GORE-TEX Military Fabrics

Archive for the ‘Army’ Category

US Army Takes Delivery of Textron Systems’ MK 4.8 HQ Aerosonde System for Future Tactical Uncrewed Aircraft Systems Program

Tuesday, December 31st, 2024

REDSTONE ARSENAL, Ala. — The U.S. Army’s Future Tactical Uncrewed Aircraft Systems, or FTUAS, Product Office has officially taken receipt of the Textron Systems’ MK 4.8 HQ Aerosonde system, marking a significant milestone in the program’s rapid prototyping effort. This achievement follows a comprehensive two-year development and testing process, which included extensive technical testing, ground and flight acceptance testing, and a joint effort between the vendor and the United States Government.

The delivery of the system, formalized through the DD-250 process, transfers ownership to the USG. The FTUAS team will now proceed with new equipment training to qualify instructors and operators at the Redstone Test Center on the MK 4.8 HQ Aerosonde system. This training is expected to be completed by late January 2025.

Upon completion of new equipment training, the FTUAS team will embark on a USG-led developmental testing cycle, which will culminate in the program’s capstone event. This testing effort will occur in parallel with the ongoing efforts to evaluate production proposals for award, anticipated in the fourth quarter of fiscal year 2025.

The FTUAS program will provide brigade combat teams with an organic capability for reconnaissance and surveillance operations, enabling them to collect, develop, and report actionable intelligence. This will allow BCT commanders to maintain dominance during multi-domain operations. The FTUAS system boasts transformational capabilities, including vertical take-off and landing, on-the-move command and control, and Soldier-led, field-level maintenance. Its modular open systems approach enables rapid capability insertions, ensuring the system keeps pace with evolving technology.

The Program Executive Office for Aviation, located at Redstone Arsenal is responsible for modernizing the Army Aviation fleet of crewed and uncrewed aircraft. PEO Aviation’s Uncrewed Aircraft Systems Project Office is dedicated to rapidly fielding innovative UAS capabilities to Army formations, maintaining the Army’s asymmetric advantage over peer adversaries in large-scale combat operations.

By PEO Aviation

Army Considers Microreactors to Increase Installation Readiness and Resilience

Tuesday, December 31st, 2024

WASHINGTON – The U.S. Army is engaging with the advanced nuclear energy industry to explore potentially siting a microreactor on one or more Army installations by 2030, in furtherance of the Army’s commitment to installation resilience and mission readiness.

“When it comes to installation energy resilience and reliable power to support operational and strategic readiness on installations, we can’t leave anything off the table,” said Rachel Jacobson, Assistant Secretary of the Army for Installations, Energy and Environment. “We are actively developing a solution set that includes all types of power that will meet those needs; nuclear is one that we are looking at as part of our deliberate and thoughtful planning.”

Advanced nuclear power is one solution under consideration as part of a deliberate and thoughtful planning process aimed at ensuring reliable energy access for critical military missions.

The Army is dedicated to developing a comprehensive set of energy solutions, including nuclear, to meet its future needs. This initiative is part of a broader effort to enhance mission assurance, readiness and power-projection capabilities through a forward-leaning energy enterprise that leverages next-generation technologies.

The Army has partnered with the Defense Innovation Unit, interagency partners and utility providers to evaluate environmental, economic and safety factors that are crucial for determining reactor placement and operation.

From U.S. Army Public Affairs

Army Mad Scientist Initiative Advances Goal to Assess, Analyze the Operational Environment

Monday, December 30th, 2024

JOINT BASE LANGLEY-EUSTIS, Va. — Next year, the U.S. Army Mad Scientist Initiative will continue in their efforts to explore the operational environment and collaborate and form partnerships with government and industry organizations and academic universities. This was recently carried out during their in-person, unclassified conference, “Game On! Wargaming and the Operational Environment,” in partnership with the Georgetown University Wargaming Society last month and will be a focus in 2025.

More than 150 wargame experts across the military, academic, commercial and hobbyist communities attended the conference, which endeavored to explore trends in wargaming. Topics included how wargames can address unconventional and neglected aspects of the operational environment, how wargaming can provide experiential learning for professional military education and how technology is enhancing wargaming.

