremony at the JFK Auditorium on Fort Bragg, North Carolina, Oct. 2, 2026. After completing an intensive 19-week course, graduates across the U.S. Army Special Operations Command enterprise will enter the branch.

The public unveiling of the 390A MOS occurred during the Maneuver Warfighter Conference on Sept. 16, where Vice Chief of Staff of the Army Gen. Christopher C. LaNeve detailed the Army's modernization trajectory. Addressing senior leaders, LaNeve underscored that structural modernization must keep pace with technological transformation.

“The Army is implementing changes in force structures, adding a multi-domain task force equipped with autonomous long-range fires,” LaNeve said. “This is complemented by a new MOS, 390A Robotic Technician and autonomous systems technician. These technical experts will help command teams understand integration across the force. We are scaling this across the Army.”

The need for this specialized MOS became clear after lessons from recent conflicts worldwide. The proliferation of low-cost commercial unmanned systems and sophisticated electronic warfare tactics in areas, such as Eastern Europe, revealed a critical vulnerability: relying on tactical operators alone is insufficient.

As the U.S. Army John F. Kennedy Special Warfare Center and School identified, in a peer-contested environment—rife with GPS-denial, cyber threats, and heavy electronic warfare standard systems and operator-only skills create a single point of failure. The Army needed more than just a "driver" for its technology; it needed a "crew chief" and a "systems architect."

“The 390A Robotics Technician is designed to be that architect,” said Maj. Gen. Slider, U.S. Army John F. Kennedy Special Warfare Center and School commanding general. "The 390A gives our Army a capability we need across our formations: warrant officers who can turn robotics and autonomy into real combat capability. An all-domain capability."

This new MOS professionalizes the Army's approach to robotic and autonomous systems, creating a corps of technical experts who can solve tactical problems across warfighting functions. The cognitive and technical demands of integrating, programming, and defending these systems exceed the scope of a simple additional skill identifier, requiring a dedicated career path to develop and retain this talent.

When these warrant officers return to their operational units, they will bring a capability that goes far beyond operating drones. Their value rests in their ability to innovate, adapt, and ensure the Army's robotic fleet remains lethal, even when communications are severed and the environment is contested. Unlike a tactical operator trained to employ existing systems, a 390A is the engineer who can build and sustain the machine.

Early in the process when creating this new MOS, it was identified that the specific tech capability cannot be held at an Operational Detachment Alpha level.

“What we've determined is it cannot be an additional task or an additional hat for someone on the ODA,” said Chief Warrant Officer 5 Jerry Brown, Command Chief Warrant Officer for 1st Special Forces Command (Airborne). “We determined an additional MOS with someone who could focus on that specific tech capability, whether it be ground, air, or just unmanned systems as a whole, is the better approach to infusing or integrating what will be required of us in the future fight.”

One of the core skills 390A brings back to the force is the ability to engineer solutions for contested logistics and communications. During the intensive 19-week 390A Warrant Officer Basic Course, they learn to establish resilient tactical mesh networks. More critically, they are trained to create autonomous systems that do not rely on GPS or radio links. By training artificial intelligence and machine learning models, a 390A can field a drone that is able to navigate and strike targets using onboard sensors.

"They are learning to bring together multiple robotic and autonomous systems and make them work when the enemy and conditions contest communications are anything but perfect," Slider said.

The 390As will serve as primary technical advisors to brigade and task force commanders, bridging the divide between high-level operational planning and deep technical execution. Upon returning to their units, they will plan and synchronize the use of RAS in mission planning. They can dissect friendly systems to identify vulnerabilities, develop countermeasures against enemy electronic attacks, and rapidly prototype solutions to emerging battlefield threats. The course culminates in a "Prototype Capstone," where students design, 3D-print, and code a functional solution to a novel problem from scratch under tactical field conditions.

This ability to innovate quickly will provide the Army with sustained technological overmatch. The 390A is not simply a maintainer; they are a developer. They will lead specialized robotics detachments, manage the institutional integration of the latest technology, and ensure that their formations can extend their reach, protect the force, and increase lethality while offloading risk from the Soldier. These warrant officers are the human advantage, making sure that no matter how advanced the hardware becomes, the ingenuity and expertise of the American Soldier will continue to shape the future battlefield. Their activation ushers in a new era for the Army, where technological superiority is forged at the tactical edge.

“Robotics is no longer a niche capability, it is becoming a core requirement for Army formations,” said Chief Warrant Officer 5 Gary Ostrander, Chief Warrant Officer of the Special Forces Branch at the U.S. Army John F. Kennedy Special Warfare Center and School and a key architect of the 390A MOS. “The 390A Robotics Technician will provide the technical expertise needed to help commanders integrate, sustain, and employ robotic systems at scale, giving Soldiers across the Army a decisive advantage in increasingly complex operational environments.”

The induction of the 390A cohort reinforces the fundamental special operations truth that humans remain more important than hardware. By mastering edge autonomy and contested electronic environments, these warrant officers’ offload cognitive and physical risk from ground troops while dramatically increasing tactical reach.

To forge this capability, the training pipeline is anchored within the Special Forces Warrant Officer Institute at the U.S. Army John F. Kennedy Special Warfare Center and School, the Special Operations Center of Excellence. Operating between facilities at Fort Bragg, Camp Mackall, North Carolina, and the specialized ranges of Fort McClellan and Clark Range, Alabama, the 19-week 390A Warrant Officer Basic Course merges academic rigor with live-threat field experimentation. The curriculum comprises 14 weeks of intensive technical training covering computing networks, edge artificial intelligence, computer-aided design, additive fabrication, and radio frequency systems followed by two weeks of operational mission planning and a three-week field maneuver exercise and culminating exercise.

“If you want to understand what the 390A brings to the Army, go to Clark Range, Alabama,” Slider said as an open invitation to senior leaders and the media. “You will see our warrant officers working with multiple robotic and autonomous systems simultaneously configuring them, programming them, integrating them for employment at the forward edge to solve tactical problems across domains. They are learning to bring together multiple robotic and autonomous systems and make them work when communications are contested by the enemy and conditions are anything other than perfect. That is the kind of practical expertise our formations need to achieve and sustain the advantage.”

For more information about 390A opportunities, visit [https://recruiting.army.mil/In-Service-Opportunities/US-Army-Warrant-Officer-Recruiting/Do-I-Qualify/WO-MOS-Feeder-List/390A-Robotics-Technicians](https://recruiting.army.mil/In-Service-Opportunities/US-Army-Warrant-Officer-Recruiting/Do-I-Qualify/WO-MOS-Feeder-List/390A-Robotics-Technicians).

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