
Beyond® has been available throughout the tumult of 2020, and remains ready as ever to meet your needs. The Berry-Compliant AXIOS™ Layering System is fully in stock and ready to ship: simply call 206.767.0307 or email mission@beyondclothing.com.

Beyond® has been available throughout the tumult of 2020, and remains ready as ever to meet your needs. The Berry-Compliant AXIOS™ Layering System is fully in stock and ready to ship: simply call 206.767.0307 or email mission@beyondclothing.com.
FORT BENNING, Ga. – One clear morning a few months ago, among the tall pines and broad sprawl of Fort Benning, 1st Sgt. Kevin L. Sipes phoned someone he knows over at the big unit here that trains Soldiers for the Infantry.
It was late March, a time when the COVID-19 pandemic had brought restrictions on military travel. Many newly-trained Soldiers were on hold, waiting to be shipped to their first units.

Sipes had an idea on how Fort Benning could help the whole Army, by adding to the quality of its sniper units. Snipers are exceptionally good marksmen. They’re specially trained in spotting and killing enemy targets, ideally on the first shot. They’re also trained to gather eyes-and-ears battlefield intelligence that can help commanders manage the fight.
Fort Benning’s U.S. Army Maneuver Center of Excellence trains them through its seven-week U.S. Army Sniper Course, which is part of MCoE’s U.S. Army Infantry School here.
He’d had the idea for about two years, long before the pandemic. But “it kind of got put on the backburner,” he said.
“Then the COVID situation happens, and there were trainees that were here on Benning that weren’t going anywhere for a while,” said Sipes. “COVID-19 was sort of the catalyst to make it happen,” he said. “It was sort of a no-brainer.”
So, he thought, now’s the time for another try.
The call was to Sgt. Maj. Vincent M. Lewis, operations sergeant major of the 198th Infantry Brigade. The brigade runs Infantry One-Station Unit Training, or OSUT, which trains Soldiers to serve with the Infantry.
Sure, said Lewis, come on by.
With Sipes was Capt. Zach Lemke. Lemke commands Charlie Company, 1st Battalion, 29th Infantry Regiment, 199th Infantry Brigade. Sipes is the company’s first sergeant. It’s Charlie Company that runs the Sniper Course.
“We popped in – ‘Hey good to see you’ – and got right to the point,” Sipes said.
He made the pitch to Lewis: How about giving new Infantry OSUT Soldiers the chance to volunteer for sniper training while they’re still right here at Fort Benning?
Sipes recalls Lewis’ answer: “‘He said, ‘Man, that sounds like an awesome idea. How do you plan to do it?'”
“We talked about it for about 30, 45 minutes, just laying out the groundwork for what we we’re trying to accomplish,” Sipes said.
Their idea, Sipes told Lewis, was to offer Infantry OSUT Soldiers a chance to volunteer for a kind of five-day tryout for the formal, seven-week Sniper Course. It would condense the course to key sniper basics.
“Obviously, if you go to a basic training company full of privates and you asked, ‘How many of you wanna go to sniper school?’ every single one of ’em’s gonna raise their hand, basically, I would assume.” – Capt. Zach Lemke, commander, U.S. Army Sniper Course, Fort Benning, Georgia
We’d put them through the training, he told Lewis, and if they show the right degree of mental sharpness and other aptitudes, we’ll send them on to the Sniper Course.
Then, if they made the grade in the Sniper Course, those recent OSUT graduates would arrive at their new units sniper-qualified, and stamped virtually from the start of their Army service formally schooled in the best, state-of-the-art, sniper skills and methods.
Infantry units may train their own Soldiers to serve in their sniper squads, but they sometimes decide they want to send a Soldier to Fort Benning for formal sniper training at the Sniper Course’s level of quality. Taking some of the Army’s newest Soldiers and putting them through the Sniper Course – especially while they’re here already – would be “a win-win,” Sipes said.