Lee Grubbs, Mad Scientist director, opened the conference by highlighting the benefits of wargaming to maintain a trained and ready force at every echelon.

“[Wargaming] is a method of learning that the Army should consider driving down into all kinds of different learning domains,” he stated. “We decided to hold this conference to start the drumbeat of how we can drive all different types of gaming, at all different types of clearance levels, against all different types of operational conditions across all Army learning domains.”

Ian Sullivan, TRADOC deputy chief of staff for intelligence, followed by emphasizing the significance of learning from various types of wargames and wargaming communities.

“I have been playing wargames since the fourth grade,” he shared. “Playing [wargames] as a kid I think prepared me to do the job that I do today in ways that I couldn’t imagine at the time. It gave me an understanding, even perhaps in a simple way, about some important ideas about warfare.”

One major focus of the conference was to gather a multitude of wargaming communities to share experiences and lessons learned. Connecting different communities that the Army might not normally get to engage with will also be a priority at the various events in 2025.

“We’re bringing together folks who do this for DOD, hobby wargamers and folks who design wargames, both for DOD and hobby wargames,” Sullivan shared. “This led to a great effort to get a crowdsourced look at wargaming.”

Sebastian Bae, senior game designer and research scientist for the Center for Naval Analyses and Adjunct Assistant Advisor with Georgetown University, also shared his thoughts on how the military could work in partnership with commercial and hobbyist gamers and games.

“This conference — this panel — is a reflection of a [wider] trend, in terms of the merger of hobby gaming and professional gaming, as much as the increased frequency in which we intersect, reinforce and support each other,” he described. “I’ve always been a proponent for in-the-box educational games to build an ecosystem of games, because I think that’s how you get the most hands and minds working at the problem.”

The two main conference themes included the evolution and integration of wargaming, and emerging technology enablers. Wargaming literacy helps achieve experiential learning, enabling practitioners to explore new concepts and promote understanding. Along with professional wargaming, hobbyist and commercial wargaming is increasingly addressing joint and interagency operations and is used in PME to build wargaming literacy throughout the force. Additionally, while the operational environment changes, new aspects of the OE must be integrated into wargaming, such as civilian harm mitigation and response, weather, and space and cyber capabilities or operations.

In 2025, the Mad Scientist Team is planning to hold more events just like this one to include a writing contest focused on the idea of great power competition and conflict to crowdsource ideas about how current conflicts are shaping how the Army may need to fight in 2034. Additionally, contributors can assess what role the U.S. can play in countering adversary influence in the global south, and how the U.S. can counter authoritarian collusion in the Arctic and China’s growing presence in the Antarctic.

The insights gleaned from this crowdsourcing event will feed directly into the next unclassified in-person conference in the fall of 2025 where the Mad Scientist team and subject matter experts will further explore topics with a leading research institution.

Check out the Mad Scientist Laboratory website for a complete review of conference highlights, discussions, and a full conference report to be published in early 2025.

Videos of each presentation and panel can be found at the Mad Scientist All Partners Access Network site.

By Raechel Melling, TRADOC G-2

3rd MDTF Cyber Defenders Partner with Allies During Keen Sword 25

Saturday, December 28th, 2024

SAGAMI DEPOT, Japan — A Cyber mission element from the Multi-Domain Effects Battalion (MDEB), 3rd Multi-Domain Task Force’s, partnered with joint and allied forces to conduct defensive cyber operations as part of Keen Sword 25 from Oct. 23 to Nov. 1, 2024.

A MDEB Defensive Cyber Operations (DCO) Mission Element partnered with Japanese and Canadian cyber professionals to defend mission critical infrastructure from adversary intrusions on a live cyber range. Using various cyber tools, the teams successfully mapped the network, discovered red team intrusions and then conducted hunt operations to restore full network operability.

“Cyber mission elements are a key component of multi-domain effects battalions that provide allies and the joint force additional cyber capability able to protect key infrastructure, enhance overall mission readiness across the full spectrum of military operations, and counter emerging digital threats in today’s complex operational environment,” said Lt. Col. Pablo Diaz, Commander of the 3rd MDEB.

The mission element executed multiple training iterations against a live adversarial red team alongside their allied partners.

