AFRL’s XQ-67A, a second-generation Autonomous Collaborative Platform (ACP), efficiently demonstrated integration of presidency reference autonomy throughout a latest flight check within the California Excessive Desert.
The flight showcased the mixing of government-owned autonomyon the XQ-67A, paired with lively tactical datalink communications, to allow dynamic mission execution and real-time coordination with each crewed and uncrewed techniques. The occasion marked a serious milestone in advancing scalable, modular autonomy and seamless interoperable crewed-uncrewed teaming (C/U-T).
“This profitable check underscores the Division’s dedication to fielding autonomous techniques that may combine into joint operations utilizing current tactical networks,” stated Mike Atwood, Vice President of Superior Applications for Normal Atomics Aeronautical Methods, Inc. (GA-ASI). “Authorities owned autonomy on the XQ-67A is a concrete step towards deployable, combat-relevant autonomy that works with and alongside crewed platforms.”
Throughout the flight, the XQ-67A executed check factors to validate the mixing of mission techniques on the plane, together with autonomy, mission computing, networking, energy and thermal administration, and datalinks. By means of a tactical datalink, the plane acquired real-time updates and situational information, giving it the power to coordinate seamlessly with crewed plane and different autonomous techniques sooner or later.
The XQ-67A platform, constructed by GA-ASI beneath contract with AFRL,performs a vital position in exploring the platform sharing strategy to reaching scalable reasonably priced mass. Its efficiency on this flight check advances the Air Pressure’s imaginative and prescient for an built-in autonomous power that may help and increase present and future crewed platforms.
The profitable demonstration within the excessive desert highlights the promise of mixing government-owned autonomy with confirmed tactical communications infrastructure. This strategy accelerates expertise transition and helps AFRL studying goals relating to the mixing of mission techniques throughout the context of the extremely related XQ-67A testbed.
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