U.S.-based drone-maker Kratos Defense & Security Solutions unveil its XQ-58A Valkyrie unmanned combat aerial vehicle on the international market at the 29th International Defense Industry Exhibition MSPO 2021 in Poland.
The XQ-58A is a low-cost tactical Unmanned Aircraft System (UAS) designed to deliver a combination of long-range, high-speed, and maneuverability along with the capability to deliver a mix of lethal weapons from its internal bomb bay and wing stations.
Kratos says the XQ-58 Valkyrie is an experimental stealthy unmanned combat aerial vehicle designed and built by the company for the United States Air Force Low-Cost Attritable Strike Demonstrator program, under the USAF Research Laboratory’s Low-Cost Attritable Aircraft Technology (LCAAT) project portfolio.
The newly UAS reportedly will have an impressive range of more than 4,800 kilometers. It also can carry a payload of 272 kg, including small-diameter bombs and missiles.
Contracts worth a combined $20.2 million to Kratos and General Atomics for development of the Autonomous Core System of the Skyborg unmanned aircraft control system will propel Skyborg toward becoming a program of record on time in 2023, the Air Force Life Cycle Management Center announced Aug. 16.
Kratos received $13.2 million for work on its XQ-58A Valkyrie, while General Atomics received $7 million for work on its MQ-20 Avenger. The Air Force did not say when the contracts were exercised. The work will support further integration of the Autonomous Core System (ACS) in the aircraft as well as experimentation in large-force exercises. The goal is to enter a program of record in 2023, confirming a timetable the program executive officer for fighters and advanced aircraft hedged about just last week.
Skyborg is one of the Air Force’s “Vanguard” pathfinding technology programs, seeking an artificial intelligence-enabled system to control unmanned aircraft in a future manned/unmanned aircraft teaming concept.
“These contract actions, while tactical in nature, are strategically important to this Vanguard as we continue to discover and learn how we will employ this advanced technology in the fight,” Program Executive Officer Brig. Gen. Dale R. White said in a press release Aug. 16. “The team has always been committed to transitioning Skyborg to a program of record, and we’ll be ready in 2023 as the Air Force prepares its FY’23 President’s Budget submission early next year.”
Last week, however, White hedged about whether Skyborg would be ready in that timeframe, saying timing would be based on funds available.
“I won’t say  is not achievable,” White told reporters in a press conference Aug. 12. “I will just say that it has to be balanced with all of the other requirements we have across the portfolio.” He added that there’s “still some amount of work that we want to do with respect to both the platform and the autonomy piece before we make that transition, and so we’re on a path to do that.” There is “commitment” from “warfighters and … requirements writers” that Skyborg will be part of the future force, White said.
If the Air Force thinks Skyborg will “fit inside future budgets, certainly I think we’d be ready. I just don’t think we’re ready to commit to that right now,” he added. Leidos developed the autonomous flight control system, which White said is intended to be “platform agnostic.”
White indicated that USAF continues to evaluate how Skyborg-related aircraft will “fit into the overall picture of the force structure in the long term.”
the Autonomous Core System successfully operated a General Atomics MQ-20 Avenger—the Air Force has an unspecified but small number of these stealthy “Predator C” drones—in a June “Orange Flag” exercise. The system had previously operated Kratos’s UTAP-22 Mako, demonstrating that the same system could fly different airplanes.
“Flying the Skyborg ACS on platforms from two different manufacturers demonstrates the portability of the government-owned autonomy core, unlocking future multimission capabilities for the joint force,” Air Force Research Laboratory commander Maj. Gen Heather L. Pringle said in a press release about the experiment.
The ACS will also be used experimentally on Boeing’s stealthy Airpower Teaming System drone, developed with Australia. White said the Boeing airplane will fly with ACS next year.
The Air Force Life Cycle Management Center said the next operational exercise with Skyborg will be conducted this fall.