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Archive for the ‘PEO-Soldier’ Category

PEO Soldier Accelerating Integration with New Digital Engineering Ecosystem

Wednesday, July 3rd, 2024

Fort Belvior, Va  –  

In April, Program Executive Office (PEO) Soldier introduced its Architectural Assessment Tool (AAT)—a first-of-its-kind government-owned digital engineering ecosystem (DEE). The new suite of tools functions as a cloud-based software hub for a hub-and-spoke ecosystem, providing systems engineers and equipment developers with a centralized data source for 3D modeling and configuration management.

The AAT was developed under the Adaptive Squad Architecture (ASA) program which began in 2018. The AAT addresses the need for a comprehensive catalog that provides the Army Acquisitions community immediate access to authoritative data about equipment for dismounted Soldiers.

In developing the catalog, the team’s primary challenge was answering the question of how best to describe a complex, highly contextualized Soldier platform when the Army enterprise has various needs in developing, producing, and fielding Soldier equipment.

According to Dan Kitts, Architecture Lead for ASA, “Most platforms pay a lead systems integrator (LSI) to perform this function. In the case of the Soldier platform, however, there are seventy to over one hundred distinct items on a given Soldier configuration but without an LSI to manage them.”

The solution evolved into a digital engineering environment with a suite of tools that provides users with immediate firsthand access to the central source of authoritative data. Since no out-of-the-box software solution existed, the ASA team built its own.

The new cloud-native software application is the product of a multi-year effort that included developing the software and preparing it for deployment on the Army cloud network cARMY, with secure enterprise access management through EAMS-A.

For Aaron Copeland, Lead Technical Manager for AAT, having a centralized digital catalog of Soldier equipment is crucial for the future of systems integration. “The complexities of Soldier equipment negate having a single expert. For informed integration, we needed a well-curated system that’s immediately accessible,” Copeland said. “Engineers haven’t had this before. Now they can crowdsource data and look at Soldier systems in detail.”

Functionally, the AAT enables engineers to drag and drop any number of PEO Soldier’s equipment items onto a 3D Soldier model (or digital manikin) and allows them to test-fit items for a clearer picture of potential configuration and interoperability challenges earlier in the developmental process.

The tool also gives engineers immediate access to specific data points like bandwidth, interfaces, aggregate weight, and Soldier load, helping create a common operating picture of the Soldier platform.

To Kitts, the real purpose of AAT is to foster Soldier centered design throughout an item’s lifecycle. “ASA’s mission is to place equipment in the context of the Soldier before Soldier Touch Points,” Kitts said. “The desired outcome is that Soldiers intuitively understand the equipment they receive

from PEO Soldier was built for them, similar to when someone unboxes a new phone or buys a new car.”

The AAT achieved Authority to Operate (ATO) and Authority to Connect (ATC) in April, giving the ASA team the green light to deploy the tool on cARMY.

The journey to achieving a government-owned solution was necessarily lengthy and Kitts appreciates the strategic patience ASA received from PEO Soldier’s senior leadership. “Their patience and support in getting us to this point allowed us to pivot from cybersecurity audit compliance to getting additional functionality, curating data, and onboarding additional DEE tools,” Kitts said.

The vision that drives this strategic patience has a broad focus – looking beyond enhancing PEO Soldier’s capabilities alone to helping close data-sharing gaps to foster more efficient collaboration with Army and Joint stakeholders.

“The real benefit of the Architectural Assessment Tool is helping our strategic partners achieve Soldier centered design,” explained Gary Keller, the Assistant Program Executive Officer for Futures and Integration, PEO Soldier. “With this tool, we can get accurate Soldier equipment data to the right people, when they need it, accelerating integration across the enterprise.”

With input from early adopters, the team continues to innovate with plans for AAT 2.0. The future update will feature an improved database better matched to describe Soldier context and a transition to a more widely used 3D engine.

In the near term, the ASA team is incorporating iPOWER, a power management system designed by the Naval Research Lab, and plans to add Cameo MagicDraw to the suite.

By Kris Hutsell, ARMY

Hometown Army Fellow Joins PEO Soldier as Next Gen Body Armor Engineer

Monday, April 8th, 2024

Born and raised in Alexandria, Va., Britt Wieland grew up going to the Ft. Belvoir summer camp.

Now, as a civilian engineer with PEO Soldier, she works on the Army’s next generation body armor at Fort Belvoir.

