
US Navy's Carrier Drone Delay Handing The Domain To China
This month, The War Zone (TWZ) reported that Rear Admiral Michael“Buzz” Donnelly of the US Navy's Air Warfare Division outlined a restrained approach to Collaborative Combat Aircraft (CCAs) at the recent Sea Air Space symposium in Washington, DC.
While working with the US Air Force and Marine Corps, the Navy prioritizes the MQ-25 Stingray tanker drone and its operational integration over carrier-based CCAs. Donnelly explained that the Air Force leads in air vehicle and autonomy development, while the Marines emphasize manned-unmanned teaming via the F-35B.
The Navy, trailing its US military counterparts, focuses on infrastructure and autonomy insights gained from the MQ-25. Carrier-specific integration challenges continue to hinder deployment despite the high potential of CCAs.
Donnelly projected that initial CCA designs might emerge by the 2030s, contingent on the MQ-25's operational success. He noted the Navy favors more affordable, disposable drones over the Air Force's costly high-end CCAs. However, progress on classified Navy drone initiatives remains largely opaque.
China's rapid advances in stealth unmanned carrier-based aircraft underscore the urgency for the US Navy to accelerate its efforts. Donnelly's remarks also raise concerns about the timeline for the F/A-XX sixth-generation fighter, envisioned to operate alongside CCAs. The delays reflect broader challenges in adapting unmanned systems to naval aviation.
According to Air & Space Forces Magazine , the Navy's CCAs will share a common architecture with the Air Force to enable greater interoperability. Yet, the unique demands of carrier operations present serious obstacles.
In a November 2022 article for the Drones peer-reviewed journal, Zixuan Liu and co-authors underscore that aircraft carrier decks are more constrained, risk-prone and complex than land-based airfields.
They note the necessity for precise coordination of aircraft categories, support equipment, and launch-recovery sequences to reduce collision risks, which are magnified when incorporating unmanned aerial vehicles (UAVs).

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