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Archive for the ‘Army’ Category

First Multi-Domain Task Force Plans to be Centerpiece of Army Modernization

Wednesday, February 10th, 2021

WASHINGTON — The Army’s first Multi-Domain Task Force is charting an unknown path to help reshape how the total force fights and wins on future battlefields, its commander said Wednesday.

Initiated in March 2017, the MDTF pilot program focused on defeating an enemy’s anti-access/area denial, or A2/AD, capabilities in the Indo-Pacific region. Since then, through exercises and assessments, the program ensured the task force was able to deploy and operate in the region before it officially activated in the fall.

“There is little doctrine for [MDTFs],” said Brig. Gen. Jim Isenhower, the commander, adding his trailblazing unit will be a centerpiece of Army modernization.

As a centerpiece for the future Army, MDTFs are “new, networked, maneuver theater assets, focused on adversary A2/AD networks,” Isenhower said. Their capabilities also provide deterrence options for combatant commanders.

“The Army has empowered us, and asked us to figure out how we’re going to maneuver effectively in all domains, which will characterize how we fight in the future,” he added.

Down the road, the MDTF, which is based at Joint Base Lewis-McChord, Washington, won’t be alone. Later this year, a second MDTF is being planned to stand up in Europe. A third task force may also stand up and serve the Indo-Pacific next year.

The first MDTF originally had a field artillery brigade as its core that merged with an Intelligence, Information, Cyber, Electronic Warfare and Space, or I2CEWS, element.

“Through distributed operations and with access to requisite authorities, MDTFs are advanced headquarters that synchronize kinetic and non-kinetic capabilities in support of strategic objectives,” Isenhower said.

“We face increased physical and virtual standoff through layered and integrated networks, where adversaries leverage all instruments of national power to blur the lines between competition and conflict, altering international norms to the detriment of the international community,” he said.

Great power competition

For the MDTFs, the plan ahead is to evolve and outpace the speed of any persistent, great power competitors like China and Russia, said an officer assigned to the task force.

“Great power competition requires an Army that is capable of complete integration across the joint force to compete with our adversaries,” he said.

From a joint warfare perspective, this is where the MDTF comes in. “Our exercises are joint, our plans are joint, and we incorporate input from across the joint services at every turn,” he said.

That foundation enables the total force to use a broad range of multidisciplinary capabilities. It also gives joint forces the freedom of action to fit the needs of each service, he said.

Preparing Soldiers

Like with other Army organizations, it’s the individuals selected who make the task force exceptional, according to one of its senior enlisted members.

“Within our ranks are highly-trained Soldiers with specialized skill sets, [and are] technologically astute, creative thinkers, who are looking at new ways to address complex problem sets,” they said. “The diversity of our formation fosters an environment of critical thinking, and the Soldiers who comprise our task force are leaders at the front of their career fields.”

The MDTF Soldiers reflect the nation, he added, and are “the best at coming together to leverage technology and joint resources to meet the imperatives of our national defense strategy.”

After qualifying for the task force, they said, each member represents the best of each priority they specialize in. “That’s one of the most exciting parts of this — the Soldiers who comprise our organization,” he said.

Whether in exercise or garrison, the MDTF members do things others simply cannot, they said. Specifically, the experience of working in joint exercises, or becoming fluent in the synchronization and planning efforts typically linked to the joint environment.

“Every member on the MDTF values their opportunity to contribute to the Army’s — and the joint force’s — efforts to develop these new concepts, like [multi-domain operations] and all-domain warfare,” Isenhower said.

Joint problems need joint solutions

But the task force will only be as successful as the joint partnerships they maintain, they said. Those partnerships have come with their share of eye-openers.

“Our proximity to joint partners [has given us] a few lessons learned,” said a senior officer assigned to the task force. “We tend to get these large gains out of exercises that we’ve been on in the Pacific, but one of those lessons we were coming away with is that we need a more persistent training environment.”

