Alarming warning about Pentagon moves: US integrates drones and combat vehicles

The US Army, in a sweeping overhaul of its modernization structure, has launched extensive autonomous weapons tests across five combat commands.

On October 13, 2026, the DefenseScope report announced the handing over of the management of the new autonomous systems command of the US Army to a three-star general; A structure that is supposed to expand the development and testing of autonomous capabilities from the level of scattered projects to large combat units. The Army has named this organization "Future Autonomous Systems Command" (FASCOM). The change began on October 1, with the order of Acting Secretary of the US Army Adam Tell, and was actually formed by changing the mission and name of the "Future and Concepts Command", not by creating a completely independent organization from scratch. This command is supposed to cover areas far beyond drones: from long-range fire and combat vehicles to unmanned aerial vehicles, armored reconnaissance, logistics and engineering operations. However, its first mission is not the establishment of a fully autonomous army, contrary to expectations and what is said in the media, research shows that the main and first goal is to test equipment and shape tactics that can later be used on a larger scale. This gap between the ambitious scope of the plan and the current stage of its implementation is an important part of the story.

New command, expanded missions

Vice Chairman of the Joint Chiefs of Staff and Acting Chairman of the Joint Chiefs of Staff Gen. Christopher Lenio has announced that the Future Command and Autonomous Systems is intended to integrate the work of multiple agencies and accelerate the development of autonomous technologies. This complex includes the Combat Capabilities Development Command, the Medical Research and Development Command, the 75th Innovation Command, the Joint Modernization Command, and the Development Decision Analysis Center. Also, an executive director of the shopping cart for autonomous systems is supposed to be appointed to coordinate the purchase and deployment of these capabilities. The integration of these organizations can reduce some of the existing fragmentation; But the scope of the mission itself creates a management challenge. Integrating research, testing, innovation and procurement does not mean that all of these departments will suddenly move at the same speed. If the limits of the authority of the new command, the responsibility of the subordinate organizations and the criteria for prioritizing the projects are not clear, the new structure may add another stage to administrative coordination instead of shortening the development path. Of course, it should be noted that the US Army has not yet announced the name of the three-star general who will take over the command. This indicates that the structure is being completed and there is not yet an operational network in place.

The test starts with combat commands

Lenio has tasked the Future Command and Autonomous Systems with pursuing the development of autonomous capabilities first at the Army command level. According to the announced plan, each of the Army's five combatant commands will test equipment, measure deployment tactics and make recommendations on how to conduct autonomous missions. The goal is to determine what capabilities will work in actual combat unit formations before the technology is deployed. The announced examples illustrate the scope of the program: the Army's I Corps is testing an autonomous fire unit and an unmanned aerial vehicle squadron; The Third Combat Command (III Corps) is looking for autonomous armored reconnaissance, and the Fifth Combat Command (V Corps) will work on the engineering unit to open obstacles. For the 18th Airborne Combat Command, the capabilities of reconnaissance and aerial surveillance and displacement are considered, and the 8th Combat Command is also testing the cooperation of manned and unmanned helicopters.

In the new plan, the Fort Rucker base in Alabama is also designated as the center of excellence for the autonomy of unmanned aerial systems. The goal is to create a place for military aviation experts and commercial technologies to come together and test them under conditions closer to operational use. A system that performs the task of identifying or transporting equipment in a controlled environment must also be tested on a larger scale in terms of communications, maintenance, software security, and compatibility with legacy equipment. Autonomy becomes a combat capability when all of these factors work together, not just the algorithm itself.

The Army's plan is to prioritize the acquisition and deployment of autonomous capabilities in areas such as fire, combat vehicles, maritime logistics, obstacle clearance, reconnaissance, surveillance and target acquisition by fiscal year 2028 at the latest. Another part of the plan is dedicated to the cooperation between manned and unmanned platforms. To turn this list into combat power, it is not enough to just allocate funds or appoint a procurement manager. In a June 2026 report on the Navy's robotic and autonomous systems, the US Government Accountability Office (GAO) reported problems stemming from shifting management priorities, fragmented responsibilities and separate approaches to each technology area. This institution emphasized that the lack of stable leadership and lack of clear role of organizations slow down investment and development. Although the report is about the Navy, its organizational problems are a relevant warning for any broader effort to integrate autonomous systems. But the outcome depends on whether decision-making authority, financial resources, and testing responsibility are truly aligned.

Weapons tests are under pressure

Meanwhile, technical evaluation capacity is also a serious issue. The US Government Accountability Office announced in June 2026 that organizational changes and reduced manpower in the Office of the Director of Operational Test and Evaluation of the Ministry of Defense have limited the ability to monitor weapons. It should be noted that this office was overseeing 173 weapons programs in 2025, so that the remaining staff were faced with more programs and in some cases with a lack of expertise. The US Government Accountability Office warned that continuing this situation increases the risk of delivering systems with unrecorded operational deficiencies. This issue is doubly important for autonomous systems. Software behavior can change with data, environment and updated versions; Therefore, initial testing alone is not sufficient to prove reliability. If the purchase and deployment becomes faster, but the testing and evaluation capacity does not increase, there is a risk that the speed of entering the systems into the units will outpace the speed of recognizing their limitations.

Man has not yet left the field

Despite the command's title and the scope of its missions, the military's stated goal is not to leave all decisions to machines. Explaining this development, Lenio said that technology does not fight alone and soldiers must still use new tools to carry out the mission. In the example of cooperation between manned helicopters and UAVs, the goal is for pilots to use UAV sensors to identify targets beyond the line of sight and to coordinate fire, rather than to completely eliminate the role of humans. However, as the number of autonomous systems increases, the responsibility of the operator and commander will also become more complicated: when should the system's suggestion be trusted, under what conditions should the mission be stopped, and who will be responsible for a system's error? The new command must include these issues in the design of tactics, training and testing; Otherwise, the integration of hardware does not necessarily lead to the integration of decisions.

The measure of success is not just the number of systems

Future Command and Autonomous Systems is supposed to bring research and innovation closer to testing in combat units, then acquisition and deployment. This change can speed up the development of autonomous technology; But the final result depends on the quality of testing, the clarity of responsibilities and the ability to maintain and support the systems. If this command can transform scattered technologies into tested and supportable capabilities, its structural change will make sense. But if the pace of acquisition outpaces assessment capacity, or if multiple agencies continue to compete for authority and resources, the new command may reproduce the very obstacles it is supposed to overcome. So the main test for the US military is how quickly it can figure out which of the autonomous systems it is buying are reliable in real-world conditions.