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US Army Awards Two Companies to vie for Next Generation Integrated Head Protection Systems

Wednesday, September 8th, 2021

The Department of Defense announced the following award for Next Generation Integrated Head Protection Systems.

“Avon Protection Ceradyne LLC, Irvine, California (W91CRB-21-D-0022); and Gentex Corp., Simpson, Pennsylvania (W91CRB-21-D-0023), will compete for each order of the $87,619,643 firm-fixed-price contract for the procurement of Next Generation Integrated Head Protection Systems. Bids were solicited via the internet with two received. Work locations and funding will be determined with each order, with an estimated completion date of Sept. 6, 2023. U.S. Army Contracting Command, Aberdeen Proving Ground, Maryland, is the contracting activity.”

In June, the Army published an intent to sole source this contract to Avon and Gentex.

NG IHPS is described as:

20 years Later: Search and Rescue Soldiers Reflect on 9/11

Wednesday, September 8th, 2021

FORT BELVOIR, Va. — Two decades ago as the nation reeled from the terrorist attacks on Sept. 11, 2001, a unique team of search and rescue Soldiers put their training to work at the Pentagon when they were needed the most.

The effects of that Tuesday morning left a lasting legacy on the Army’s Military District of Washington Engineer Company. Years later, the unit was renamed the 911th Technical Rescue Engineer Company for its efforts that day.

As flames and black smoke billowed from the Pentagon, the team rushed to the disaster site without waiting on orders and spent 10 days engaged in search and rescue operations.

Soldiers from the 911th TREC come from a variety of backgrounds — combat engineers, firefighters, horizontal and vertical construction engineers and various support specialties — who receive training and certification as rescue technicians and mine rescuers.

The 911th TREC is the only technical rescue company in the Department of Defense and its Soldiers train for “the nation’s darkest day daily,” said Capt. Joseph Thomson, its commander.

That September morning

On Interstate 395, a congested spur route connecting Virginia to Washington, D.C., Dewey Snavely was on terminal leave and adjusting to civilian life. The sergeant took a job at Sunbelt Rentals, a construction equipment rental company in Springfield, Virginia.

That morning he had already made a delivery to a nearby construction site and was heading to the next place on their schedule.

While driving, he listened to the radio as the situation unfolded in New York City, where a plane had struck the north tower of the World Trade Center. At first, many speculated the ways it could have been an accident.

But Snavely said he began to think the worst. His gut feeling was all but confirmed shortly after when a second jetliner struck the south tower.

Snavely asked his coworker, Dan, if driving into Washington, D.C., was the best idea, he said. Since the incident seemed limited to New York, his coworker believed it would be OK, so the pair continued their schedule.

Their next stop was on Shirlington Road in Arlington, roughly 3 miles from the Pentagon. That’s where they heard a low-flying plane soar overhead, Snavely said. Although hearing takeoffs and landings near the Reagan National Airport was common, it was never this loud.

Unbeknownst to Snavely, he heard American Airlines Flight 77 as the hijacked jetliner headed toward the Pentagon.

“We looked up, then kind of looked at each other,” he said. “[I thought,] ‘what the hell is that [pilot] doing?’ I’ll never forget the sound of the engines throttling back when they’re decelerating.”

Less than a minute later, Snavely heard AA 77 explode into the Pentagon’s western wall, killing everyone on board and 125 in the building. Black smoke filled the sky.

Snavely knew his terminal leave was over, and even if it wasn’t, he had a job to do.

Weeks before, Snavely had turned in all his Army gear, but he knew once the Pentagon was under attack it was time to turn around, head to Fort Belvoir and do what he was trained for, he said.

‘A quick response’

Around this time at Fort Belvoir, the rescue unit’s Soldiers were well into another training day.

“We [already] did all of our in-house training, from rope rescue to confined space to collapse structure, to shoring anything in that nature,” said Fred Brown, then a senior noncommissioned officer, who now works as a Fairfax County Government project manager.

It was just before 9 a.m. and Brown was preparing for his next training class when the news coverage from New York caught his eye.

A group of his Soldiers was on their way to a funeral service less than an hour away at Quantico. Brown called back the Soldiers, but with the incident occurring in New York his leadership insisted they continue.

That changed at 9:37 a.m. when five men affiliated with al-Qaeda deliberately flew AA 77 into the Pentagon, matching the tactic in New York. The unit would be tested for the first time.