On any given week, the MDTF may partner alongside a Carrier Strike Group from the U.S. Navy or fire planners from the U.S. Air Force.

These are prime examples of how the task force is a joint-enabler, and “without those joint partners, we’d become an Army solution [for] only Army problems,” the officer said. Instead, “we’re looking to work [with] joint partners toward joint solutions.”

“Many times, joint solutions are inhibited by closed architectures within respective forces, Isenhower said.

The task force “found opportunities to accelerate joint interoperability by just getting the right people in the room to talk to each other and figure out how to break down both literal and figurative firewalls that might inhibit rapid communication,” he said.

Although there is still work to do, the task force is on the right track, he said. MDTFs will simultaneously integrate joint partners and emerging technologies to inform the Army’s transformation into a faster, more dynamic force.

“This is a unique opportunity, and the MDTF — Soldiers and family members alike — feel privileged to be a part of it and don’t take for granted the responsibility and the privilege the Army’s given us to chart this path forward,” Isenhower said.

By Thomas Brading, Army News Service

Army Spectrum-Sensing Technology to Help Units Avoid Detection

Tuesday, February 9th, 2021

ABERDEEN PROVING GROUND, Md. (Feb. 3, 2021) – The Army is improving situational awareness of the electromagnetic battlefield by developing spectrum-sensing capabilities that provide Soldiers with greater awareness of their own radio emissions.

Soldiers currently cannot “see” their own radio emissions within the radio frequency spectrum, putting them at risk of detection by adversaries. The Army’s spectrum awareness effort provides intuitive graphic overlays that enable Soldiers to visualize the energy emitting from their radio frequency systems, said Jonathan Lee, an engineer with the Command, Control, Communications, Computers, Cyber, Intelligence, Surveillance and Reconnaissance (C5ISR) Center – a component of Army Futures Command’s Combat Capabilities Development Command.

“Knowing what we look like to the enemy from an electromagnetic perspective is a critical capability at all echelons of the Army,” said Lee. “This technology improves one’s situational understanding of the electromagnetic environment. It will enhance units’ ability to determine if a signal is friendly or malicious, and it will aid in planning maneuvers.”

Spectrum awareness is one of eight promising Army-developed science and technology efforts the Network Cross-Functional Team (CFT) has prioritized to receive research, development, test, and evaluation prototyping funds to move from early research and development to the demonstration and validation phase.

“Today, we need to be more judicious in order to increase survivability, specifically for our command posts where technology that transmits is most dense,” said Chief Warrant Officer 5 Chris Westbrook, N-CFT chief of marketing research and senior technical advisor. “This effort is going a long way to informing network design and our capability sets.”

Fiscal year 2020 is the first year the Network CFT requested and received prototyping funds aligned to science and technology integration efforts in support of future network capability sets.

“The funding is allowing the science and technology community to take the next step in developing spectrum awareness capabilities that will address capability gaps for the Army,” said Lee. “We believed this technology could be further matured to support additional complex propagation environments and support the identification of new and complex signal types. More work has to be done to further improve our situational awareness and understanding capabilities, but this funded effort is a key step in enhancing those for our Soldiers.”

Lee and his team were able to continue growing the capability from a Department of Defense technology readiness level (TRL) 4– which represents component or breadboard validation in a laboratory environment – to a TRL 6, which is a prototype ready for demonstration in an operationally relevant environment. This included further maturing capabilities for actionable intelligence and improved mission planning, such as Electronic Attack Effects Simulator (EAES) and Real Time Spectrum Situational Awareness (RTSSA).

EAES provides near-real time modeling and simulation to compute and visualize the impact of an adversarial electronic attack on a proposed course of action, thus aiding commanders in determining how best to maneuver assets within the battlespace.

RTSSA senses and compares detected spectrum against authoritative assignment data in the Joint Spectrum Data Repository to discriminate between “friendly” and adversarial communications emitters and other unauthorized radio frequency emitters, thus improving the quality of spectrum assignments and command decision support.

