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Class Six Fort Campbell - 1/4 Show Caption + Hide Caption - Chief Warrant Officer 2 Ron Rivera, unmanned aircraft systems operations officer, 2nd Brigade Combat Team, 101st Air Assault Wing, operationally tests an RQ-118 Raven Aug. 31 after installing a 3D-printed RQ-118 Raven on Aug. 31 when Sgt. Prototype thruster system. Scott Karczewski of the 2nd Battalion, 502nd Infantry Regiment, 2nd BCT, places the plane. The project is one of several Soldier-led initiatives being developed at the EagleWerx Applied Tactical Innovation Center, which opened its physical location in August. (Photo credit: Ethan Steinquest) View original

2 of 4 Show Caption + Hide Caption - Specialist Jasmine Sampson, 3rd Battalion, 320th Field Artillery Regiment, 3rd Brigade Combat Team, 101st Airborne Division (Assault), provides feedback to Vanderbilt University graduate student Paul Slaughter, who participated in the Aug. 25 exam. . The ExoSuite was developed in collaboration between the EagleWorks Applied Tactical Innovation Center and Vanderbilt University, an EagleWorks facility. (Photo credit: Ethan Steinquest) View original

Class Six Fort Campbell

3/4 View Caption + Hide Caption - Private 1st Class Mitchell Hunter, 3rd Battalion, 320th Field Artillery Regiment, 3rd Brigade Combat Team, 101st Air Assault Division, helps test the strength and mobility of a lightweight exosuit under development in partnership with EagleWerx on Aug. 25 at the EagleWerx facility. Applied Tactical Innovation Center and Vanderbilt University. (Photo credit: Ethan Steinquest) View original

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4/4 Show Caption + Hide Caption - Staff Sergeant Charles Pugh, 1st Battalion, 26th Infantry Regiment, 2nd Brigade Combat Team, 101st Air Assault Division, attaches a 3D-printed propeller system to an RQ-11B Raven for a test drive Aug. 31 EagleWerx at the Applied Tactical Innovation Center. Also pictured is Sgt. 2nd Battalion, 502nd Infantry Regiment, 2nd BCT, left, and Commander 2 Ron Rivera, unmanned aircraft systems operations officer, 2nd BCT. (Photo credit: Ethan Steinquest) View original

Fort Campbell, Ky. – The 101st Air Assault Division is at the forefront of innovation everywhere, and its new EagleWerx Applied Tactical Innovation Center gives Soldiers the resources they need to take their ideas even further.

EagleWerx has supported approximately ten ongoing projects since its launch in November 2020, leveraging bottom-up innovation to improve mission readiness.

Major Benji Hall's concept for an automated armory system is an EagleWorks-based idea that will be presented at Dragon's Lair in the next round of the XVIII Airborne Corps Innovation Challenge. The competition is similar in structure to "Shark Tank," in which Soldiers present their projects to a panel of experts and the commanding officer.

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"If you get that level of executive buy-in, if they put their name and position behind developing something, you get a lot of feedback early on," said Hall, director of innovation and director of force management for the division. , 101. Abn. Div.

"This is the first time we've given Soldiers hard physical resources to work on things," said Capt. Lauren Hansen, 101st Abn assistant innovation officer. Div. "Before we helped them get outside expertise, we advocated for them and helped in planning sessions, but for Soldiers to be empowered, they have to have resources. A division-level program gives them that overhead, and we have a very wide range of resources.

EagleWerx's offerings include 3D printers, laser cutters, robotics kits, sewing machines, tool kits, electronic design stations, collaborative workspace and more—with plans to bring additional resources, including workshops, classes and professional development programs for leaders.

"We approach projects individually because innovative solutions are not about technology," says Hansen. "They can be processes, software, or something really small and simple. And when Soldiers do these exercises together, they're really excited because they all have a chance to be heard and be creative. We're getting a social truth instead of a loud voice in the room, and that's something Soldiers really care about."