The training objectives for the MDEB cyber mission element were to validate the readiness of the DCO mission element, refine standard operating procedures, and to build relationships with allied partner cyber units.

“My team integrated with our partners, leveraged cyber tools, and defended several critical infrastructure networks against a dynamic red team on a live network. It was a great training event where we were able to apply our skills and collaborate with our allies,” said MDEB Cyber Officer in Charge 2nd Lt. Lucas Bires.

Keen Sword is a biennial, joint, and bilateral field-training exercise involving U.S. military and Japan Self-Defense Forces personnel, designed to increase readiness and interoperability while strengthening the ironclad U.S.-Japan alliance.

Keen Sword 25 is the latest iteration of the exercise which was first conducted in 1986. Keen Sword provides realistic, relevant training that increases the Joint Force’s abilities to plan, communicate, and conduct complex multi-domain operations.

By SGT Perla Alfaro

USASOC Year In Review

Tuesday, December 24th, 2024

Soldier/Journalist Sarah Blake Morgan spoke with United States Army Special Operations Command, Command Sergeant Major JoAnn Naumann about what the command has been up to this year.

U.S. Army Takes Delivery of Textron Systems’ MK 4.8 HQ Aerosonde System for Future Tactical Uncrewed Aircraft Systems Program

Tuesday, December 24th, 2024

Redstone Arsenal, AL – The U.S. Army’s Future Tactical Uncrewed Aircraft Systems (FTUAS) Product Office has officially taken receipt of the Textron Systems’ MK 4.8 HQ Aerosonde system, marking a significant milestone in the program’s rapid prototyping effort. This achievement follows a comprehensive two-year development and testing process, which included extensive technical testing, ground and flight acceptance testing, and a joint effort between the vendor and the United States Government (USG).

The delivery of the system, formalized through the DD-250 process, transfers ownership to the USG. The FTUAS team will now proceed with New Equipment Training (NET) to qualify instructors and operators at the Redstone Test Center on the MK 4.8 HQ Aerosonde system. This training is expected to be completed by late January 2025.

Upon completion of NET, the FTUAS team will embark on a USG-led developmental testing cycle, which will culminate in the program’s capstone event. This testing effort will occur in parallel with the ongoing efforts to evaluate production proposals for award, anticipated in the fourth quarter of fiscal year 2025.

The FTUAS program will provide Brigade Combat Teams (BCTs) with an organic capability for reconnaissance and surveillance operations, enabling them to collect, develop, and report actionable intelligence. This will allow BCT commanders to maintain dominance during Multi-Domain Operations. The FTUAS system boasts transformational capabilities, including vertical take-off and landing, on-the-move command and control, and Soldier-led, field-level maintenance. Its Modular Open Systems Approach enables rapid capability insertions, ensuring the system keeps pace with evolving technology.

The Program Executive Office (PEO) for Aviation, located at Redstone Arsenal, AL, is responsible for modernizing the Army Aviation fleet of crewed and uncrewed aircraft. PEO Aviation’s Uncrewed Aircraft Systems Project Office is dedicated to rapidly fielding innovative UAS capabilities to Army formations, maintaining the Army’s asymmetric advantage over peer adversaries in large-scale combat operations.

Courtesy Story from Program Executive Office, Aviation

Photos by David Hylton

New Initiatives Drive Momentum at Largest-Ever Army Modernization and Equipping Conference

Monday, December 23rd, 2024

REDSTONE ARSENAL, Ala. – As the Army pushes forward with its modernization agenda, the Army Modernization and Equipping Conference provided the sustainment enterprise a critical opportunity for leaders to align efforts, prioritize resources and drive momentum behind the equipment initiatives that will shape the Army’s future.

The conference, held at Redstone Arsenal Dec. 9-12, 2024, serves as a semi-annual opportunity for equipping stakeholders to review, confirm and plan equipment displacement over the next three fiscal years.

“The solutions to the problems we are going to talk about this week will help us maintain combat power in an Army that’s tier modernized,” said Lt. Gen. Chris Mohan, deputy commanding general and acting commander of Army Materiel Command. “We can’t be afraid to try and do something different to help our units.”