The C5ISR Center is partnering with the Network CFT and program executive offices (PEOs) to ensure these maturation efforts are properly vetted early for a viable and smooth transition to a program of record.

EAES, RTSSA and other C5ISR Center spectrum awareness capabilities are slated to be integrated with current and future increments of the Electromagnetic Warfare Planning Management Tool (EWPMT) – a capability under Project Manager Warfare and Cyber of PEO Intelligence Electronic Warfare and Sensors (IEW&S) that supports the commander’s military decision-making process.

“The EWPMT helps mitigate a critical vulnerability gap across most Army formations today: the ability to understand a unit’s friendly ‘foot print’ in the electromagnetic spectrum,” said Lt. Col. Jason Marshall, PEO IEW&S’s product manager for Electronic Warfare Integration (EWI). “This enables electronic warfare officers and electromagnetic spectrum manager Soldiers to inform their commander on how to conduct emission control, which ultimately enhances force protection and command post survivability in near-peer conflict.”

According to Marshall, the capability of widespread spectrum sensing contributes to a more accurate, timely, and tactically relevant understanding of the radio frequency spectrum, providing Soldiers with enhanced mission planning and the ability to inform multi-domain operations.

The C5ISR Center is working with PdM EWI to identify additional capabilities and demonstration needs. Spectrum awareness technologies are slated to be included in the first capability drops scheduled for fiscal years 2022 and 2023.

“The collaboration between the user community, research and development and acquisition is key to identifying what technologies are within the realm of possibility while refining the Soldier’s requirements as the current tactics, techniques, procedures and doctrine evolve,” Marshall said.

By Jasmyne Douglas, DEVCOM C5ISR Center Public Affairs

Embracing Holistic Health and Fitness for ACFT Success

Sunday, February 7th, 2021

JOINT BASE LANGLEY – EUSTIS, Va. – With the New Year comes a fresh start and a chance to start new positive habits, and that’s exactly what the U.S. Army is doing with the new Holistic Health and Fitness initiative.

The Holistic Health and Fitness system, led by the U.S. Army Training and Doctrine Command’s Center for Initial Military Training, represents a new approach to building lethality and readiness by focusing on Soldier physical, mental, and spiritual health.

From this new initiative came the new Army Combat Fitness Test, which will eventually replace the Army Physical Fitness Test as the official physical fitness test of record. Though the ACFT is still in the data collection stage, Soldiers across the enterprise have been encouraged to continue to train so they are ready to pass once the test is fully implemented.

A New Way to Train

In an effort to apply the new H2F initiative towards a variety of fitness demographics, as well as Soldiers’ ACFT performance, the team of expert at USACIMT have begun a ten week training program for Soldiers of Fort Eustis that puts the new initiative to work.

The program volunteers come from a wide range of fitness demographics, including Soldiers who are in the Army Body Composition Program, post-partum, post-surgery, or simply just struggling to pass specific events in the ACFT.

When asked about their goals for the program, Staff Sgt. Jacob Walker stated, “My goal is to recover from surgery with the new knowledge the Army is implementing with the H2F program, as well as to take this information back to my unit and train others with it.”

Sgt. Kenya King stated, “One of my strongest goals in this program is to take the knowledge I gain to encourage soldiers on a better health approach while training for the ACFT.”

The training group, coordinated by the 2020 Drill Sergeant of the Year, Sgt. 1st Class Erik Rostamo, meets three times a week and applies the five domains of Holistic Health and Fitness expressed in the FM 7-22 regulation – physical, nutritional, mental, spiritual, and sleep – to create individualized training plans for each of the participants.

Putting the Doctrine to Use

Along with the individualized fitness plans, Rostamo and his team will assist the participants in building a plan for their nutritional, mental, and spiritual health.

The participants will also work with command dietician, Maj. Brenda Bustillos, as a resource for guidance on creating nutritional meal plans that will work with each individual’s health needs. She will host regular discussions with the Army Body Composition Program participants after each physical training session to discuss and encourage healthy eating habits.

