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Calm With Character First Aid (36 Educators Package)

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Angel Baker
Angel Baker

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Capt. Lindsay Johnson, commander, A-10C Thunderbolt II Demonstration Team, Davis-Monthan Air Force Base, Ariz., Capt. Samuel Larson, commander, F-22 Demonstration Team, 1st Fighter Wing, Joint Base Langley-Eustis, Va., Maj. Kristin Wolfe, commander, F-35A Lightning II Demonstration Team, 388th Fighter Wing, Hill AFB, Utah, and Capt. Aimee Fiedler, commander, F-16 Viper Demonstration Team, Shaw AFB, Sumter, S.C., pose for a photo during the 2023 Heritage Flight Training Course at Davis-Monthan AFB. The HFTC trains and certifies demo team pilots to fly safely in close formations for upcoming national and international seasonal air shows. (Courtesy photo by Larry Grace)

Gen. Mark Kelly, commander of Air Combat Command, certified the aerial demonstration teams ahead of the 2023 air show season and the major command recently announced the 2023 ACC demonstration team pilots.

F-16 Viper Demo Team Capt. Aimee Fiedler, commander, F-16 Viper Demonstration Team, Shaw Air Force Base, Sumter, S. C., Maj. Kristin Wolfe, commander, F-35A Lightning II Demonstration Team, 388th Fighter Wing, Hill AFB, Utah, and Capt. Lindsay Johnson, commander, A-10C Thunderbolt II Demonstration Team, Davis-Monthan AFB, Ariz., walk the flightline during the 2023 Heritage Flight Training Course at Davis-Monthan AFB. The HFTC prepares members of demonstration teams for their upcoming air show season. (Courtesy photo by Larry Grace)

Finishing Excellence 1997saw a demonstration by ITW Finishing Systems on the application of water basedpaints using an electrostatic spray gun system. The demonstration featured ITWRansburg's Aviator control pack in conjunction with an REA-90 electrostaticspray gun and Aquatank waterborne isolation tank.

The Ransburg Aviator andREA-90 will be demonstrated with the Aquatank. The Ransburg Aquatank can besupplied in 2 and 5 gallon capacities and is available with or without agitator.The Aquatank is an isolation chamber used to contain high voltage from groundfor water based applications. Using pressure pot technology, water based paintpasses through the REA shielded hose assembly to the gun.

OBJECTIVE: Develop a software toolkit that will enable Army system developers, tacticians, and aviators to define and tailor cockpit automation, aiding, and tasking associated with mission planning, coordination, and execution to facilitate optimal usage of unmanned systems within an evolving mission context.

What is needed to make unmanned systems more assessable and useful is to develop a cockpit-ready mission oversight mechanism for an Army Aviator to task distributed unmanned assets for key Army unmanned missions (such as ISR, logistics, counter-UAV, etc.). The effort should build upon the Army's experience with unmanned mission control and should take a form that is appropriate for cockpit environments (see reference 4 for examples). Critical to the success of manned/unmanned teaming is the ability for unmanned assets to be tasked from manned vehicles in such a way as to expand the capabilities of the manned asset beyond just extending range of sensors. Critical challenges include maintaining aviator awareness of distributed asset mission status in flight, supporting the coordination of multiple unmanned assets in a variety of simultaneous activities, and providing efficient control capabilities to the Army Aviator while minimizing the impact on workload.

PHASE I: The contractor shall conduct a trade study analysis to look at technologies options associated with architecting the system. The contractor will use simple mission scenarios and available training material to help scope and develop requirements for the system. The contractor shall conduct a task analysis of potential Aviator and UAS operations to define the scope of tasks and functions that their toolkit must be able to define. The contractor shall develop a proof of concept demo suitable for user review/assessment for key components both tacticians and aviators.

PHASE II: Develop a graphic user interface (GUI) appropriate for aviators in both pre-mission and real-time environments to conduct planning, automating and monitoring for unmanned system. Develop software architecture and interfaces for the key unmanned air vehicles using the UAS PO Interoperability profiles. Coordination with helicopter and unmanned system developers is encouraged enabling compatibility with current Army aviation systems. If appropriate system definitions are not available then appropriate DoD and Industry standards can be substituted. The system shall ultimately be assessed at 2 levels: 1) an assessment of system to define useful mission behaviors in a command and control environment and 2) and assessment of the planning and execution system to meet mission needs in simulated aviator environment.


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