Fort Benning Hosts Army Robotic Systems Tactics Course

Why It Matters

RASLT equips future Army leaders with the skills to employ autonomous systems at company, battalion, and brigade levels, accelerating doctrinal adoption and operational readiness.

Key Takeaways

• First Army pilot course teaches autonomous systems tactics
• Three‑week curriculum covers UGVs, drones, ethics, leadership
• Targets officers to majors and senior NCOs for operational integration
• Three pilot iterations scheduled FY2026, five days weekly
• Aligns training with Transforming in Contact modernization strategy

Pulse Analysis

The launch of the Robotic Autonomous Systems Leader Tactics Course marks a pivotal shift in how the U.S. Army prepares its leaders for the emerging battlefield of autonomous technology. While previous training focused on conventional maneuver tactics, RASLT introduces a structured curriculum that blends technical knowledge of unmanned ground vehicles and small unmanned aircraft with practical decision‑making exercises. By situating the course within the professional military education pipeline, the Army ensures that emerging commanders encounter robotics concepts early, fostering a generation of officers comfortable with integrating these platforms into combined‑arms operations.

Beyond technical proficiency, RASLT emphasizes the ethical and leadership dimensions of autonomous warfare. Week three’s focus on ethics, command responsibility, and operational implications reflects a broader doctrinal conversation about human‑machine teaming and the rules of engagement for AI‑driven systems. This holistic approach prepares leaders not only to employ the technology but also to navigate the legal and moral challenges that accompany its use, aligning with the Army’s Transforming in Contact initiative to modernize doctrine while preserving core values.

Strategically, the pilot’s rollout across three iterations in FY2026 signals the Army’s commitment to scaling autonomous capabilities across the force structure. By training officers and senior NCOs who will return to operational units, the course creates a ripple effect, embedding robotic expertise at the company, battalion, and brigade levels. This diffusion accelerates the adoption of autonomous systems, enhances battlefield agility, and positions the U.S. Army to maintain a competitive edge as peer adversaries invest heavily in similar technologies.