For mental resiliency, the program develops personal readiness through weekly Master Resiliency Training courses, creating Specific, Measurable, Attainable, Relevant, Time-based goals, also referred to as SMART goals, and providing various cognitive challenges during physical training. An example of a cognitive challenge that Rostamo provided was placing playing cards throughout the PT circuit without letting the participants know prior to, and then asking them which cards were placed after they finish the PT circuit. This type of training will strengthen the participants’ ability to stay aware of their surroundings while focused on a specific task at hand.

Lastly, for the spiritual component, the USACIMT chaplain, Lt. Col. Paul Fritts, provides the participants with lectures throughout the program to inspire them and help them find their “why” factor.

“The spiritual component is one of the most important, yet most misunderstood components of the H2F program,” Rostamo stated.

Rostamo explained that the spiritual component is composed of the Soldier’s values, or internal warrior factor, that drive them to want to improve themselves and be the best version of themselves that they can be.

Transforming the Force

This ten-week program, along with many other similar demonstrations happening throughout the force, shows just how beneficial the Army’s new H2F initiative can be when implemented correctly by team and squad leaders.

According to Rostamo, this new initiative is creating a cultural change in the Army that will escape the “one size fits all” approach to readiness.

“It will require a lot more creativity on the team and squad leaders than it has in the past to give Soldiers a plan that works for them,” Rostamo states. “Personal readiness is crucial, especially when it comes to building cohesive teams.”

By Nina Borgeson, TRADOC Communications Directorate

TRADOC’s New “Project Athena” Initiative Promotes Personal, Professional Self-Development

Saturday, February 6th, 2021

Officers attending Basic Officer Leaders Course-B and Captains Career Courses are getting the opportunity to jump-start their self-development with a U.S. Army Training and Doctrine Command initiative called “Project Athena.”

Project Athena, named for the Greek goddess of war and signifying wisdom and learning, is a leader development program designed to inform and motivate Soldiers to embrace personal and professional self-development. These assessments are intended to serve Soldiers throughout their career and over the next year will extend to noncommissioned officer, warrant officer and Civilian Education System courses at all levels of professional military education.

Specific assessments vary based on the level of PME. Trained proctors at the Centers of Excellence are currently delivering a series of introductory assessments to BOLC-B students. Assessments tapping into more advanced capabilities are given progressively to CCC and later to other more senior military students in the Command and General Staff Officers’ Course.

Mission Command Center of Excellence Director Brig. Gen. Charles Masaracchia is spearheading the program for TRADOC and the Combined Arms Center. “Leaders need to ask themselves three questions: ‘Am I as good as I want to be, or need to be, to lead Soldiers? Am I willing to honestly answer an assessment about who I am right now? Am I willing to put in the effort to improve?’ If the answer is ‘I’m not as good as I need to be,’ then Athena can help.”

As an example, BOLC-B students execute the following assessments during the program of instruction: Nelson Denny Reading Test, Criterion Online Writing Evaluation Service, Social Awareness and Influence Self-Assessment, Self-Assessment Individual Difference – Inventory (SAID-I), Army Critical Thinking Test, and a Leader 180 (self and peer assessment). In contrast, CCC students conduct a full Leader 360 (includes self, peer and superior assessments), Social Skills Inventory, Individual Adaptability, SAID-I, and the Military and Defense Critical Thinking Test and Inventory.

Staff and faculty are then made available to interpret the results and provide feedback to the individual, upon request. This feedback, a crucial component of the program, will help students gain self-awareness, learn where they need improvement and guide them in the creation of a self-development plan.

Hundreds of learning resources, tied to each assessment and the areas assessed, are available at no cost to the individual. Armed with this information, Soldiers can begin the self-development process immediately and proceed at their own pace.

