Archive for the ‘clothing’ Category

How Scientists Are Helping Soldiers Stay Safer

Friday, September 3rd, 2010

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RESEARCH TRIANGLE: The room’s temperature is more than 1,000 degrees Fahrenheit. Flames from ignited propane gas attack the man trapped inside, searing his face and hands. Suddenly, the fireball disappears, and a charred smell hangs in the air.

This explosion happens frequently at the Textile Protection and Comfort Center at N.C. State University. Fortunately, the captive is PyroMan, a life-size, flame-resistant mannequin outfitted with 122 thermal sensors and dressed in full protective gear.

Setting him aflame helps researchers determine how well thermal protective clothing shields the body – information the U.S. military is eager to know.

“The copper discs in PyroMan’s thermal sensors absorb the heat and tell us where he’s received first-, second- or third-degree burns,” said Roger Barker, Comfort Center leader and textile engineering researcher. “These data tell where we must improve the protective clothing. It’s a huge benefit to anyone who wears a uniform.”

Since 2008, NCSU, UNC Chapel Hill and Duke University have helped North Carolina increase its share of U.S. Department of Defense research funding from $4.9million to $21.3 million this year, said Kimrey Rhinehardt, vice president for federal and military relations for the University of North Carolina system.

“Our universities have lab space, and researchers have the portfolios, to receive research grants,” Rhinehardt said. “They are starting to ask what needs the military has and look for solutions instead of taking their ideas to the military and requesting funding.”

The research runs the gamut, including PyroMan experiments at NCSU, computer training models at UNC Chapel Hill and infrared improvements at Duke. Much of the work has immediate uses in the military, but also has potential civilian applications.

“These research projects will definitely affect Special Operations forces, many of whom are based in North Carolina,” Rhinehardt said. “But it could be 10 to 15 years before we see any real impact.”

Protective gear

NCSU’s multimillion-dollar Comfort Center runs PyroMan through fireballs, subjects a smaller model called PyroHands to equal heat abuse, and exposes team members to simulated chemical warfare assaults.

The NCSU team builds test mannequins and designs lighter-weight, more flexible protective body suits, gloves and boots, making general movement easier and giving troops or first responders more dexterity to open doors or pick up objects. Researchers test each blend of fabrics for strength, comfort, heat resistance and moisture absorption.

The lab is part of North Carolina’s push to increase its participation in military research and innovation.

“All military branches have been interested in the abilities of the protective gear we design,” Barker said. “They appreciate that these suits and gloves can protect military personnel from thermal hazards like those from an (improvised explosive device).”

Heat isn’t the only danger, however. Chemical and biological agents also pose a risk to soldiers. Barker’s team designs full-body suits meant to seal out harmful substances and tests the gear in the one-of-a-kind Man-in-Simulant Test lab.

The team floods the lab with vaporized oil of wintergreen – a harmless substance used instead of mustard gas in chemical research – and a member of Barker’s team climbs ladders and drags heavy objects, mimicking actions taken during biohazardous situations.

Adhesive pads worn under the suit absorb the wintergreen vapor that seeps inside, and researchers analyze the pads to measure the level of wintergreen infiltration and identify the suit’s weak points.

3-D isn’t just for fun

At UNC Chapel Hill, scientists are developing technologies to improve training. Greg Welch and a team of computer science researchers at UNC are collaborating with businesses and the Naval Postgraduate School on an intelligent-training system using automatically controlled point-and-tilt cameras, as well as 3-D imaging.

“Right now, when Marines train, supervisors in orange vests observe them and take notes. They’re experts, but they can’t see everything,” Welch said. “The military asked us to create an automated system to analyze what Marines do in a quantifiable, regular way. Actually showing an individual what he or she does wrong could save their lives.”

A virtual imaging sand table helps military trainers create a 3D landscape and alter it to perfect strategies, Welch said. A magnetic coil sits under the table, and trainers use an electronic pen outfitted with another coil to paint the sand surfaces different colors. Digital projectors enables trainers to change the lighting on the table to simulate different building textures or times of day.

How to see in the dark

Additional research at NCSU, in collaboration with Duke, is being done to improve night-vision goggles.

Current night vision equipment is criticized for its bulk and lack of clarity. Integrating vanadium oxide – a thermal imaging agent – with a silicon computer chip makes the gear lighter and increases processing speed, creating a smart sensor.

“By putting the sensor and the computer on the same chip, we’ve made the device wireless,” said Jay Narayan, an NCSU materials science engineering researcher. “It’s smart – it can sense, manage and respond to things quickly, especially on the battlefield.”

Narayan creates the smart sensor through “domain matching epitaxy,” a process that produces single, defect-free crystal layers of different materials. The ultra-thin layers – roughly the thickness of two blood platelets side-by-side – improve electronic signal flow between layers.