The AMEC kicked off with opening remarks from leaders at AMC; U.S. Army Forces Command; the Assistant Secretary of the Army for Acquisition, Logistics, and Technology; and Training and Doctrine Command. Attendees were briefed on updates to a variety of initiatives impacting equipping, including Rapid Removal of Excess, an update on equipment cascade process, an overview on the Operational Readiness Program, and a preview of changes coming to demand planning prediction.

“The magnitude of change the world is facing is staggering,” said Lt. Gen. Stephen Smith, deputy commanding general of FORSCOM. During his opening remarks, he emphasized that his focus for the conference was to support 2-year-out supply and equipping predictability for company commanders who need to concentrate on building and maintaining their unit’s readiness.

One year since the kickoff of the R2E pilot program, leaders at the AMEC agreed that it has been a vital addition to the Army’s divestiture efforts. More than 435,000 pieces of equipment — ranging from tactical vehicles to computer monitors and printers — have been collected at the Army’s 14 Modernization Displacement and Repair Sites alone since October 2023.

Earlier this year, R2E became a global program available to Soldiers of all components at each Army installation.

“We want every Soldier to have the opportunity to participate in R2E, but more importantly, we want their units to take steps to prevent needing to use R2E again,” Mohan said.

With hundreds of thousands of pieces of equipment on their hands, AMC’s R2E team’s next step is to determine what needs to be repaired, disposed or demilitarized; if they can harvest parts from turned in equipment; the cost and timeline for repair; and their plan to prioritize these efforts.

AMC turned over the floor to Tank-automotive and Armaments Command for a brief on ORP, a new initiative aimed at ensuring units have the highest level of operational readiness as they leave training rotations to head into deployment. The process flow starts with using data and analytics to predict equipment that will fail while units are training; then AMC will send experts from the Organic Industrial Base, called fly-away teams, to both fix equipment and train Soldiers how to better maintain it.

“There’s a lot on the shoulders of our young maintenance Soldiers to keep their unit’s equipment ready,” Mohan said. “Our fly-away teams and the ORP algorithm are informing the future of maintenance and how we will fight and win wars.”

Leaders from FORSCOM also emphasized that commanders appreciate the extra hands for repair, but the training that the fly-away teams provide is invaluable. Although it’s a new initiative, data has shown that participating units have held steady operational readiness since ORP began.

AMC plans to use data collected from ORP to better inform Class IX equipment demand planning, a concept briefed to AMEC attendees by AMC’s Supply Chain Management Division.

In the past, the Army has forecasted equipment demand using only historical data. Between the COVID-19 pandemic, a surge in operations and presidential drawdowns for support to Ukraine and an increase in operation tempo, supply chain vulnerabilities were exposed.

The Army has implemented a variety of solutions aimed at reducing lead time of equipment and better predicting demand. Recently, a demand planning workshop was held with action officers from across the Army sustainment enterprise to develop an all-encompassing model that predicts demand and incorporates equipment cascading as determined by the AMEC.

“We’re taking a wholesale approach to this change in supply availability,” said Mohan.

AMC plans to use artificial intelligence and machine learning, as well as historical data and input from unit commanders and supply Soldiers to predict demand of Class IX parts moving forward. Another workshop will be held in the new year aimed at presenting current findings and refining the existing concept.

Day two of the AMEC saw attendees dive deep into the nuances of equipment cascade of tactical vehicles while days three and four had attendees organized into breakout groups on equipping and Transform in Contact activities.

This iteration of the AMEC had the largest number of participants from the most commands and equipping stakeholders across the Army to date – an indicator to senior leaders of the importance of maintaining momentum toward solutions to rising equipping problems across the total force.

“What I see today is that we are making incredible progress on solving these problems across the Army,” said Lt. Gen. Robert Collins, principal military deputy to ASA ALT and director of the Army Acquisition Corps. “It’s more important than ever that we stay synced.”

By Lindsay Grant

All Americans to Host Innovation Dropzone 4.0

Wednesday, December 18th, 2024

Join us for the next round in All-American innovation as Innovation Dropzone 4.0 will be held Feb. 20, 2025. Doors open at 12:45pm. We are a Division that exemplifies continuous transformation, so if you have an idea of how to improve your fox-hole scan the QR code and begin preparing for IDZ 5.0!