“Athena takes a comprehensive view of what Soldiers and leaders need to be able to do and the ways they can improve,” said Col. Samuel Saine, director of the Center for the Army Profession and Leadership. “Better self-awareness allows individuals to make better choices about what they do – with tangible feedback, they can quickly take action to address how they lead, communicate, think, and interact with others.”

Athena assessments began in July 2020 and CAPL and the CoEs are continuously reviewing the program’s execution and making adjustments as necessary. All students in the remainder of the CCCs and in CGSOC will begin using Athena assessments in early 2021.

“Leaders that answer their assessments openly and honestly, will benefit the most,” said Saine. “They can continue to evaluate feedback and adjust their personalized programs throughout their careers. The intent is to fuel a lifelong commitment to self-development and improvement. If we’ve accomplished that, we’ve met our goal.”

By Randi Stenson, MCCoE Public Affairs

Discovery Could Lead to Self-Propelled Robots

Thursday, February 4th, 2021

RESEARCH TRIANGLE PARK, N.C. — Army-funded researchers discovered how to make materials capable of self-propulsion, allowing materials to move without motors or hands.

Researchers at the University of Massachusetts Amherst discovered how to make materials that snap and reset themselves, only relying upon energy flow from their environment. This research, published in Nature Materials and funded by the U.S. Army, could enable future military robots to move from their own energy.

“This work is part of a larger multi-disciplinary effort that seeks to understand biological and engineered impulsive systems that will lay the foundations for scalable methods for generating forces for mechanical action and energy storing structures and materials,” said Dr. Ralph Anthenien, branch chief, Army Research Office, an element of the U.S. Army Combat Capabilities Development Command, now known as DEVCOM, Army Research Laboratory. “The work will have myriad possible future applications in actuation and motive systems for the Army and DOD.”

Researchers uncovered the physics during a mundane experiment that involved watching a gel strip dry. The researchers observed that when the long, elastic gel strip lost internal liquid due to evaporation, the strip moved. Most movements were slow, but every so often, they sped up.

These faster movements were snap instabilities that continued to occur as the liquid evaporated further. Additional studies revealed that the shape of the material mattered, and that the strips could reset themselves to continue their movements.

“Many plants and animals, especially small ones, use special parts that act like springs and latches to help them move really fast, much faster than animals with muscles alone,” said Dr. Al Crosby, a professor of polymer science and engineering in the College of Natural Sciences, UMass Amherst. “Plants like the Venus flytraps are good examples of this kind of movement, as are grasshoppers and trap-jaw ants in the animal world.”

Snap instabilities are one way that nature combines a spring and a latch and are increasingly used to create fast movements in small robots and other devices as well as toys like rubber poppers.

“However, most of these snapping devices need a motor or a human hand to keep moving,” Crosby said. “With this discovery, there could be various applications that won’t require batteries or motors to fuel movement.”

After learning the essential physics from the drying strips, the team experimented with different shapes to find the ones most likely to react in expected ways, and that would move repeatedly without any motors or hands resetting them. The team even showed that the reshaped strips could do work, such as climb a set of stairs on their own.

“These lessons demonstrate how materials can generate powerful movement by harnessing interactions with their environment, such as through evaporation, and they are important for designing new robots, especially at small sizes where it’s difficult to have motors, batteries, or other energy sources,” Crosby said.

The research team is coordinating with DEVCOM Army Research Laboratory to transfer and transition this knowledge into future Army systems.

By U.S. Army DEVCOM Army Research Laboratory Public Affairs

Thank You Mr David Geringer for Your Years of Service to the Soldier!

Monday, February 1st, 2021

Congratulations to Mr. David Geringer on his retirement after decades of service to the Army.

Mr. Geringer served 22 years as a Soldier, then began his civilian career as Assistant Product Manager, Soldier Clothing and Individual Equipment (SCIE), then served as Deputy Product Manager, SCIE and Supervisory Logistics Management Specialist for Headquarters, PEO Soldier.

Thanks for all of your hard work! Good luck on your second retirement.