Brown quickly called the squad back from Quantico and “got everything together,” he said. “We were prepared to move within an hour.”

America under attack

An initial team flew by helicopter with a sling load of basic search and rescue equipment, but was asked to land because the last hijacked plane was still in the sky, Brown said.

So, the team pre-staged at Fort McNair in Washington, D.C. At Fort Belvoir, roughly 30 minutes south, more Soldiers loaded equipment into Humvees intended to rescue lives, said Snavely, who met with Brown on the ground.

Brown and Snavely left Fort Belvoir by Humvee before the main body to access the George Washington Parkway and met with the advanced team at Fort McNair.

When the unit arrived at the Pentagon, “there was a bit of chaos,” Brown said, adding that the incident commander expected them. The bulk of their unit arrived shortly after and they were joined by local, state and federal responders.

“While waiting on the main body [of the unit] to show up, we took the first squad into the building to do an initial search and rescue,” Brown said. “This was after everybody that was going to come out, could come out.”

As the fires blazed, it was still unclear how bad things were inside the building. But according to Brown, that was when their training kicked in. The untested unit was ready for the challenge.

“I didn’t think of anything except making sure that my guys were suited up correctly,” he said. “We were supplied with air apparatuses, and we went in and did the search.”

As horrific as the scene was, it was personal for Brown on another level.

“My mother-in-law was in the building somewhere,” he said. But “I didn’t know exactly where she was in relationship to the plane or where the plane went in.”

Cellphone technology was relatively new, Brown said, and even today the Pentagon’s thick walls hinder most personal phones. As more information became available, the situation for Brown’s family became grimmer.

“Sgt. Brown and I looked at where the plane hit, and relatively knowing where she worked,” Snavely said. “Nobody [had] heard from her, but her car was still in the parking lot.

“The plane hit and went right through her office. She was in the Army’s Budget Analyst’s Office. I got ahold of my father-in-law and he told me what room she was in. I had to notify him that if he hadn’t heard from her, she probably wasn’t alive anymore.”

Later, it was confirmed that Brown’s mother-in-law was killed. He would eventually locate her, although only “90% sure it was her,” he said, after his team spotted her personal effects, like her purse and government identification card.

The darkest day

“It was a living hell,” Snavely said. “When we first went in, there had been water sprayed on the building for so long, there was so much water in between the corridors, walkways had filled up with water.”

The water had nowhere to drain. Debris was everywhere, including parts of the plane, building and victims.

“Whenever we found human remains, we informed the [Federal Bureau of Investigation] because, by now, it is a known terrorist attack,” Snavely said, adding the FBI required them to mark where they spotted causalities to help identify them.

Snavely vividly remembers finding three Army officers, all face down, in an inner corridor. All three were intact, but appeared to have died instantly. He checked their wallets to identify them, then notified the FBI, he said. It would be the largest investigation in the bureau’s history.

From “the best that I can remember, everybody that we found died in the impact,” Snavely said. Although news footage would replay images of personnel running out of the building, they were all out by the time the Soldiers entered the building.

The recovery site was not like the others the unit trained for, such as responding to a natural disaster.

The heavy loss of life weighed on the Soldiers, who “were feeling a lot of disappointment,” Brown said, especially given how hard they trained to save lives. The Soldiers faced the realization they probably would not find anybody alive.

This was stressful for a unit that trains to rescue, Brown said. As the body count rose, it became more and more challenging to stay motivated.

“[We’re] search and recovery, but we switched into recovery mode only,” Brown said. “We just dealt with it. Many of the young Soldiers were recovering unrecognizable bodies, often unable to decipher burnt insulation from the flesh.

“It was hard on them,” he added. “I made them understand I appreciate what they’re doing, the country appreciates what they’re doing and to let me know if there are any issues they’re having.”

Always on call

However difficult the following days would be, one silver lining that always stuck with Snavely and Brown was how well trained the unit was, they said.

“We had a mission to do, we had a job to do and we went forward and we executed that job,” he said. Even though “I was on terminal leave, I couldn’t imagine not being there.”

According to Brown, the unit’s challenging, realistic training is why nobody from their team was hurt during the dangerous response effort.

“Everyone functioned as they should have,” Brown said, and “a lot of them continued in the military.”

Heading into the Pentagon mission, “we were an untested unit,” he added. “This unit was never in this situation before. Nobody knew exactly what we would face.”

In all, nearly 3,000 people died that morning in New York, Arlington and Pennsylvania. Decades later, the unit still maintains a high level of training and stands ready to be called on again.