“The units won’t have to work as hard to train a Soldier,” he said. “They are ready to succeed on day one. The only thing they lack is experience within the job, but that can be done through training. They’ve met the requirements. They know how to perform the specialized tasks. Now they just need the experience that comes from working in that organization.”
Lewis took it to the brigade leadership, Sipes said, including Command Sgt. Maj. Ronnie E. Blount Jr., who in turn discussed it with Col. Dave Voorhies, the brigade’s commander at the time.
“They came back and told us we were good to go,” said Sipes. “It took about a week to 10 days to get the final approval on it. We created the schedule, sent it over to them.”
The 198th helped with finding volunteers, said Lemke.
The brigade’s drill sergeants formed up the trainees, Lemke said, told them there was a chance to try out for the Sniper Course, then asked for a show of hands. Among Soldiers who’d enlisted for the Infantry, the chance to specialize as a sniper had warrior appeal. Hands went up.
“Obviously,” said Lemke, “if you go to a basic training company full of privates and you asked, ‘How many of you wanna go to sniper school?’ every single one of ’em’s gonna raise their hand, basically, I would assume.”
To be considered, candidates while in OSUT would have to have gotten the highest possible marksmanship score, which is “Expert,” and have a score of at least 270 on the Army Physical Fitness Test, or APFT. And they’d have to be in the Army’s Infantryman job category, which it codes administratively as 11B, commonly referred to as 11 Bravo.
The brigade’s drill sergeants jotted their names and sent forward a list of 20 who met the requirements, said Lemke.
“We got a list of names probably within the next 48 hours,” said Sipes, “and then we went and picked them up and started to train ’em. So from flash to bang was probably 18 days or so.”
They’re calling the five days’ training the OSUT Soldier Sniper Assessment, Lemke said.
Charlie Company instructors teach the sniper-hopefuls how to spot targets, how to estimate the distance from themselves to the target, how to gauge the wind’s movements so they can adjust for it in taking their shot, how to use a sniper’s high-tech optical gear to trace the path of a shot. They’re also taught basics of stalking a target, and are tested on their ability to fire the M110 sniper rifle, using live ammunition.
But throughout the five days the trainers also put a keen eye on whether a candidate has the “cognitive ability” to absorb the instruction, including its many technical fine points, and then apply it all properly,” Sipes said.
Sipes consulted a sports psychologist who works at Fort Benning for tips on how best to evaluate each candidate’s “ability to receive new information, learn how to apply it, apply it, and then work to improve performance in the future,” he said.
Charlie Company ran the first assessment April 20 – 24 and a second May 11-15.
Ten OSUT Soldiers went from the Assessment into the Sniper Course’s Class 4, which ran April 27 to June 12 and started with a total of 47 students. Fourteen graduated, four of them OSUT Soldiers who’d gone through the Assessment. Two OSUT Soldiers washed out and the remaining four were allowed another try, in Class 5, which began May 18 and ends July 2, Lemke said.
As the time approached to run another Sniper Assessement, the 198th sent Charlie Company another list of 20 candidates.
Class 5 started with a total of 36 students and is now at 29, 11 of them OSUT graduates who had gone through the Assessment, Lemke said.