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Hansen said EagleWerx's current operations are part of a soft opening, with tentative plans to hold a ribbon cutting and grand opening in December. The facility will eventually have three full-time employees and competitive quarterly stipends for junior NCOs.

"They come for a 90-day rotation and they learn how to use design methods to create creative solutions," he said. "Then they work here full-time, and when they go back to the military, they can spread what they've learned. This means they retain their operational relevance, but they also have time to work on really meaningful projects.

Having full-time employees at EagleWerx is key to helping Soldiers, such as Chief Warrant Officer 2 Ron Rivera, unmanned aircraft system operations officer, 2nd Brigade Combat Team, 101st Abn. Div. Realize his passion project.

Rivera has been working on new propeller designs for the RQ-11B Raven since working with the 5th Special Forces Group (Airborne) in 2016 and partnered with EagleWerx in July to develop and implement a large-scale solution.

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"Now that I'm the operations officer at the polytechnic, one of my top priorities for the brigade is to make sure our Raven program is healthy," he said. "Commercial polytechnics are well-suited to handling some of the things we do on a day-to-day basis, especially in terms of the Raven's noise signature. When you add the noise signature it's very loud or the throttle settings and the batteries that come with the system are getting old at this point, so they're working at a lower efficiency."

EagleWerx currently prints various models for the propeller system, which Rivera notes is a significant improvement after refinement.

"It greatly increases the flight time and reduces the noise of the ravens, so you have the ability to fill in more stealthily and closer to the target," he said. “We'll print a couple, maybe do a test run and get some stats over 20-30 flight hours, how much we've been able to reduce battery consumption at a given time compared to a conventional propeller. The system is designed to be used."

After achieving those results, Rivera said, the goal is to take the design to higher headquarters and the project management office for wider adoption.

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"If we design something, we test it and if it works, we can give it to a U.S. research lab, the U.S. Combat Capabilities Development Command or the U.S. Futures Command and say we're going to save tens of thousands of dollars by reducing energy costs," Hansen said. . "For example, a propeller: they say it cuts battery life by a quarter. If you mass-produced it and installed it everywhere, you'd probably save hundreds of thousands of dollars."

Hall hopes his automated armory system concept will eventually be widely adopted and says it could cut equipment check-out times by at least half.

"Currently, soldiers have to stand in line and sign two separate documents by hand to get permission to export equipment for accountability purposes," he said. "When they come back they do the same thing in reverse, so even though it seems like a short process, it takes one minute for one soldier. When you take a whole group of soldiers, it takes a lot of time. Raise their weapons. My understanding is that we automate that process so that the soldiers They can use their ID instead of coming in and signing by hand.

That means building a database with a robust user interface, and Hall is currently gathering feedback from Soldiers through EagleWerx to ensure it meets their needs. Although the project is in its early stages, he is confident that the concept has what it takes to attract key backers to Dragon's Lair.

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"It's easy to implement and doesn't require extensive research and development periods," he said. "In the next six months, I believe we will be able to impact Soldiers across the facility as far as time spent away from training to check weapons and go out and do mundane tasks."

EagleWerx aims to develop most concepts into mature, at least viable projects within six months, and community partners like Vanderbilt University and Middle Tennessee State University will help them do so.

"So far, we have two projects that we're currently working on with Vanderbilt," Hansen said. "For one of them, they developed an exosuit based on what 3rd Brigade soldiers do in the field, especially for those under fire where they do a lot of heavy lifting and do everything manually. It's designed to reduce the physical load by 50. 70 pounds."

Vanderbilt researchers are developing the suit based on ongoing feedback from soldiers. One of the latest tests took place on August 25 at the EagleWerx Applied Tactical Innovation Center.

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"We're really focused on building a soft, passive and lightweight exosuit that can be integrated into soldiers' uniforms," ​​said Shimra Fine, an exosuit technician at Vanderbilt.

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