“Soldiers train on five technical rescue disciplines,” Thomson said. “Those include rope rescue, confined space rescue, structural collapse, mine or tunnel rescue, and trench rescue.”

Today’s search and rescue Soldiers maintain readiness by aligning their training needs around their technical rescue disciplines, the captain added.

“It’s an honor to serve as the commander of the 911th, especially on the 20th anniversary of Sept. 11, 2001,” Thomson said. “This organization has deep roots and traditions that we always look to honor and uphold.”

In 2006, the unit was redesignated as the 911th to commemorate their recovery efforts at the Pentagon.

Since the attack, “the unit has grown by leaps and bounds,” Brown said. “They’ve gained equipment that we only dreamed of. It’s amazing to see how far they’ve come.”

Those leaps and bounds are a direct reflection of how they performed, he said.

“The biggest thing that I’m proud of is how well our training paid off,” Brown said, regarding the Pentagon mission. “The Soldiers that went in there performed their duty, and they did it well.”

By Thomas Brading, Army News Service

US Army Eyes Commonality with Tactical Wheeled Vehicle Refresh Effort

Tuesday, September 7th, 2021

DETROIT ARSENAL, Mich. — With a nod from the Army Futures Command, the Program Executive Office for Combat Support & Combat Service Support will explore the potential use of modified commercial off-the-shelf solutions for a new, common Tactical Wheeled Vehicle, or TWV Fleet.

The Army Requirements Oversight Council on July 30 approved the Common Tactical Truck (CTT) Abbreviated Capabilities Development Document, or A-CDD, which allows the PEO to begin a rapid prototyping effort to provide Army Transporters modernized capabilities while incorporating as much commonality with the commercial trucking industry as possible.

Alvin Bing, the Army’s product manager, Heavy Tactical Vehicles, PEO CS&CSS, explained that dovetailing the CTT program’s desired capabilities with commercial trucking industry research and development projects is a winning proposition.

“Aligning CTT with industry R&D efforts enables rapid and continuous integration of future technologies that can significantly reduce obsolescence issues,” Bing said. “With CTT, the Army wants as much industry involvement as possible so we can increase competition while at the same time, leveraging momentum gained through industry’s rapidly advancing fields of driver safety systems, cybersecurity, artificial intelligence, machine learning, autonomy, improved fuel economy and vehicle electrification, off-road mobility, and predictive maintenance. This will allow the Army to modernize at the pace of industry by integrating new technologies with minimal cost.”

Within the Army’s TWV Fleet, the CTT falls between the Family of Medium Tactical Vehicles and the Heavy Equipment Transporter. CTT seeks to bolster TWV mission roles currently performed by vehicles in the Army’s heavy fleet.

“As the Army’s CTT acquisition lead, our intent is to procure a HTV Family of Vehicles to replace the M915/M1088 Tractors, Heavy Expanded Mobility Tactical Truck, and Palletized Load System with a commercial-based CTT designed with a modular truck platform,” Bing continued. “This will mitigate future obsolescence, leverage best commercial practices, lower procurement costs through commercial economies of scale, and take advantage of interchangeable repair parts across the fleet — resulting in streamlined supply chains and reduced total lifecycle costs.”

According to Don Overton of the Army Futures Command Sustainment Capabilities Integration Directorate’s Requirements Division, ultimately, this effort will inform a future CTT Capability Development Document, which will outline the final, approved operational requirements for a common system that will deliver capability meeting overall operational performance criteria.

“In terms of capability gaps in this portion of the TWV fleet in support of Multi-Domain Operations, we’ve reached design maturity, and without a holistic overhaul, we can’t overcome design limitations and will simultaneously drive operations and sustainment costs to untenable levels. Commercial technologies and economies of scale exist that will help the Army close those gaps and address the increasing age of the current HTV fleet. Now is the right time to modernize with a Common Tactical Truck in support of MDO,” he emphasized.

CTT’s desired characteristics include:
Drive by wire and active safety
Mission roles
Commonality with industry
Digitization (autonomy, prognostics)
Demand reduction
Force protection
Survivability
Sustainment

Industry representatives who are interested in possibly participating in CTT should be on the lookout for announcements and requests for information on SAM.gov in the coming months, Bing said. His acquisition team anticipates holding industry one-on-one meetings tentatively slated for mid-to-late Fiscal Year 2022.

