The Boeing MQ-28: The Drone Everybody Wants.
Why It Matters
The Ghostbat offers a low‑cost, autonomous wingman that can multiply combat power for smaller air forces, potentially redefining force structures and export markets in the next decade.
Key Takeaways
- •Boeing MQ‑28 “Ghostbat” can be controlled by one pilot for three drones.
- •Australia becomes first post‑WWII nation to design combat drone.
- •Modular nose payload enables rapid mission reconfiguration and export potential.
- •Estimated unit cost around $2 million, making it semi‑expendable.
- •Successful air‑to‑air missile test paves way for armed operational use.
Summary
The Boeing MQ‑28 Ghostbat, slated for service by 2028, is Australia’s first combat‑drone design since World War II. Developed jointly by the Royal Australian Air Force and Boeing Australia, the unmanned aircraft operates as a “loyal wingman,” allowing a single fighter pilot to command up to three drones while remaining in his own jet.
Key technical features include a Williams FJ33 turbo‑fan engine delivering Mach 0.9 speed, 2,000‑nm range, and a 40,000‑ft ceiling, plus a detachable nose that can be swapped for mission‑specific payloads. Its AI‑driven autonomy handles take‑off, climb, patrol and target‑lock tasks, while a modest radar‑cross‑section shape provides sufficient stealth without costly radar‑absorbent material. At roughly US$2 million per unit, the Ghostbat is designed to be semi‑expendable, offering a cost‑effective force multiplier.
The program progressed from a 2019 mock‑up to its first flight in February 2021, culminating in a December 2025 air‑to‑air missile test where the Ghostbat, guided by an E‑7 controller and paired with an F/A‑18F, launched an AI‑120 missile and downed a target drone using only four commands. Boeing and Australian officials highlighted the test’s success, prompting a further A$1.44 billion investment to accelerate block‑2 production.
If adopted widely, the Ghostbat could reshape aerial warfare by enabling smaller air forces to field high‑performance, networked strike packages at a fraction of traditional fighter costs. Its export‑ready design and autonomous capabilities position it as a strategic asset for nations seeking to modernize fleets while minimizing pilot risk and budgetary strain.
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