Aerial manned-unmanned teaming
Based on Wikipedia: Aerial manned-unmanned teaming
In the summer of 2024, the U.S. Air Force conducted a high-stakes flight test over the deserts of Nevada that would have been science fiction only a decade prior. A single F-35 Lightning II, piloted by a human commander, coordinated with two autonomous XQ-58A Valkyries. The human did not fly the drones; the human commanded them. The Valkyries, acting as wingmen, assumed the riskiest tasks, flying ahead to probe enemy air defenses and absorbing the threat of surface-to-air missiles that would have been directed at the expensive, irreplaceable human pilot. This was not a rehearsal for a video game. It was the operational prototype of Aerial Manned-Unmanned Teaming (MUM-T), a doctrine poised to fundamentally reshape the geometry of modern warfare and the very nature of human responsibility in the cockpit.
The concept rests on a brutal arithmetic that military planners have faced for decades: the cost of human life versus the cost of technology. For generations, air superiority relied on the assumption that the pilot was the most valuable asset in the sky. To lose a pilot was a national tragedy, a strategic setback, and a political crisis. To lose a plane was a financial loss, but a loss that could be absorbed. MUM-T inverts this hierarchy. It treats the human pilot not as the primary weapon, but as the manager of a fleet of expendable, intelligent machines. These machines, often referred to as Collaborative Combat Aircraft (CCAs) or loyal wingmen, are designed to be cheap enough to lose, yet smart enough to fight.
The logic is seductive in its simplicity. By placing drones in the most dangerous sectors of the battlefield—closer to the enemy's radar, closer to the flak, closer to the missile lock—the human operator is pushed back to a safer distance, shielded by the electronic and kinetic signature of the unmanned team. The drone becomes a shield. It acts as a sensor, feeding high-resolution data to the human. It acts as a missile truck, carrying the firepower while the human decides when and where to fire. It acts as a decoy, drawing fire away from the manned aircraft. In this arrangement, the human is no longer the sole decision-maker in the split-second chaos of a dogfight; they are the conductor of a digital orchestra, where the instruments are capable of acting with a speed and independence that exceeds human reaction time.
This is not merely an evolution of the drone; it is a revolution in the chain of command. Previous generations of unmanned aircraft, from the Predator to the Reaper, were largely remote-controlled. A human sat at a console hundreds of miles away, pulling a joystick to steer the aircraft and pressing a button to release a Hellfire missile. The latency, the disconnect between the operator and the environment, was a significant tactical vulnerability. MUM-T changes this dynamic. The CCAs are not just remote-controlled; they are autonomous agents. They can fly in formation, adjust their flight paths in real-time to avoid threats, and even engage targets without a direct signal from the human pilot if communication is lost. The human provides the intent, the ethical framework, and the strategic goal, but the machine executes the tactical dance.
The development of this technology has accelerated rapidly, driven by the realization that peer competitors are doing the same thing. In the Pacific theater, the vast distances and the density of enemy air defenses make the survival of manned aircraft increasingly difficult. The U.S. Air Force's Air Combat Command has identified MUM-T as a critical capability for future conflicts. The XQ-58A Valkyrie, developed by Kratos Defense & Security Solutions, stands as the vanguard of this movement. Designed to be mass-produced at a fraction of the cost of a fighter jet—estimated at around $3 million to $4 million per unit, compared to the $80 million to $100 million price tag of an F-35—it is the embodiment of the "attritable" philosophy. The word "attritable" is a euphemism that carries a heavy weight. It means the aircraft is designed to be lost. It is a tool of war that is expected to be destroyed in the line of duty.
The implications of this shift extend far beyond the cockpit. When a machine is designed to be lost, the rules of engagement change. The hesitation that often accompanies the decision to risk a human life is removed. A commander can order a CCA to fly into a heavily defended area, to act as a decoy, or to absorb a missile strike, with a clarity of purpose that would be impossible if a human pilot were on board. This creates a terrifying efficiency. The enemy is forced to expend their limited, expensive missiles on cheap, expendable drones. They are forced to reveal their radar signatures by firing at a target, only to have that target be a decoy, exposing them to a strike from a real weapon held in reserve by the human pilot.
However, the human cost of this technological leap is not limited to the pilots who are saved. The proliferation of autonomous weapons, even those under human supervision, raises profound questions about the nature of accountability in war. If a CCA, operating on its own algorithmic logic, strikes a civilian target because its sensors misidentified a school as a military vehicle, who is responsible? The pilot who gave the general order? The engineer who wrote the code? The commander who authorized the mission? The doctrine of MUM-T attempts to keep the human "in the loop," but as the complexity of the system increases and the speed of engagement accelerates, the human's ability to meaningfully intervene diminishes. The human becomes a passenger in the decision-making process, a rubber stamp for a machine that is moving too fast for human comprehension.
The history of air warfare is a history of the attempt to distance the killer from the killed. From the early days of biplanes, where pilots saw the faces of their enemies, to the era of strategic bombing, where the crew of a B-29 never saw the city below, to the modern drone strike, where the operator watches a high-definition feed of a target that looks like a pixelated dot. MUM-T is the next step in this distancing. It removes the human not just from the visual field, but from the immediate threat of death. But this distance is a double-edged sword. By making war safer for the aggressor, it lowers the threshold for conflict. When the risk to one's own forces is minimized, the political will to engage in military action becomes easier to muster. The "safety" of the pilot is purchased with the increased likelihood of conflict and the potential for a more expansive, more frequent use of force.