Bing’s team plans to award Other Transaction Authority-based contracts in Fiscal Year 2023 to three vendors to produce multiple prototypes each. OTAs are designed to help the government speed capability to the field vs. traditional contracting methods.

Soldier Touch Points will be leveraged throughout the competitive prototyping phase. These assessments are important ways to incorporate valuable Warfighter feedback into the acquisition program, thereby providing Army Transporters the optimal CTT solution. Currently, the notional plan is for prototype runoff testing to beginning in late Fiscal Year 2023, followed by a down select to a Federal Acquisition Regulation-based production contract in Fiscal Year 2025.

CTT fielding is projected to begin in Fiscal Year 2028.

By Rae Higgins, Program Executive Office, Combat Support & Combat Service Support

Turning Thermal Energy into Electricity Could Help Soldiers

Sunday, September 5th, 2021

RESEARCH TRIANGLE PARK, N.C. — With the addition of sensors and enhanced communication tools, providing lightweight, portable power has become even more challenging. Army-funded research demonstrated a new approach to turning thermal energy into electricity that could provide compact and efficient power for Soldiers on future battlefields.

Hot objects radiate light in the form of photons into their surroundings. The emitted photons can be captured by a photovoltaic cell and converted to useful electric energy. This approach to energy conversion is called far-field thermophotovoltaics, or FF-TPVs, and has been under development for many years; however, it suffers from low power density and therefore requires high operating temperatures of the emitter.

The research, conducted at the University of Michigan and published in Nature Communications, demonstrates a new approach, where the separation between the emitter and the photovoltaic cell is reduced to the nanoscale, enabling much greater power output than what is possible with FF-TPVs for the same emitter temperature.

This approach, which enables capture of energy that is otherwise trapped in the near-field of the emitter is called near-field thermophotovoltaics or NF-TPV and uses custom-built photovoltaic cells and emitter designs ideal for near-field operating conditions.

This technique exhibited a power density almost an order of magnitude higher than that for the best-reported near-field-TPV systems, while also operating at six-times higher efficiency, paving the way for future near-field-TPV applications, according to Dr. Edgar Meyhofer, professor of mechanical engineering, University of Michigan.

“The Army uses large amounts of power during deployments and battlefield operations and must be carried by the Soldier or a weight constrained system,” said Dr. Mike Waits, U.S. Army Combat Capabilities Development Command’s Army Research Laboratory. “If successful, in the future near-field-TPVs could serve as more compact and higher efficiency power sources for Soldiers as these devices can function at lower operating temperatures than conventional TPVs.”

The efficiency of a TPV device is characterized by how much of the total energy transfer between the emitter and the photovoltaic cell is used to excite the electron-hole pairs in the photovoltaic cell. While increasing the temperature of the emitter increases the number of photons above the band-gap of the cell, the number of sub band-gap photons that can heat up the photovoltaic cell need to be minimized.

“This was achieved by fabricating thin-film TPV cells with ultra-flat surfaces, and with a metal back reflector,” said Dr. Stephen Forrest, professor of electrical and computer engineering, University of Michigan. “The photons above the band-gap of the cell are efficiently absorbed in the micron-thick semiconductor, while those below the band-gap are reflected back to the silicon emitter and recycled.”

The team grew thin-film indium gallium arsenide photovoltaic cells on thick semiconductor substrates, and then peeled off the very thin semiconductor active region of the cell and transferred it to a silicon substrate.

All these innovations in device design and experimental approach resulted in a novel near-field TPV system.

“The team has achieved a record ~5 kW/m2 power output, which is an order of magnitude larger than systems previously reported in the literature,” said Dr. Pramod Reddy, professor of mechanical engineering, University of Michigan.

Researchers also performed state-of-the-art theoretical calculations to estimate the performance of the photovoltaic cell at each temperature and gap size and showed good agreement between the experiments and computational predictions.

“This current demonstration meets theoretical predictions of radiative heat transfer at the nanoscale, and directly shows the potential for developing future near-field TPV devices for Army applications in power and energy, communication and sensors,” said Dr. Pani Varanasi, program manager, DEVCOM ARL that funded this work.

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

US Army Lab Gets Green Light for Supercomputing Project

Tuesday, August 31st, 2021

ABERDEEN PROVING GROUND, Md. — The U.S. Department of Defense High Performance Computing Modernization Program announced its selection of an Army supercomputing project for fiscal 2022.