Kombucha Tea Sparks Creative Materials Research Solution

Monday, February 1st, 2021

RESEARCH TRIANGLE PARK, N.C. — Kombucha tea, a trendy fermented beverage, inspired researchers to develop a new way to generate tough, functional materials using a mixture of bacteria and yeast similar to the kombucha mother used to ferment tea.

With Army funding, using this mixture, also called a SCOBY, or symbiotic culture of bacteria and yeast, engineers at MIT and Imperial College London produced cellulose embedded with enzymes that can perform a variety of functions, such as sensing environmental pollutants and self-healing materials.

The team also showed that they could incorporate yeast directly into the cellulose, creating living materials that could be used to purify water for Soldiers in the field or make smart packaging materials that can detect damage.

“This work provides insights into how synthetic biology approaches can harness the design of biotic-abiotic interfaces with biological organization over multiple length scales,” said Dr. Dawanne Poree, program manager, Army Research Office, an element of the U.S. Army Combat Capabilities Development Command, now known as DEVCOM, Army Research Laboratory. “This is important to the Army as this can lead to new materials with potential applications in microbial fuel cells, sense and respond systems, and self-reporting and self-repairing materials.”

The research, published in Nature Materials was funded by ARO and the Army’s Institute for Soldier Nanotechnologies at the Massachusetts Institute of Technology. The U.S. Army established the ISN in 2002 as an interdisciplinary research center devoted to dramatically improving the protection, survivability, and mission capabilities of the Soldier and Soldier-supporting platforms and systems.

“We foresee a future where diverse materials could be grown at home or in local production facilities, using biology rather than resource-intensive centralized manufacturing,” said Timothy Lu, an MIT associate professor of electrical engineering and computer science and of biological engineering.

Researchers produced cellulose embedded with enzymes, creating living materials that could be used to purify water for Soldiers in the field or make smart packaging materials that can detect damage.

These fermentation factories, which usually contain one species of bacteria and one or more yeast species, produce ethanol, cellulose, and acetic acid that gives kombucha tea its distinctive flavor.

Most of the wild yeast strains used for fermentation are difficult to genetically modify, so the researchers replaced them with a strain of laboratory yeast called Saccharomyces cerevisiae. They combined the yeast with a type of bacteria called Komagataeibacter rhaeticus that their collaborators at Imperial College London had previously isolated from a kombucha mother. This species can produce large quantities of cellulose.

Because the researchers used a laboratory strain of yeast, they could engineer the cells to do any of the things that lab yeast can do, such as producing enzymes that glow in the dark, or sensing pollutants or pathogens in the environment. The yeast can also be programmed so that they can break down pollutants/pathogens after detecting them, which is highly relevant to Army for chem/bio defense applications.

“Our community believes that living materials could provide the most effective sensing of chem/bio warfare agents, especially those of unknown genetics and chemistry,” said Dr. Jim Burgess ISN program manager for ARO.

The bacteria in the culture produced large-scale quantities of tough cellulose that served as a scaffold. The researchers designed their system so that they can control whether the yeast themselves, or just the enzymes that they produce, are incorporated into the cellulose structure. It takes only a few days to grow the material, and if left long enough, it can thicken to occupy a space as large as a bathtub.

“We think this is a good system that is very cheap and very easy to make in very large quantities,” said MIT graduate student and the paper’s lead author, Tzu-Chieh Tang.

To demonstrate the potential of their microbe culture, which they call Syn-SCOBY, the researchers created a material incorporating yeast that senses estradiol, which is sometimes found as an environmental pollutant. In another version, they used a strain of yeast that produces a glowing protein called luciferase when exposed to blue light. These yeasts could be swapped out for other strains that detect other pollutants, metals, or pathogens.

The researchers are now looking into using the Syn-SCOBY system for biomedical or food applications. For example, engineering the yeast cells to produce antimicrobials or proteins that could benefit human health.

The MIT-MISTI MIT-Imperial College London Seed Fund and the MIT J-WAFS Fellowship also supported this research.