Duke University electrical and computer engineering researcher Adrienne Stiff-Roberts uses quantum dots – tiny semiconductors that measure various electromagnetic energy types – to improve infrared detection. Currently, the military uses lower-quality night vision because high-clarity infrared detectors require liquid nitrogen storage at 100 degrees below freezing, Stiff-Roberts said. Quantum dot detectors don’t need liquid nitrogen and could work like high-quality digital cameras.

Stiff-Roberts designs quantum dots that target specific wavelengths – such as those that aren’t absorbed by water and carbon dioxide – allowing sight through clouds, and those that travel through smoke.

“If you can eliminate that need for cooling, you might even be able to have individual soldiers with these better cameras,” she said. “If you can hit multiple wavelengths, it’s like full color as opposed to black and white.

Choosing the Right Camouflage

Thursday, September 2nd, 2010

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There are many types of camouflage out there, so we will go step by step to help you get the one that is best for your needs. What makes camouflage good? It is about your surroundings, and how to blend into them. Animals have been doing it since creation, and in the early 1900′s, the french with the help of their artists, created the first known camouflage division in military history.

Below is a picture of 9 different types of camouflage and a ‘hidden’ camo guy icon in each of them. This is to help you see the different types. It’s not exactly ‘Where’s Waldo?‘, but it should give you an idea. Can you find all 9?
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Now that we’ve seen the different types of camouflage, let’s discuss how they can benefit you and your needs.

Hunting Camouflage
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Before you go hunting, you will want to be familiar with the surroundings you will have. Not only is the color of the forest or landscape important, but the animal you are hunting will effect which type of camo is the best pick for you. We carry a large selection of the various types of camo previously discussed, ensuring that you get the best pattern for your needs.

A hunter must also remember that most animals such as deer will see movement more then anything else. Even with camo on, significant movement will alert them to your presence, just remember that camouflage is only one piece of the puzzle.

Paintball Camouflage
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There are 2 main types of paintball: woodsball and speedball. Speedball camo can help, but the surroundings are tougher to blend in to. In woodsball camouflage can mean winning or losing. You want to be as camo’d as possible to blend in. The typical gear for this is camouflage pants, jacket, boots, gloves, mask.

If you are serious about paintball and want to take it a step further you can buy camouflage material, cut it in strips and attach it to your mask, gun and other clothing by camouflage duck tape or gorilla glue. This will help you get the edge against more experienced players. Or you could always purchase one of our Ghillie Suits (as seen above), which are premade and serve as the ultimate tactical apparel.

Military Camouflage
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The jungles of the world are a lot different then the desserts of Iraq, which is why you see so many different types and colors of camouflage in the military. The older styles of camouflage worked well in close up fighting, as combat has evolved and there is more long distance fighting going on, digital camo has helped the military.

Digital camo is some of the best camo out there and helps hide your body from long range. The US Navy recently changed their uniform from ‘Utilities’ to digital blue camo (digi-cam). Likewise the Army recently began issuing the new MultiCam pattern to soldiers deploying to Afghanistan. Click here to check out the new MultiCam uniforms and accessories, or Click here to browse our full range of official genuine issue military uniforms.

Camouflage In Fashion
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Camo isn’t just for military or hunters these days. Everyone from babies to women are sporting the style. It is not just acceptable to wear cammy stuff these days, it can be fashionably cool to do it.

While you won’t be blending in to beach sand or the grocery store with them, they have a rugged, respected quality that most people like. Many military wives even find it comforting to wear the same patriotic apparel that their husbands overseas are wearing. Dog tags, field jackets, and boots are just some of the items most popular military items among women and girls today. You can browse our large selection of Women’s and
Children’s clothing and accessories for the style that’s right for you.

So whether you’re fighting for our freedom or simply a fan of fashion, military clothing and gear are one practical product that will never go out of style.

Military Debuts New MultiCam Pattern

Thursday, September 2nd, 2010

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Soon, when soldiers stalk the enemy in Afghanistan, they may be harder to see.
The Army this month began issuing new uniforms printed with a camouflage pattern called MultiCam, which is designed to blend in better with the varied landscapes of the country’s mountainous terrain.

“MultiCam was selected as being the best pattern suited to Afghanistan,” says Lt. Col. Mike Sloane, product manager for soldier clothing and individual equipment for Army’s Program Executive Office Soldier.

The first to get the clothing is the 2nd Brigade 34th Infantry division, an Iowa National Guard unit preparing to deploy overseas from Camp Shelby, Miss. Brigades will get the uniforms as they deploy. Those that have already deployed will begin turning in their uniforms for new ones in December.

The current camouflage has been in use for six years and consists of hundreds of tiny squares bearing shades of tan, green and gray.

The MultiCam uniforms (as well as backpacks and other gear) are a patchwork of seven shades, including greens, tan and brown interspersed with dark brown splotches.