Since 2014, DOD has awarded what are known as Frontier Projects to enable research, development, test and evaluation outcomes that could not be achieved using typically available DOD High Performance Computing Modernization Program resources.

Researchers from the U.S. Army Combat Capabilities Development Command, known as DEVCOM, Army Research Laboratory along with the Naval Air Warfare Center, submitted a winning proposal for a project to explore large-scale integrated simulations of gas turbine engines.

Drs. Luis Bravo from the laboratory and Russell Powers from the Naval Air Warfare Center are primary investigators for the research.

“The advanced design tools resulting from this project will lead to ?quantum leaps in the performance, efficiency and reliability of next-generation gas turbine engines,” Bravo wrote in the proposal. “We are now able to tackle such large problems due to the recent breakthroughs in artificial intelligence and advanced computational fluid dynamics.”

The researchers hope to create a digital twin of an actual gas turbine engine.

This will enable real-time engine health awareness and reduce lifecycle cost, Bravo said.

“This award will provide the supercomputing resources to make possible our collaboration between our laboratory, NAVAIR, Pratt & Whitney, the University of Cincinnati and Cascade Tech on digital twin models in propulsion,” Bravo said. “We are partnering across government, industry and academia to address a grand challenge in propulsion and we are all very excited about receiving this announcement.”

“The selection of our project shows a focus on advancing state of the art capabilities in numerical predictions for naval aviation engines,” Powers said.

The collaboration will help demonstrate increased capability and applications of predictive modeling and simulation tools, setting a new standard for the use of modeling and simulation in future engine and acquisition programs, he said.

“We are very grateful for the opportunity to use these resources, the support of our leadership, and excited to get started,” Powers said.

The award is one of four projects the DOD selected in its Foundational Research and Engineering category and the only one across the Army. The other awardees in this group include the Air Force Research Laboratory and the Office of Naval Research.

DOD will allocate resources starting Oct. 1, 2021. While the project will get quarterly reviews, the effort is planned to cover up to four years of research.

“We have high expectations that all Frontier Projects will produce notable achievement and strong mission impacts,” said Dr. Will McMahon, DOD HPCMP director in a memo announcing the award.

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

116th IBCT Trains on New Squad Designated Marksman Rifle

Monday, August 30th, 2021

FORT PICKETT, Va. – Virginia and Kentucky Army National Guard Soldiers assigned to the 116th Infantry Brigade Combat Team trained on and fielded new M110A1 squad designated marksman rifles July 12-15 at Fort Pickett.

The new weapon is a 7.62 mm rifle, which gives Soldiers greater range and accuracy than the standard M4 rifle. It makes use of an advanced targeting system and sound suppression and fills a distance gap between the M4 and larger-caliber sniper rifles.

Those advantages make infantry Soldiers more lethal and allow them to engage the enemy at a greater distance, according to 1st. Lt. Matthew Arnold, the Virginia Army National Guard’s New Equipment Training / New Equipment Fielding state coordinator.

“The M110A1 SDMR allows our Soldiers to be able to reach targets out to 800 meters and beyond, depending on the Soldier’s skill level,” said Arnold. “This basically allows the standard infantry squad to have more standoff between them and their target as well as increased time and space for maneuver as a result.”

Thirty Soldiers assigned to the Lynchburg-based 1st Battalion, 116th Infantry Regiment, the Winchester-based 3rd Battalion, 116th Infantry Regiment, the Portsmouth-based 2nd Battalion, 183rd Cavalry Regiment, the Fredericksburg-based 229th Brigade Engineer Battalion and the Kentucky National Guard’s 1st Battalion, 149th Infantry Regiment, participated in the training and fielding.

The event started with time in the classroom with civilian instructors from the U.S. Army Tank-automotive and Armaments Command, Materiel Fielding and Training Directorate, Soldier Lethality Team, learning the nuances and mechanics of the new weapon. From there, Soldiers took to the range to zero the rifles before firing at targets up to 800 meters away, taking turns behind the trigger and shot-spotting. Command Sgt. Maj. Ronald Smith, the VNG command sergeant major, and Sgt. Maj. Latane I. Gilliam, the 116th IBCT operations sergeant major, observed the live-fire range and took turns behind the new rifle.

Arnold said in the past, the higher-caliber and increased-range rifles were primarily used as weapons for snipers.

“The main point is that this weapon, which was previously used as a sniper rifle, is now going to be in widespread use across our formation and the ways we use it will change depending on the situation,” said Arnold.