Wieland’s primary focus as a Body Armor Engineer is the Army’s new hard armor.  In her current position, she enjoys seeing the direct impact of her work on the warfighter every day.

“We procure and field the latest body armor to our Soldiers,” explained Wieland.

“I have some friends serving in the Army, and every time they receive the newest gear, they call me to rant and rave about how excited they are, and I take a sense of pride in knowing I get to play a part in serving those who serve us. There aren’t many jobs that give you that kind of opportunity and fulfillment.”

Having trained as both a Hard and Soft Armor Engineer, Britt frequently is called upon to brief Soldiers, Army Senior Leaders, and industry partners on the Vital Torso Protection (VTP) system.

VTP is a subsystem of the Soldier Protection System, the Army’s newest Personal Protective Equipment. The Army is currently collecting data to verify trade space of weight reduction with protection ability for Soldiers to reduce the Soldier’s load and increase mobility in tactical environments.

“Our goal is to rebalance the testing to optimize the time and cost spent, while maintaining performance. This will allow industry to redirect resources towards developing more advanced designs and technologies, which in turn, benefits the Soldier.”

As the chair for the Vital Torso Protection Purchase Description project, Wieland has had an opportunity to work on the Army’s newest hard armor, where she has demonstrated her leadership skills during the process of changing the testing and evaluations for VTP.

“We’re looking to make the test procedures more statistically significant, operationally relevant, and aligned with the original requirements,” explains Wieland.

“I feel really special knowing my leadership trusted me to represent them even though I was less than a year into my career.”

Britt has served in key briefing roles to the special operations community, including the Spear Side-by-Side, which aimed to develop understanding and communality amongst the kit used in SOF versus the general Army, and USASOC Women in ARSOF, which supports holistic improvements to not only the kit of female Soldiers, but also improvements to uniforms, healthcare and quality of life.

“Britt has been able to brief key senior leaders and a large group of female Sergeants Major from ARSTAFF on improvements to PPE and paths forward for iterative changes based on Soldier feedback. She’s also taken part in HFEs to gain knowledge on Soldier kit,” said Maj. Kim Pierre-Zamora, the assistant product manager for the body armor team.

“There’s also a special place in my heart for the Army’s mission to better equip female and small statured soldiers,” Britt Wieland said.

“As a smaller female myself, I take pride in being a female engineer that gets to help take on this task and find it extremely rewarding every time I get to fit a female Warrior with a new kit that was made with them in mind,” Wieland said.

Britt Wieland graduated Summa Cum Laude from Lawrence Technological University in 2021 with a Bachelor of Science in Biomedical Engineering. She became an Army Fellow in 2020 and joined PEO Soldier as a Department of the Army civilian in 2023.

By Scott Sundsvold, Army

Welding Individual Protective Safety Ensemble

Sunday, April 7th, 2024

Last month, members of Product Manager Soldier Clothing and Individual Equipment (PdM SCIE) issued the Welding Individual Protective Safety Ensemble to Soldiers at Fort Eustis, Virginia is. The ensemble provides Soldiers with personal protective equipment to perform most welding duties in any operational environment. The equipment went into Limited User Testing and Evaluation with Allied Trade Specialists, focusing on Soldier ease of movement and functionality. Early testing included welding tasks while wearing body armor.

PEO Soldier Equips First Unit with the Army’s Next-Generation Combat Helmet

Friday, February 16th, 2024

WASHINGTON – On Feb. 12, 2024, PEO Soldier fielded the Next-Generation Integrated Head Protection System to approximately 2,000 Soldiers from the 1st Brigade Combat Team, 82nd Airborne Division, marking the first-unit-equipped milestone in enhancing Soldier protection.

The NG-IHPS is the Army’s newest combat helmet, replacing the previously fielded Integrated Head Protection System, the Advanced Combat Helmet, and the Enhanced Combat Helmet. The combat-ready NG-IHPS consists of a retention system, suspension system, helmet cover and a night vision device bracket that is able to integrate a mandible protector, hearing protection, communications and heads-up displays like the Integrated Visual Augmentation System and the Enhanced Night Vision Goggle-Binocular.

“This fielding marks significant progress for Soldier protective equipment as it equips Soldiers with protection against relevant battlefield threats, and the innovative helmet design is a purpose-built platform for integration now, and with future Soldier-enabling devices,” said Lt. Col. Ken Elgort, product manager for Soldier Protective Equipment.