Lemke and Sipes think the results of Class 4 – four out of 10 OSUT Soldiers who were still virtual rookies to the Army making it to Sniper Course graduation – suggests the effort to seek sniper candidates from Infantry OSUT right at Fort Benning, has big potential.
“And that’s only gonna improve over time as we master how we assess them and select,” said Sipes. “That was our first two attempts, he said of the OSUT-Sniper Assessment-Sniper Course. effort. “We’ve taken notes on how to improve it and it’ll only get better.”
But that wasn’t the only encouraging sign, Lemke and Sipes said.
Of those four OSUT graduates who completed Class 4, two achieved special distinction: one received the Top Shot award for highest marksmanship scores in the class. Another took the Fieldcraft Award for top grades in stalking, target detection, and range estimation, Lemke said.
“We have these Soldiers here, on post, already,” said Sipes, “that are brand new, hungry, they’re physically fit. They’re already in that training mindset.”
“We can see the potential of these Soldiers immediately out of OSUT,” said Lemke, “we can measure it, train them, and the send them to the force ready. That’s an extremely important thing for the Army.
“This allows us to take a lot of the training burden off of units,” Lemke said. “I can send a Soldier onto his next duty station already sniper-qualified, and that unit doesn’t have to make any other investment and send them back to Fort Benning. They don’t have to reinvent the wheel. He’s coming straight out of OSUT, receiving that training and then arriving at your unit, ready to perform that duty.”
“If this program can continue and we continue to send out qualified snipers to the force,” said Lemke, “this helps build the sniper capability in our Army.”
By Franklin Fisher, Fort Benning Public Affairs
ABERDEEN PROVING GROUND, Md. — Soon, the U.S. Army will be able to deploy autonomous air vehicles that can change shape during flight, according to new research presented at the AIAA Aviation Forum and Exposition’s virtual event June 16.

Researchers with the U.S. Army’s Combat Capabilities Development Command’s Army Research Laboratory and Texas A&M University published findings of a two-year study in fluid-structure interaction. Their research led to a tool, which will be able to rapidly optimize the structural configuration for Future Vertical Lift vehicles while properly accounting for the interaction between air and the structure.
Within the next year, this tool will be used to develop and rapidly optimize Future Vertical Lift vehicles capable of changing shape during flight, thereby optimizing performance of the vehicle through different phases of flight.
“Consider an [Intelligence, Surveillance and Reconnaissance] mission where the vehicle needs to get quickly to station, or dash, and then attempt to stay on station for as long as possible, or loiter,” said Dr. Francis Phillips, an aerospace engineer at the laboratory. “During dash segments, short wings are desirable in order to go fast and be more maneuverable, but for loiter segments, long wings are desirable in order to enable low power, high endurance flight.”
This tool will enable the structural optimization of a vehicle capable of such morphing while accounting for the deformation of the wings due to the fluid-structure interaction, he said.
One concern with morphing vehicles is striking a balance between sufficient bending stiffness and softness to enable to morphing,” Phillips said. “If the wing bends too much, then the theoretical benefits of the morphing could be negated and also could lead to control issues and instabilities.”

Fluid-structure interaction analyses typically require coupling between a fluid and a structural solver.
This, in turn, means that the computational cost for these analyses can be very high – in the range of about 10,000s core hours – for a single fluid and structural configuration.
To overcome these challenges, researchers developed a process that decouples the fluid and structural solvers, which can reduce the computational cost for a single run by as much as 80 percent, Phillips said.
The analysis of additional structural configurations can also be performed without re-analyzing the fluid due to this decoupled approach, which in turn generates additional computational cost savings, leading to multiple orders of magnitude reductions in computational cost when considering this method within an optimization framework.
Ultimately, this means the Army could design multi-functional Future Vertical Lift vehicles much more quickly than through the use of current techniques, he said.
For the past 20 years, there have been advances in research in morphing aerial vehicles but what makes the Army’s studies different is its look at the fluid-structure interaction during vehicle design and structural optimization instead of designing a vehicle first and then seeing what the fluid-structure interaction behavior will be.
“This research will have a direct impact on the ability to generate vehicles for the future warfighter,” Phillips said. “By reducing the computational cost for fluid-structure interaction analysis, structural optimization of future vertical lift vehicles can be accomplished in a much shorter time-frame.”
According to Phillips, when implemented within an optimization framework and coupled with additive manufacturing, the future warfighter will be able to use this tool to manufacture optimized custom air vehicles for mission specific uses.
Phillips presented this work in a paper, Uncoupled Method for Massively Parallelizable 3-D Fluid-Structure Interaction Analysis and Design, co-authored by the laboratory’s Drs. Todd Henry and John Hrynuk, as well as Texas A&M University’s Trent White, William Scholten and Dr. Darren Hartl.
By U.S. Army CCDC Research Laboratory Public Affairs
You have heard of the Seawolves if you have ever read any stories about the SEALs or The Brown Water Navy in Vietnam. The Navy Seawolves became the most decorated Helo squadron in the Vietnam war. The Navy Seawolves were stood up overseas, and they were decommissioned overseas. They were set up to provide air support for Navy units fighting in the Rung Sat Special Zone, to support the SEAL Teams and Boat Units. They provide insertion and extraction platforms, close air support, medevac, and taxis from base to base. They did it all. They used hand me down aircraft from the Army and turned them into Navy Seawolves Helicopters. I love learning about the history of units like this, there will never be a movie about them, but the man that made up the Seawolves are the backbone of the U.S. and our military history.

