In a groundbreaking leap for autonomous warfare, Australia has successfully demonstrated that one operator aboard an E-7A Wedgetail can command multiple MQ-28 Ghost Bat drones in real time—a first in global air combat history. The June 16 trial, held at Woomera, showcased not only technical prowess but also a strategic shift toward manned-unmanned teaming that could redefine how air power is projected in high-threat environments.
This milestone strengthens Australia’s push to build a flexible, interoperable aerial force amid growing regional tensions. The MQ-28s acted as forward sensors, collecting and transmitting data ahead of the E-7A and its strike group. This not only extended the range of situational awareness but also highlighted how unmanned systems can protect and amplify the effectiveness of their crewed counterparts.
More than just a technical demonstration, the event signaled how future warfare will hinge on seamless coordination between humans and machines. With Boeing, the Australian Defence Force, and the U.S. Air Force Research Laboratory driving rapid development, the Ghost Bat program is fast becoming a model for adaptive, AI-supported air dominance.
As the Indo-Pacific security landscape evolves, this test underscores Australia’s intent to lead in next-generation command and control. The age of collaborative combat isn’t on the horizon—it’s already taking flight.