The NG-IHPS, which will be fielded to the close-combat force, interfaces with the next generation of night vision devices, while the mandible protector mounts onto the front of the NG-IHPS for additional protection. The mandible protector is fielded to 6% of the force operating in a mounted configuration.

“The NG-IHPS provides increased ballistic and fragmentation protection while reducing the weight required to previously reach this protection level by 40%,” said Maj. Matthew Nulk, assistant program manager of the Head Protection Team. “This is world-leading rifle threat protection we’re providing to our Soldiers.”

According to Alex de Groot, lead engineer for the Head Protection Team, “The boltless retention system and night vision device bracket mount on without compromising the helmet’s structural integrity, thus increasing protection.”

PEO Soldier will equip the 2nd and 3rd Brigade Combat Teams, 82nd Airborne Division, this quarter and will complete fielding to all close-combat force units over the next three years.

Program Executive Office Soldier is responsible for the rapid prototyping, procurement and fielding of equipment for Soldiers. NG-IHPS is part of the Soldier Survivability portfolio, the largest portfolio within PEO Soldier. The NG-IHPS is one part of the Soldier Protection System, which also includes the Modular Scalable Vest, the Ballistic Combat Shirt, the Blast Pelvic Protector and the Vital Torso Protection hard armor plates.

By U.S. Army Public Affairs

The photo is an Army photo of an IHPS, but not from this fielding.

Looking Back, Program Manager Soldier Lethality Change of Charter

Friday, December 1st, 2023

Lindner Conference Center   –  

Project Manager Soldier Lethality held a change of charter ceremony, followed by a retirement ceremony, at Lindner Conference Center on Picatinny Arsenal, August 4.

Brig. Gen. Christopher Schneider officiated the exchange of responsibility of PM SL from the outgoing Program Manager Col. Scott Madore to Col. Jason Bohannon.

“There are three things I think are the secret sauce to being a great Program Manager,” said Schneider. “You have to lead fearlessly and with compassion. You have to have experience. The last thing I call stakeholder management, but it’s actually being a good teammate. Scott does all these things frankly better than most people I know.”

PM SL performs a pivotal role in equipping Soldiers with unparalleled proficiency in both individual and crew-served weaponry. By overseeing the development, production, deployment, and sustainment of contemporary and future weapon systems, along with target acquisition and fire control products, PM SL ensures a continual evolution. As a result, Soldiers are outfitted with advanced systems that significantly elevate their survivability and lethality, reinforcing their effectiveness in the field.

“I feel extremely honored to have been selected to come to Picatinny to be a part of PEO Soldier and to be part of the PM Soldier Lethality Team,” said Madore, giving his final remarks after handing the leadership reigns over to his counterpart. “I cannot imagine a greater group of teammates to finish my career working alongside.”

As the PM SL organization sends off Col. Madore and his family, a warm welcome is given to the leadership skills and technical expertise of Col. Bohannon. The newest member of the PM SL team here at Picatinny Arsenal is no stranger to this organization.

“My family first came here in 2012,” said Bohannon. “I’d like to thank everybody who contributed to putting me here today. This has been the homecoming for the Bohannon tribe…”

 “So, when I talk to the Officers, men, and women of PM Soldier Lethality – you have the most consequential task of our generation for small arms development.  We will field the most lethal small arms that ground forces have ever seen, those systems must be the most reliable tool a Soldier, Marine or operator can depend on are in a firefight, a tool that [they] can trust.”

This was not only a change of charter ceremony, but also an opportunity for Madore to celebrate his retirement ceremony. Madore served with honor in the military for 31 years. The entire organization wishes him and his family good luck and best wishes as they move toward future endeavors.

Be all you can be, Scott. Thank you for your service to the country and for everything you’ve done in your 31-year career.

Story by Luke Graziani, US Army

Photo by Jesse Glass

PEO Soldier Gets to Ground Truth on Soldier Equipment

Tuesday, November 14th, 2023

FORT BELVOIR, Va. – The Army is continuing its efforts to modernize the force and build towards the Army of 2030 and beyond. To support that effort, Program Executive Officer (PEO) Soldier is engaging with Soldiers at the ground level to get to the fundamental truth of how Soldiers are equipped in the operational environment and what gear they have modified or purchased for mission, environment, comfort and personal effect.

