Australia’s MQ-28A Ghost Bat drone destroyed an airborne target while flying alongside crewed military aircraft during a weapons trial at the Woomera Test Range in December 2025. The engagement paired the Boeing-built autonomous drone with an E-7A Wedgetail airborne early warning aircraft and an F/A-18F Super Hornet, marking the first time the platform completed an integrated weapon firing as a “loyal wingman.” Backed by roughly A$1.4 billion in government funding, the trial follows a separate deployment earlier in 2025 at an operational air base in Australia’s north, accelerating the drone’s path from experimental prototype toward a combat-ready asset in the Indo-Pacific.
Why the Ghost Bat’s combat-exercise debut matters now
The December weapons trial did not happen in isolation. Earlier in 2025, the same drone type operated from RAAF Base Tindal during Exercise Carlsbad, a live training event conducted at a frontline base in the Northern Territory rather than a controlled test range. That shift from sterile testing to real-world basing conditions is the kind of operational proof that defense planners across allied nations watch closely. A drone that can only fly from purpose-built facilities is a technology demonstrator. One that deploys to a forward operating base and then, months later, destroys a target while teamed with crewed jets starts to look like a fielded capability.
The hypothesis that this progression will compress loyal-wingman timelines for other Five Eyes air forces deserves scrutiny. The United States Air Force is running its own Collaborative Combat Aircraft program, and the United Kingdom has invested in similar crewed-uncrewed teaming concepts. Australia’s ability to demonstrate both basing flexibility and weapons integration in the same calendar year raises the pressure on partner nations to match that pace or risk falling behind a capability their own doctrine increasingly demands. Whether two additional allied air forces reach comparable integration within 24 months depends on budget cycles, regulatory approvals, and industrial capacity that no single weapons trial can guarantee. But the Ghost Bat’s 2025 record removes the argument that loyal-wingman technology is not ready for operational settings.
Woomera weapons trial and A$1.4 billion funding commitment
The December engagement at the Woomera Test Range involved the MQ-28A Ghost Bat destroying an airborne target while operating in concert with both the E-7A Wedgetail and the F/A-18F Super Hornet. The Australian government announced approximately A$1.4 billion in funding for the program, a commitment that covers continued development, production, and workforce support across Australian suppliers. That dollar figure signals more than routine procurement. It locks in a domestic industrial base for autonomous combat aircraft at a scale that few countries outside the United States and China have attempted.
The weapons trial itself answered a question that had lingered since the Ghost Bat’s first flight in 2021: can this drone do more than fly formation? Destroying a target while receiving direction from a crewed Wedgetail and operating alongside a Super Hornet required the aircraft to handle sensor data, communications handoffs, and weapons release in a compressed timeline. The Australian Department of Defence described the event as an integrated engagement, language that distinguishes it from a simple missile test. Integration means the drone functioned as part of a networked kill chain rather than acting alone.
The Tindal deployment during Exercise Carlsbad added a different kind of evidence. Operating from an active Royal Australian Air Force base proved the Ghost Bat could handle the logistics, maintenance, and airspace coordination of a real military installation. Tindal sits in the Northern Territory, roughly 300 kilometers south of Darwin, and serves as a key staging point for operations across northern Australia and into the broader Indo-Pacific. Placing an experimental drone there during a live exercise forced ground crews, air traffic controllers, and mission planners to treat it as part of the force rather than a separate test item.
Taken together, the Woomera and Tindal events sketch a trajectory from concept to capability. The weapons firing shows the drone can contribute directly to combat effects, while the earlier deployment demonstrates that it can be sustained and operated from a base that also hosts crewed fighters. For a program still officially in development, that combination of lethality and practicality is unusually mature.
How crewed-uncrewed teaming changes airpower
The Ghost Bat is designed to fly as a “loyal wingman,” operating alongside crewed aircraft but at greater risk and lower cost. In a typical mission profile, a Wedgetail might provide long-range radar coverage and battle management, Super Hornets would carry a mix of air-to-air and air-to-surface weapons, and Ghost Bats would extend the formation’s sensor reach or prosecute specific targets. By placing the drone between the fighters and an adversary, commanders can expose an uncrewed platform to the highest-threat zone while preserving pilots and high-value jets.
The Woomera trial hints at how this division of labor could work in practice. If the Wedgetail detects a hostile aircraft, it can pass targeting data to both the Super Hornet and the Ghost Bat. The drone, drawing on that information and its own onboard sensors, can maneuver into firing position, request authorization if required, and launch a weapon. The crewed aircraft remain at standoff range, using their superior situational awareness to supervise the engagement and respond if the threat evolves.
Beyond single engagements, a mature Ghost Bat force could change how Australia plans air campaigns. Autonomous wingmen might conduct high-risk reconnaissance ahead of strike packages, saturate enemy defenses with multiple simultaneous approaches, or act as decoys to draw fire away from crewed assets. Because they are designed to be more affordable than traditional fighters, larger numbers can be fielded, complicating an adversary’s targeting calculus.
Gaps in the public record and what to watch next
Several questions remain open despite the successful trial. Official releases have not disclosed the level of autonomy the Ghost Bat exercised during the Woomera engagement. Specifically, it is unclear whether a human operator authorized every step of the weapons release or whether the drone executed portions of the kill chain on its own after receiving initial clearance. That distinction matters for allied interoperability, because different nations impose different rules on autonomous weapons authority.
Sensor performance data, communications latency between the drone and the crewed aircraft, and the specific type of target destroyed have also not been made public. Without those details, independent analysts cannot fully assess how close the Ghost Bat is to performing the same role in contested airspace, where electronic jamming and advanced air defenses would stress every link in the system. The public record shows only that the drone successfully engaged an airborne target under test conditions, not how it would fare under heavy electronic attack or against maneuvering opponents employing their own countermeasures.
There are also unanswered questions about production scale and export policy. The A$1.4 billion commitment implies an intention to move beyond a handful of prototypes, but officials have not released firm numbers on how many airframes will be built or over what timeline. Potential foreign customers, including close partners in the Indo-Pacific, will watch how quickly Australia fields operational squadrons and whether the system is cleared for sale abroad. Any export decision would intersect with sensitive technology-transfer rules and broader debates about the spread of autonomous weapons.
The framing of the headline itself requires a note of precision. Official Australian sources describe operations at the Woomera Test Range and at RAAF Base Tindal, both located on the Australian continent. While these locations face the Pacific and Indian Oceans and support missions across the broader Indo-Pacific, the Ghost Bat has so far been tested and exercised from domestic bases rather than forward locations overseas. That distinction matters for understanding what has, and has not, yet been demonstrated: Australia has proved that an autonomous combat drone can deploy to an operational base, integrate with front-line jets, and destroy an airborne target under controlled conditions. The next milestones will involve showing that the same system can operate at scale, under stricter rules of engagement, and in the kind of contested environments that its designers ultimately have in mind.
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*This article was researched with the help of AI, with human editors creating the final content.