Retired Army Major General Carl McNair, who commanded the 121st Assault Helicopter Company during the Vietnam War, once recalled a story about Army General Creighton Abrams—commander of all military forces in Vietnam—visiting an airbase for an awards ceremony for Army aviation personnel. Riding as a passenger in a jeep along what passed as a flight line, he noted a young man not wearing a cover and ordered his driver to pull over. Abrams had served under General George S. Patton during World War II, so he was tough. Questioning what he thought was a soldier out of uniform, he received a response that went something like: “Sir, I am not a soldier. I am a sailor and a Seawolf, and in the Navy, we don’t wear covers on the flight line.” Abrams responded, “Very well, carry on,” and proceeded on his way. There is nothing better than a General having no idea who you are.
www.usni.org/magazines/naval-history-magazine/2019/june/i-am-sailor-and-seawolf
video.kpbs.org/video/scramble-the-seawolves-yacuzi
Aberdeen Proving Ground, MD – A chemical and biological decontamination solution improved through testing and evaluation by the Combat Capabilities Development Command (CCDC) Chemical Biological Center has been identified by the Defense Threat Reduction Agency (DTRA) as an effective COVID-19 disinfectant.

Center researchers have been working with Atomes, F.D., a company located in Quebec City, Canada, for more than two years. The Center provided testing and quality assurance to determine the general chemical and biological disinfecting effectiveness of their product, Bioxy. After conducting a literature review to examine disinfection options against COVID-19, DTRA identified Bioxy for use as an effective in-the-field disinfectant against COVID-19 and other viruses, according to Vipin Rastogi, Ph.D., a senior research biologist at the Center.
Rastogi and his group have been testing the effectiveness of Bioxy since the beginning of the Center’s relationship with the company, which led to the DTRA-funded literature review. “Originally, the company had no idea whether it would be effective against chemical or biological agents. They were marketing it as a sanitizer and disinfectant for medical and veterinary clinics,” he said. “Our work with the company was a partnership in which we performed detailed effectiveness testing against chemical and biological agents. We were able to provide Atomes with very specific advice on how to fine tune the product so that it could provide optimal protection to warfighters and the public against a broad range biological agents, spores and viruses.”
The Center research group, led by Rastogi, determined that Bioxy works well against a wide range of chemical and biological agents, as well as the family of viruses which includes the pox virus, Feline calici virus and the Ebola virus. His team performed its testing using the Organization for Economic Cooperation and Development (OECD) Guidelines for the Testing of Chemicals. It is an international regulatory method for determining the efficacy of antimicrobial chemicals against spores, cells and viruses. The method is used by the 37 OECD member nations as well as the U.S. Environmental Protection Agency, much of industry and many independent laboratories.
“We place 10 microliters of live agent on a glass or steel test surface called a coupon, dry the agent for 45 to 60 minutes, place 50 microliters of Bioxy solution on top of that, then after a 10-minute contact period, add a neutralizer to inactivate the active components of test solution in a vial,” Rastogi explained. “The vial contents are vigorously mixed to retrieve the viable virus particles remaining off the test surface. We then perform a count of the viable organisms remaining.” The effectiveness of the disinfectant is determined by the percentage of change in the number of viable organisms in control coupons compared to those remaining on test coupons.
Chlorine bleach has long been known to be an extremely effective disinfectant; but it is highly corrosive, making it unsuited for disinfecting the sensitive electronic equipment found in military vehicles. Peroxide-based disinfectants such as Bioxy achieve a high level of effectiveness without being caustic. “The active ingredients in Bioxy break the molecular bonds in the virus,” said Rastogi. “Chemical bonds underlying the lipid virus envelope are what give the virus particle its structural integrity, so breaking them renders the virus particle nonfunctional. The active components may also destroy or break down bonds within the DNA or RNA that enables it to reproduce.”