PEO Soldier’s Assistant Program Executive Officer (APEO) Soldier has been conducting Operational Kit (O.K.) Analysis with the operational force to collect this data.

O.K. Analysis seeks to address a multitude of objectives to help shape the Army of 2030 and the future Soldier. The effort looks to proactively identify opportunities utilizing the Soldier Enhancement Program (SEP), influence materiel change proposals, identify equipment training challenges and address installation Soldier equipment logistics challenges.

“The idea behind O.K. Analysis was hatched by APEO Soldier’s Senior Enlisted Advisor, MSG Josh Kaplan,” said COL Douglas Copeland, Assistant Program Executive Officer, PEO Soldier. “He identified the need to bridge the gap between what we think Soldiers and Squads carry as materiel developers and what is actually used out in the field.”

In launching the initiative, MSG Kaplan took a couple of key steps: First, he created a community of interest across various stakeholders. Second, he worked with SGM Daniel Rose, PEO Soldier Sergeant Major, to combine the O.K. Analysis event with the PEO Soldier Capabilities Demonstration, which informs the force of our current and emerging capabilities in the PEO Soldier portfolio. This strategy allows PEO Soldier to gain Soldier feedback about on operational needs and determine exactly how PEO capabilities are impacting the Force.

The goal is to provide operational context to the acquisition force, said SGM Rose. “We’re trying to explain to the acquisition professionals here at PEO Soldier and stakeholders in the Army enterprise how Soldiers are using the equipment that they are designing, procuring and fielding in the operational environment. What we found is that sometimes they won’t be using the equipment the way it was designed to be used. We try to bring that kind of context back to the acquisition force to help them as they’re designing and procuring new pieces of equipment.”

The O.K. Analysis team kicked off the program at USARCENT in Kuwait in March 2023 and has since engaged with the 11th Airborne and 25th Infantry Divisions. As a result, PEO Soldier has, to date, collected data from eight Squads and worked with senior leadership to establish an equipment baseline across the Army’s operational units.

The effort goes beyond simply questioning Soldiers about their thoughts and experience with PEO Soldier capabilities. MSG Kaplan explained, “We deploy a team of senior NCOs with extensive operational experience and extremely smart government contractors who carry out an array of responsibilities, such as data collection, statistics, logistics and photography. We collect several thousand lines of data, hundreds of photos and several hours of interviews that are analyzed as a part of an out-brief to communities of interest, then added to our holistic database for further analysis.”

After taking part in PEO Soldier’s O.K. Analysis engagement, SGM Brian Disque, G-3, 5 and 7 Sergeant Major, USARCENT, stated that he was very impressed with its effectiveness and potential benefits. He explained, “It is a very ambitious effort to answer an important question: What gear are Soldiers actually using and why? PEO Soldier took the idea of unit outreach and feedback to the next level with a meticulous approach to data collection to better understand the perspectives of Soldiers across the Army. The wealth of data collected will be very useful when informing future efforts to outfit our Soldiers. All of the Army should be grateful that this team was willing to roll up their sleeves and get out to all corners of our Army to answer these questions.”

This effort has already returned positive outcomes. Through the O.K. Analysis initiative, PEO Soldier has been able to strengthen critical partnerships with the Maneuver Center of Excellence, DEVCOM and several Army Corps. PEO Soldier has also been able to facilitate the establishment of Environmental Working Groups with these communities of interest, which include items discovered through the O.K. Analysis effort.

“The most important benefit of O.K. Analysis is to ensure that the Soldier’s voice is heard, including senior leaders in operational units who have important Soldier equipment insights,” Kaplan said. “We do this in the form of detailed equipment inventories, pictures and candid interviews that are shared with the enterprise. If someone asks, ‘Why is Soldier equipment getting heavier?’, our team can say, ‘Let me show you.’ There is a lot of power in that.”

Disque agreed, noting, “For USARCENT and our deployed force, the opportunity to provide our candid feedback to the professional data collection team is of immediate benefit. Innovation is one of our top priorities, and we are always searching for ways to bring innovative concepts to our Area of Responsibility (AOR). Soldier kit is one of those topics for which there is no shortage of great ideas out there, often based on real-world feedback from operating environments across the CENTCOM AOR – you just have to ask the right questions, which I am confident the PEO Soldier team executed to perfection.”