The M110A1 fielding was the most recent in a series of small arms fieldings across Virginia Army National Guard’s formations the past several months to bring its Soldiers up to speed with their active-duty Army counterparts. Other fieldings included the M3E1 Multi-purpose Anti-armor Anti-personnel Weapon System, a recoilless rifle that is replacing the AT-4, as well as the M17 pistol, replacing the M9, and the M320A1 grenade launcher, which replaces the M203.

Those small arms fielding highlights the important role the NET/NEF facility plays in improving the Virginia Army National Guard’s warfighting capabilities.

“It’s important to keep our Soldiers up to date with the latest weaponry because it can and will change how they fight,” said Arnold. “NET/NEF is the process that keeps us on par with the active component.”

By Mike Vrabel, Virginia National Guard

5th SFG(A) Chemical Recon Det Conducts Sensitive Site Exploitation Training

Saturday, August 28th, 2021

The Special Forces Chemical Recon Detachments are entirely under appreciated.

Soldiers from the 56th Chemical Reconnaissance Detachment (CRD), 4th Battalion, 5th Special Forces Group (Airborne), conduct sensitive site exploitation training during their 1st Special Forces Command validation exercise in Dugway, Utah, from Aug. 2, 2021 to Aug. 13, 2021. The exercise evaluates each CRD’s technical and tactical skillsets in order to deploy in a combat environment. (U.S. Army photos by SSG Frances Ariele Tejada.)

Army to Field Laser-Equipped Stryker Prototypes in FY 2022

Thursday, August 26th, 2021

WASHINGTON — The Army recently conducted a successful evaluation of a new directed-energy capability, moving the service one step closer to fielding a platoon of four laser-equipped Stryker combat vehicle prototypes next fiscal year, program leads said Wednesday.

The Directed Energy Maneuver-Short Range Air Defense system, or DE M-SHORAD, is a 50kW-class laser designed to protect divisions and brigade combat teams against unmanned aircraft systems, rotary and fixed-wing threats, rockets, artillery, and mortars, said Marcia Holmes, the deputy director of hypersonics, directed energy, space and rapid acquisition.

“Our goal is to deliver prototypes that Soldiers can use as the mission requires and that the Army can leverage as a baseline for a program of record,” Holmes said. “A Soldier-centered design is a key part to reduce risk and to ensure an operationally effective weapon system.”

A strong partnership between the Army Rapid Capabilities and Critical Technologies Office and science and technology industry leaders led to the development and implementation of the first prototype in 24 months, Holmes said.

The addition of the DE M-SHORAD and other directed-energy capabilities like the Indirect Fire Protection Capability-High Energy Laser, or IFPC-HEL, and IFPC-High Power Microwave are all designed to complement the Army’s kinetic air defense capabilities, said Craig Robin, deputy director of the RCCTO’s directed energy project office.

The unique design of the DE M-SHORAD leverages the Stryker’s gas-powered engine to energize its batteries, cooling system, and laser. The self-contained system has enough electricity to address multiple threats at a time before needing a period to recharge, he said.

“There are places where directed energy can provide a significant advantage,” he added. “All the bullets are built into the system, so the logistics associated with moving a platform and supplying it requires just gas and parts.”

Robin added that directed-energy systems are also more cost-effective from a life cycle perspective, making them a strategic tool to take out low-cost threats like an UAS to save the Army’s kinetic capabilities.

The Army plans to demonstrate the DE M-SHORAD capabilities during Project Convergence 21, where it will participate in a joint and coalition exercise later this year, said Col. Scott McLeod, the program’s manager.

“[PC 21] will be a big opportunity for us to show how we can integrate with our systems and demonstrate the capability against other threats,” McLeod said.

In July, the prototype proved its abilities during a combat shoot-off at Fort Sill, Oklahoma. During the event, Soldiers faced several realistic scenarios intended to refine future DE M-SHORAD characteristics, as program leads collected extensive data and user feedback to refine the system, McLeod said.

In addition to Project Convergence 21, the DE M-SHORAD development team will make minor adjustments to improve the device’s performance in the coming months, followed by several internal system verifications, he added.

“We are delivering a brand new capability -– it is not a modification or an upgrade. It is unlike any other system the Army has fielded to date,” McLeod said. “This event was a major step in the prototyping process and an informative waypoint as we move forward with building and delivering a prototype platoon in [fiscal year 2022].”

By Devon L. Suits, Army News Service