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1Clear out junk files and repair common Windows errors2Fix the driver behind crashes, sound loss and screen glitches3Repair Windows errors before they cause bigger problemsIn publicly reported U.S. examples, human operators direct uncrewed aircraft as part of a crewed–uncrewed team, while onboard software performs defined flight and coordination tasks. “Autonomous fighter jet” is therefore a loose label: the demonstrations described here do not establish that a general-purpose, independently operating fighter is in service or that an aircraft independently chose and attacked a live target. The exact control interfaces and operational authority rules have not been disclosed.
What does a human operator control?
Control is layered, not simply a choice between a pilot flying every maneuver and an aircraft acting entirely on its own. The public examples show different divisions of work: an operator can direct an uncrewed aircraft, onboard software can carry out bounded flight behaviors, and people can monitor a test through command-and-control stations or safety processes. The details vary by demonstration; the sources do not establish one universal control model for collaborative combat aircraft (CCA).
Mission direction and aircraft control
In a U.S. Air Force air-combat training event reported in July 2025, an F-16C pilot and an F-15E pilot each controlled two XQ-58A Valkyries. The Air Force described the Valkyries as semi-autonomous and characterized the event as an operator-driven evaluation. That demonstrates one pilot directing multiple uncrewed aircraft in a training scenario—not a disclosed command interface or evidence of operational fielding.
Delegated flight behavior
Software can execute specific behaviors without that meaning it has authority over every mission decision. In a 2021 Skyborg Autonomy Core System test aboard a UTAP-22, the aircraft responded to navigation commands, reacted to geofences, adhered to flight envelopes, and demonstrated coordinated maneuvering. The Air Force reported a two-hour-and-ten-minute flight. These are examples of bounded flight autonomy, not a complete description of how a current CCA would be controlled.
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Monitoring and safety oversight
The Skyborg test was monitored from airborne and ground command-and-control stations. In a separate 2023 XQ-58A sortie lasting three hours, Air Force Research Laboratory-developed machine-learning algorithms flew the aircraft to solve a tactically relevant challenge problem. The Air Force reported a multi-layer safety framework; the development approach included high-performance computing, modeling and simulation, hardware-in-the-loop events, and ground testing. That is a test account, not proof that the same configuration or safeguards are deployed in combat.
How the public demonstrations differ
The examples below are not competing versions of a single operational system. They document different development or training activities, and the public accounts provide different levels of detail.
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| Example | Who directed or controlled the aircraft? | What software behavior was described? | Where was it monitored? | What the event establishes |
|---|---|---|---|---|
| Air Force XQ-58A training event, July 2025 | An F-16C pilot and an F-15E pilot each controlled two Valkyries. | The aircraft were described as semi-autonomous; specific delegated behaviors are not stated in the Air Force account. | Not stated in the Air Force account. | Operator-driven evaluation in a training scenario; not evidence of operational fielding. |
| AFRL XQ-58A sortie, July 2023 | Machine-learning algorithms flew the aircraft; the exact operator control arrangement is not stated in the Air Force account. | Algorithms solved a tactically relevant challenge problem. | A multi-layer safety framework was reported; specific monitoring stations are not stated in the Air Force account. | A three-hour test sortie, not evidence of combat deployment. |
| Skyborg Autonomy Core System on UTAP-22, 2021 | Navigation commands were part of the demonstrated control; the account does not specify the full division of control authority. | Navigation-command response, geofence response, flight-envelope adherence, and coordinated maneuvering. | Airborne and ground command-and-control stations. | A two-hour-and-ten-minute autonomy test, not a description of current CCA operating procedures. |
| NAVAIR future carrier CCA coordination demonstration, December 2025; reported January 2026 | The program lead described the aircraft as executing a mission beyond the visual range of the remote-control operator; detailed control arrangements are not stated in the NAVAIR account. | Multi-platform coordination was the demonstration’s aim; autonomous mission planning was described as a future step. | Not stated in the NAVAIR account. | Development progress toward future carrier CCA, not proof of operational deployment. |
Does autonomy include authority to use weapons?
No such conclusion follows from the flight demonstrations. Flight autonomy—such as navigation, maneuvering, or remaining within a flight envelope—is distinct from the decision to use force. The cited accounts do not say that the aircraft selected and engaged live targets, and they do not establish that the 2025 training event involved live weapons.
U.S. Department of Defense Directive 3000.09 emphasizes appropriate human judgment over the use of force and compliance with applicable law, treaties, safety rules, and rules of engagement. This is a policy requirement; it does not mean a person must continuously hand-fly every maneuver or personally approve every non-lethal flight-control action. In a November 2023 speech, Deputy Secretary of Defense Kathleen H. Hicks said, “As I’ve said before, our policy for autonomy in weapon systems is clear and well-established.”
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Does human supervision always mean real-time intervention?
Not necessarily. The UK Ministry of Defence describes human-machine teaming as its default approach to AI adoption and says the degree of autonomy and type of human control should be considered case by case. Its guidance says satisfactory human control does not always require real-time human supervision. That is UK policy guidance, not a universal rule or a description of U.S. CCA procedures.
“Human in the loop” can obscure these distinctions if used as though it described every system and every decision. Policy can require appropriate human judgment over force while software performs delegated flight tasks; the nature and timing of supervision depend on the system and context.
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What public reporting does not reveal
The available accounts do not establish the exact operator interface, command vocabulary, datalink architecture, authority-transfer procedure, workload limits, or what these aircraft would do if communication were lost. They also do not provide a universal account of how operators supervise fielded CCA aircraft. In particular, the reports do not support claims that a specific aircraft would automatically return home, loiter, or abort after a lost link.
The practical answer is therefore specific but bounded: people have directed and monitored uncrewed aircraft in tests and training, while onboard autonomy has handled demonstrated flight behaviors. Public evidence does not reveal the full operational control arrangements, and it does not equate flight autonomy with autonomous weapon employment.
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