A Powder, Not a Liquid
“Both variants of Bioxy tested, Bioxy H and Bioxy Enviro, provide many practical advantages to its military users because they are powders, and not liquids,” Rastogi said. “Bioxy, marketed as a powder, has three advantages. It’s not corrosive. You can ship it without any fire hazard precautions, and when you need it, you mix it with water and you have a ready-made decontaminant.” It works by generating peroxide when mixed with water.
While Bioxy still requires water to activate the peroxide, the amount of water needed is far less than the hundreds of gallons typically used by decontamination trucks. “We conducted a limited scale study where we tested a 5 percent solution,” Rastogi said. “If you want to translate that to ratios, 5 percent means five parts powder, 95 parts water. But if that much water is not available, you could make a 10 to 25 percent solution.”
Using Bioxy at these higher concentration decontaminates the biological agent with no adverse effects on the Soldier. “It is safe for the skin and is biodegradable,” Rastogi said. “It decomposes to innocuous end products, oxygen and water.”
It is also inexpensive and commercially available for application to warfighters’ personal protective equipment, vehicles, and any other potentially contaminated materials in the field with far less logistical burden than hauling large quantities of water-based decontaminants.
Program Pays Dividends
The relationship between the CCDC Chemical Biological Center and Atomes, F.D. is the product of the Foreign Technology and Science Assessment Support Program, known as FTAS, which is funded by the Office of the Secretary of Defense. It provides seed funding for scientists to perform initial research, technology assessments and test and evaluation studies on promising defense technologies developed in other nations. Participating U.S. Army organizations, such as the Center, select foreign technology initiatives on a competitive basis. Army researchers seeking an FTAS grant submit a proposal which is evaluated by a panel of Army experts, and winning applicants are funded for one year to provide proof their technology’s effectiveness in meeting an Army need.
“Had we not formed this relationship with Atomes, DTRA would have never known about Bioxy and what a valuable broad spectrum disinfectant it is for biological agents,” said Rastogi. “It is very satisfying to know that because of this work, the warfighter and the public have an inexpensive, non-corrosive environmentally safe and highly effective technology in hand.”
“The Center’s use of the FTAS program to contribute to the development of a new technology as useful as Bioxy is a prime example of innovation in action,” said Eric Moore, Ph.D., director of the Chemical Biological Center. “Good ideas are where you find them, and we are glad we pursued this one – doubly so because it turns out that it is proving itself to be an answer to a brand new threat.”
DTRA is now funding Rastogi and his team to test the effectiveness of a number of other commercially available disinfectants to destroy the COVID-19 coronavirus using the OECD method.
By Jack Bunja

Today we are getting a look at the all American Made FirstSpear Centurion Short. Utilizing the same sizing, form, fit and technical features as the FS Centurion Pant but with an 11.5” inseam. Constructed with a premium ripstop nylon / combed cotton featuring Nano-glide mesh pockets that offer the perfect amount of stretch. Integrated low-profile belt system helps keep the shorts secure with or without a belt using a BioThane webbing and jam lock buckle. Removable Poron foam inserts on your right and left side allow you to carry a knife, gun, or phone in total comfort. Like most FirstSpear products the shorts are 100% Made in America with 100% USA Materials. Inseam 11.5″


Available now in sizes Small – 2XL.
Sizing Guide
• Small – 29-30
• Medium – 32-34
• Large – 34-36
• XL – 36-38
• 2XL – 40-42


www.first-spear.com/centurion-shorts