Through this effort, PEO Soldier began an Army-wide innovation synchronization effort that encompasses 18th Airborne Corps’ Eagle Works, I Corps’ Lightning Lab, USARCENT and PEO Soldier’s Soldier Integration Facility. This will allow stakeholders to collaborate and share data and integration solutions across the Close Combat Integration Enterprise (CCIE).

“Any opportunity to connect our modernization efforts to deployed Soldiers on a mission is valuable,” said Disque. “Some of the most innovative ideas come from operating in a deployed environment, and for the PEO team to have access to Soldiers that served recently in Syria and other areas is tremendous.”

Kaplan and his team have proactively submitted proposals for the Soldier Enhancement Program (SEP) on behalf of Soldiers through the O.K. Analysis. The SEP is a process designed to help the Army enhance Soldiers’ ability to execute their combat mission by evaluating prototypes and commercially available items submitted by Soldiers and industry. Since its inception six months ago, PEO Soldier has identified 23 potential SEP opportunities, which is an exponential increase relative to recent years. Soldiers, senior leaders and industry are also able to submit their own proposals utilizing PEO Soldier’s website.

“Soldiers are very innovative,” said Kaplan. “There is always that one Soldier in the Squad who can create ways for his unit to become more lethal. This initiative highlights innovative solutions so communities of interest can stay on pace with the operational force.”

CSM Joseph Gaskin, Command Sergeant Major, 1/11 Airborne Division, added to that assessment by stating, “Any effort the Army uses to better inform equipment requirements from the Soldier on the ground is value added to our formation. The O.K Analysis comprehensive program captured data that will assist leaders to better understand what risk the Soldier’s load presents as we operate in the extreme cold of our operational environment.”

PEO Soldier will continue its O.K. Analysis effort by visiting Soldiers with the 3rd Infantry Division in October and engaging with U.S. Army Europe in the second quarter of 2024. This ongoing effort will collect and share data amongst the CCIE to help shape the Army’s modernization efforts moving into 2030 and beyond.

PEO Soldier is now encouraging other interested U.S. Army operational divisions to reach out and schedule an O.K. Analysis of their area of responsibility.

“We look forward to expanding our O.K. Analysis across the Army’s operational units to further collaboration, leverage creative innovation and enable proactive capability development for Soldier equipment,” said Copeland.

By David Jordan

PEO Soldier Showcases Technologies for the Army of 2030

Sunday, October 22nd, 2023

US Army Begins Fielding Next Generation Squad Weapons

Thursday, September 21st, 2023

Having recently completed Production Qualification Testing of the XM7 Rifle and XM250 Automatic Rifle, the US Army has begun issuing the first of the Next Generation Weapon System to 2nd Bde, 101st Airborne Division. Of note, the famed 101st was also the first unit to receive the M17 Modular Handgun System.

The capability

Manufactured by SIG SAUER, the NGSW consists of the two weapons along with a new hybrid cartridge in 6.8x51mm. These new weapons are being referred to by the Army as the, “most lethal small arms capability in the world” and are intended to replace the M4A1 Carbine, M249 Squad Automatic Weapon, and 5.56mm family of ammunition. But not every Soldier is getting these new weapons. They are reserved for the Close Combat Force which consists of Infantry and Cavalry Scouts as well as select Combat Engineers and enablers. All told, the Army aims to field around 100,000 XM7s and 20,000 XM250s.

XM7 Rifle

XM250 Automatic Rifle

6.8mm Family of Ammunition

The Common Cartridge Family of Ammunition has similar performance to the commercially available .270 Win Short Mag cartridge and consists of the XM1186 GP ammo along with reduced range, blank, tracer, and a marking round for force-on-force training.

XM157 Fire Control

To further enhance lethality, NGSW is paired with a new Fire Control System manufactured by Vortex Optics. It integrates a number of advanced technologies including a variable magnification optic, backup etched reticle, laser rangefinder, ballistic calculator, atmospheric sensor suite, compass, Intra-Soldier Wireless, visible and infrared aiming lasers, and a digital display overlay.

The NGSW-FC is the planned replacement for the Close Combat Optic, Rifle Combat Optic, and Machine Gun Optic within the Close Combat Force.

It is important to note that the Army’s position is that Fire Control doesn’t replace training but enhances the fundamentals.

