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The United States Air Force has successfully demonstrated a significant breakthrough in human-machine teaming, flying semi-autonomous aircraft alongside crewed fighter jets during a live training exercise over the Gulf of Mexico.
The test is a critical step towards the future of air combat operations, where manned and autonomous platforms work together to outpace evolving threats. During the exercise at Eglin Air Force Base, pilots flying an F-16C Fighting Falcon and an F-15E Strike Eagle each commanded two XQ-58A Valkyrie autonomous collaborative platforms (ACP).
The training event showcased the ability of these next-generation systems to integrate with crewed aircraft in real time, executing complex air combat tasks under the guidance of human pilots while operating with a high degree of autonomy.
ACPs are designed to be cost-effective, runway-independent platforms capable of operating in high-risk or denied airspace. They are being developed to serve as force multipliers taking on dangerous missions, drawing enemy fire, conducting electronic warfare, or providing additional sensor and strike capacity all while keeping human pilots out of immediate danger.
This latest demonstration represents a major step forward in integrating these platforms into front-line combat formations.
General Ken Wilsbach, Commander of Air Combat Command, said, “This test with ACPs directly addresses the evolving requirements of modern warfare and the needs articulated by our warfighters.”
“We are committed to innovation and integrating ACPs through demanding, operator-driven evaluations that enhance our combat edge, maintain air superiority, and ensure joint force effectiveness in complex future environments,” Gen Wilsbach added.
The trial was conducted under the US Department of Defense’s Rapid Defense Experimentation Reserve program, an initiative designed to fast-track priority capabilities through prototyping and real-world testing.
The event was a joint effort involving the Air Force Research Laboratory (AFRL), Air Combat Command, Air Force Test Center and the US, Navy reflecting a whole-of-force approach to delivering innovation at speed.
Brigadier General Jason Bartolomei, Commander of AFRL, said the exercise marked a crucial milestone in building and fielding collaborative air combat systems, saying, “By integrating autonomous platforms with manned systems, we are increasing combat effectiveness, rapidly adapting to threats and reducing risks to our aircrews.
“This is about expanding our options, delivering operational flexibility and credible combat mass in a more contested world.”
The XQ-58A Valkyrie, developed by Kratos Defense, is a low-cost, high-performance unmanned combat air vehicle designed to operate with or without direct control from a human pilot. It features stealthy design characteristics, the ability to carry sensors or weapons and runway independence, making it a prime candidate for future collaborative combat air operations.
The successful demonstration will have global implications, particularly for close partners like Australia, which is actively developing its own loyal wingman-style autonomous aircraft under the Ghost Bat program.
Australia’s commitment to human-machine teaming through the RAAF and Boeing Defence Australia aligns closely with the US approach, including the push for rapid prototyping, iterative testing and integrated manned-unmanned combat formations.
As the Australian Defence Force (ADF) shifts toward more dispersed, survivable and networked force structures, platforms like the Valkyrie and Ghost Bat are central to delivering persistent surveillance, strike options and electronic warfare support in contested Indo-Pacific environments. Shared testing insights from demonstrations like this are likely to feed directly into allied interoperability under AUKUS Pillar II and other integrated air and missile defence frameworks.
The data collected from the demonstration will inform ongoing development and refinement of autonomous collaborative capabilities, with the aim of fielding operational systems at scale in the coming decade.
US officials emphasised the role of such platforms in delivering “credible mass”, the ability to surge survivable, capable airpower quickly and affordably, especially in a high-intensity conflict. As the US and its allies prepare for a more complex and contested global security environment, the seamless integration of autonomous and crewed systems is seen as key to future operational success, with this trial marks a decisive move towards realising that vision.