New Tactical Advisor Readiness Program Sets The Bar

Sunday, January 31st, 2021

JOINT BASE LEWIS MCCHORD, Wash. – Advisors from 5th Security Force Assistance Brigade took part in an intensive test of their physical fitness and tactical expertise in the inaugural Tactical Advisor Readiness Program assessment at Joint Base Lewis McChord, Washington, Jan. 21, 2021.

“We trust teams, filled with great Non-Commissioned Officers, to build and sustain mastery of the fundamentals of combined arms warfare in garrison, so that these teams can operate alone as our ambassadors in foreign countries,” 5th SFAB Commanding General, Brig. Gen. Curtis Taylor said.

SFAB teams are designed to be highly-modular and independently deployable in configurations ranging from 4-12 personnel depending on the advisory function of the team such as logistics, communications, maneuver, medical, engineering or field artillery.

“The TARP is where we bring our teams together to compete against one another so that we can reward our very best and validate our training,” Taylor said.

The TARP event began at 6:30 a.m. on a dark and rain-soaked Vanguard Field where 5th SFAB NCOs like C Company, 2nd Battalion, 5th SFAB’s 1st Sgt. Anthony Fuentes, took on a challenging physical training event designed to test the stamina and strength of his team.

“I started an all-volunteer 5 a.m. team train up event the day we received the concept of operations for the TARP event,” Fuentes said. “We used the TARP CONOP as an objective and built our team mission statement with key tasks each team member had to hit for us to be successful.”

The day continued with a timed ruck march which led to an obstacle course; followed by multiple stations which included an SFAB Advisor knowledge test followed by lanes testing weapon assembly and disassembly, treating a casualty, operating tactical communications equipment, call for fire, and a lay out of all required equipment.

It was Fuentes team, Battalion Advisor Team 520, that outlasted the other teams from across the brigade at the end of the day.

“It’s hard to build a team when isolated in a hotel room during COVID-19 restrictions or during large scale exercises,” Fuentes said. “We just needed to focus on bettering each other, and this event allowed us to do that.”

The 5th SFAB will send its first teams into the U.S. Indo-Pacific Command’s Area of Operation in the coming weeks. This monthly TARP event becomes increasingly critical in preparing Advisors for a challenging operational environment.

“Across the formation today, I saw young sergeants leading their team in hard PT, shouldering the load when the litter got too heavy and serving as subject matter experts for their team on the communication lane.” Taylor said. “I have great confidence that these superb NCOs will represent our Army and our Nation with pride across the Indo-Pacific.”

One of these young sergeants was Sgt. April Mullins, a maintenance advisor and wheeled vehicle mechanic from 3rd Squadron, 5th SFAB.

“During the TARP event, I realized that while we are great as a team, we also need to know how to do things on our own when our teammates are absent,” Mullins said. “This really showed us that we need to train to know each other’s job as well as we know our own.”

This was part of the Commanding General’s intent during the development of this first TARP event, as Taylor emphasized that SFABs are built on a foundation of autonomy and accountability.

The task of putting this together, fell to 3rd Squadron, 5th SFAB Operations Sgt. Maj. Thomas Wrinkle.

“We modeled the event after an Expert Infantry Badge/Expert Soldier Badge/Spur Ride competition and included all of the units within 5th SFAB to execute,” Wrinkle said. “We chose events that would allow the teams to operate as a team and also test them as individuals.”

The winning team received recognition from Brig. Gen. Taylor and the 5th SFAB’s senior enlisted advisor, Command Sgt. Maj. Robert Craven at a ceremony later that day. The monthly winning team will also have their team’s achievement enshrined in unit folklore with their team number engraved on a unit trophy.

Until then, NCOs will continue to train their teams beginning with 90 minutes of hard PT every morning preparing for next month’s TARP event and any mission that lies ahead.

By MAJ William Leasure, 5th Security Force Assistance Brigade Public Affairs