The reality of the battlefield is that no amount of technology can fully eliminate the chaos and the tragedy of war. Even in a MUM-T scenario, the drones will be shot down. The missiles will be fired. The collateral damage will occur. The civilian populations in conflict zones do not care whether the aircraft overhead is manned or unmanned. To a child in a village, a missile from an F-35 or a missile from an XQ-58A is the same. The explosion is the same. The loss of life is the same. The "human shield" created by the drones does not protect the innocent on the ground; it only protects the aggressor's own personnel. In fact, by making air operations more sustainable and less costly, MUM-T may increase the density of strikes, leading to more destruction in the communities below.
Consider the specific case of the 2024 test flights. The success of the mission was hailed as a triumph of American engineering and tactical innovation. The Valkyries performed flawlessly, maintaining formation, communicating with the F-35, and executing their assigned roles. But the headlines focused on the technology, the speed, and the cost savings. They did not focus on the potential for the technology to be used in a future conflict where the stakes are even higher, where the lines between combatant and civilian are even more blurred. The narrative of the "loyal wingman" is a powerful one, evoking images of teamwork and protection. But loyalty in war is a transaction. The loyalty of the machine is to its mission, and its mission is to destroy the enemy. The "loyalty" is not to the human pilot, but to the algorithm that dictates its behavior.
The integration of MUM-T into the U.S. military is not a distant future; it is happening now. The Air Force has already awarded contracts for the production of hundreds of CCAs. The Navy is developing its own version, the MQ-25 Stingray, which is evolving from a tanker into a multi-role unmanned combat aircraft. The Army is looking at smaller, tactical drones that can team with ground troops. The ecosystem of unmanned systems is expanding, creating a network of intelligent nodes that can operate in concert with manned platforms. This is the vision of the "System of Systems," where every asset, from a satellite to a single drone, is connected, sharing data, and acting as part of a larger, cohesive whole.
But the human element remains the critical variable. The success of MUM-T depends on the ability of the human pilot to manage the complexity of the team. It requires a new kind of pilot, one who is not just a stick-and-rudder operator, but a systems manager, a data analyst, and a tactical commander. The training pipelines are being redesigned to prepare pilots for this new reality. They must learn to trust the algorithms, to understand the limitations of the sensors, and to recognize when the machine is making a mistake. The relationship between human and machine is one of trust, but it is a trust that must be earned and constantly verified. In the heat of combat, that trust will be tested.
The ethical landscape of MUM-T is a minefield. As the autonomy of the drones increases, the human's role shifts from operator to supervisor. The question of "meaningful human control" becomes central to international law and military ethics. If a CCA makes a mistake, and the human supervisor is overwhelmed by the number of drones, the data streams, and the speed of the engagement, can we truly say that the human was in control? The doctrine of MUM-T attempts to address this by keeping the human "on the loop," meaning they have the final say. But in a high-tempo conflict, the human may not have the time to make that decision. The machine may have to act on its own, based on pre-programmed rules of engagement. The potential for error, for misidentification, for unintended escalation, is real and growing.
The cost-benefit analysis of MUM-T is also fraught with moral ambiguity. On one hand, it saves the lives of pilots, a noble goal. On the other hand, it may make war more frequent and more destructive. The "cheapness" of the drones may encourage a strategy of attrition that is unsustainable for the adversary but devastating for the civilian population. The technology promises a cleaner, more precise war, but history suggests that technology often brings new, more insidious forms of violence. The drone is not a savior; it is a tool, and like all tools, its impact depends on how it is used.
As we look toward the future of aerial warfare, the image of the lone pilot in a cockpit is fading. It is being replaced by the image of the human commander, surrounded by a swarm of intelligent machines, orchestrating a battle that spans the electromagnetic spectrum. This is the new reality. The technology is here. The doctrine is being written. The training is underway. The question is no longer whether MUM-T will happen, but how we will manage the consequences. How do we ensure that the human remains the moral center of the operation? How do we prevent the technology from becoming an end in itself, a self-perpetuating engine of violence? How do we remember the human cost, not just of the pilots who are saved, but of the civilians who are caught in the crossfire of a war that has become more efficient, more distant, and perhaps, more deadly?
The story of MUM-T is not just a story of innovation; it is a story of the human condition in the age of machines. It is a story of our desire to protect our own, to minimize our losses, and to win at all costs. But it is also a story of the limits of that desire. No amount of technology can absolve us of the responsibility for the destruction we unleash. The drone may be able to fly into the danger zone, but it cannot feel the fear, the grief, or the weight of the decision. That burden remains with the human. And in the end, it is the human, not the machine, who must live with the consequences of the war they have fought.
The future of air combat is not a distant horizon; it is the present moment. The F-35 and the Valkyrie are already in the sky, testing the boundaries of what is possible. The world is watching, not just with fascination, but with a deep, abiding anxiety. The technology is advancing faster than our ability to understand its implications. The question is no longer if we can build it, but if we should use it in the way we are planning. The answer lies not in the code, but in the conscience of the human operator, the commander, and the citizen who ultimately bears the cost of the war. The drone is a mirror, reflecting our own desires and fears back at us. It shows us a future where we are safe, but it also shows us a future where we have lost our humanity in the pursuit of victory. The choice is ours to make, and the time to make it is now. The machines are ready. Are we?