For those of you wondering, the XM157 uses two CR132 batteries and the life is 250 hours on the low setting.

Additionally, the Army has conducted integration testing between the XM157 and Integrated Visual Augmentation System in each iteration, including IVAS 1.2 which is currently in testing.

The team

To field NGSW, the Army has assembled a team of teams which include PEO Soldier, JPEO Ammunition, Close Combat Cross Functional Team and Army Test and Evaluation Command.

The road to the selection of a NGSW system was started about six years ago with a short lived quest for an Interim Combat Service Rifle in 7.62 NATO which quickly morphed into the search for 6.8mm weapons which resulted in contract award in April 2022.

SAAC Study

The Small Arms Ammunition Configuration study was published 26 June 2017 and several conclusions informed the requirement for NGSW.

They are:

-Caliber doesn’t matter

–Secondary performance driver

-Ballistic energy on target does matter

-Advanced bullet tech matters

-Fire control matters

-Aim error reduction has largest impact on performance

–Advanced fire control reduces aim error in lieu of extensive shooter experience /ability or significant training

The path ahead

On 25 Sep 2023 the A Co, 2-502nd, will go through New Equipment Training followed by a demonstration of the new capabilities of NGSW brings to the table.

Beginning 10 Oct 2023, the unit will participate in a Limited User Test which will examine Soldier mobility (timed) with both the new weapons as well as legacy systems. They will also evaluate overall system performance, how Soldiers interact with the new weapons, and how they feel about them. The NGSW team will also begin to consider how they may transform TTPs.

Additionally, a squad from the Ranger Regiment will join the members of the 101st in the LUT to gain SOF insight into the weapons.

In the coming months is environmental testing including desert, jungle and arctic and an Operational Assessment will be conducted 1st qtr 2025. This is an event designed to determine how Soldiers will fight with the new capability.

The Army plans for the 1st Bde, 101st to be the first unit equipped in 2nd Qtr, FY24, likely in March.

Turning cover into concealment

During a visit earlier today to Aberdeen Army Test Center, PM SL representatives demonstrated that the 6.8mm round will defeat cinder blocks used in the construction of buildings around the world and a barrier which the 5.56 cartridge fired by the M249 SAW will not penetrate through and through. This new capability is a huge advantage for those fighting in built up areas and against trench and bunker complexes.

As LTC Micah Rue, Product Manager Soldier Weapons, PEO Soldier put it, “NGSW turns cover into concealment.”

Ammunition production

Currently, the Army is manufacturing the 3-piece GP projectile which is based on Enhanced Performance Round technology and SIG is producing the cartridges at their factory in Arkansas.

Lake City Army Ammunition Plant will establish an interim capability in 2024 and transition to an enduring capability in 2026. All the while, SIG SAUER will continue to produce ammunition, pursuant to their contract.

The Elephant In The Room

If there’s a common criticism of the XM7 it’s the weight. Weight is certainly an issue for the Soldier and there is some good news and some not so good news when it comes to NGSW.

The raw data when comparing an M4A1 with Close Combat Optic to an XM7 fitted with the XM157 NGSW Fire Control System and suppressor sees the XM7 at three pounds heavier. However, that would be comparing apples to oranges. With the XM7 the Soldier is not only getting an Infantry Rifle capable of firing a more lethal projectile, but also a suppressor and an advanced optic which greatly increases the ability to hit targets, particularly out past 300 meters.

On the other hand, the great news with the XM250 is that it is 2.7 pounds lighter than the M249 SAW it replaces, both with 100 round belts in place. The Soldier is also getting a suppressor with the XM250 and that same 6.8mm round which will defeat cinder blocks at ranges exceeding 300 meters.

Constant improvement

As a completely new capability the program has faced some engineering challenges including toxic fumes, reliability and dispersion. However, the PM has worked with industry to quickly solve these problems and keep the program on track.

Other changes have been made to the weapons to enhance their performance. For example, SIG added an additional feed pawl to the feed tray cover which makes it easier to load a belt without lifting the cover. They also removed the forward assist from production versions of the XM7 to reduce the weight of an unneeded feature.

This is happening

NGSW is an Army modernization priority as they push forward with their fielding plan. Although there are still several events between now and First Unit Equipped, it is only six months away. This program is moving very quickly and will transform the squad in ways we are not even aware of yet.

All images and charts provided by PEO Soldier.