One significant difference between the two patterns is that MultiCam is designed not only to blend with the environment but also to reflect some surrounding colors, taking on an overall green appearance under a forest canopy and a tan look in the open desert, according to Crye Precision, the Brooklyn company that created the pattern.

The pattern also benefits U.S. troops who fight mostly under the cover of darkness. It is less reflective of infrared and near-infrared colors, “so at night you’ll blend into the background a little bit” when seen through night-vision goggles, Sloane says.

In designing the pattern, makers took hundreds of photographs of the Afghan terrain and studied how animals use camouflage in nature, company founder Caleb Crye says.

The change is costing between $200 million and $270 million, Sloane says. He said the switch to MultiCam was ramped up after soldiers complained that their camouflage uniforms were ineffective in Afghanistan.

Capt. Joe Corsentino, an aviator, told the Army Times that the current combat uniform “stands out like a sore thumb” in Afghanistan.

“It doesn’t blend into anything,” 2nd Lt. Chris Cahak said.

The switch is at least the third Army battle uniform change in the past 20 years, says security analyst John Pike, director of Globalsecurity.org.

Previous patterns included the six-color “chocolate chip” desert pattern that had patches of dark brown, gray and black flecks and was worn in the Persian Gulf War in 1991, followed by a three-color desert uniform of light tan, dark tan and brown swaths. The current camouflage uniform was adopted in 2004.

Soldiers who tested MultiCam in military exercises at Fort Benning in Georgia said comrades were much harder to see among trees, or from a distance when on patrol and in mock battle situations, according to a 2007 report from the Army Research Laboratory.

The new uniforms will also have features such as buttons on pockets instead of Velcro, which can clog with sand. They also are made with a built-in bug repellent, called permethrin, to counter sand fleas and mosquitoes, Sloane says.

The quest to better cloak our fighters will continue, though. The Pentagon says it is soliciting ideas for camouflage that works well in other areas of the world.

“Somebody might come in with chameleon pattern,” Sloane says. “We’re hoping they will, but we don’t know if the technology is there yet.”

Can’t Hide from the Camo in Back to School Clothes

Monday, August 2nd, 2010

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Article taken from the July 26, 2010 edition of KansasCity.com

Camouflage is one thing you can’t hide from this back-to-school season.

The print has been growing in popularity for kids, especially as designers develop new color combinations — for boys and girls — and feature it in places such as pant cuffs and bag straps. And camo cargo pants have gone from novelty to classic status.

But doesn’t that defeat the purpose of camo, which, in theory, should be flying under the radar?

“I think kids are seeing it from street fashion, more of a cool-kids point of view,” says Betsy Schumacher, senior vice president/chief merchandising officer for American Eagle’s 77 Kids. “It’s very savvy from a fashion standpoint. Kids gravitate toward things that feel real, and it feels like something easy to wear. … This trend is one kids can have fun with.”

While sticking to the authentic pattern, the spirit conveyed by color, style and other embellishment makes it clear that children’s clothing isn’t trying to mimic modern military uniforms.

“We don’t base it on current uniforms,” says A.K. LaMonica, senior director of apparel at The Children’s Place. “For our boys’ line, our inspiration truly comes from vintage.”

Boys’ shorts and pants most often get the camo treatment, and camo-covered baseball caps are the brand’s best-sellers. LaMonica says camo is the boys’ equivalent of, say, the embroidered butterfly for girls.

“Girls always have flowers, hearts, butterflies and whatever the trendy print of the season is. Boys don’t get that. They get plaid. Camouflage can be an alternative to that,” LaMonica says.

Brit-based brand Mini Boden says it has been successful translating camo for both sexes.

Girls usually get their camo with a splash of lilac or pink, boys like theirs brown or gray in the fall and winter, but like a bright blue in the spring or summer, says design director Emma Stevens. The pattern is a favorite on board shorts, soft twill trousers and an anorak jacket.

“We don’t want to imply a uniform at all. We use it just like a pattern, and it can look quite surfy, especially in sun-washed colors,” Stevens says.

“We try to do camouflage in a softer way, with more colors and increased scale,” says Stevens, who also designs the company’s teen-oriented Johnnie B. line.

The look grows up into capris and miniskirts, among other silhouettes, for tween and teen girls, says Sonya Cosentini, style adviser for T.J. Maxx and Marshalls. It works for the younger market and for the teen set.

“Camouflage is a print that you don’t always see on the shelves, but it’s a trend that makes its way back every year in a different way. This year, that way is absolutely in the details, and we will continue to see that into the fall fashion season,” Cosentini says.

The print is a direct complement to the from-the-runway military look that’s hot this season in every market — from womenswear to infant clothes.

“Kids are really savvy from a fashion standpoint. When they see a trend on adults, they want it, too. There’s no lag time,” says Schumacher. And, she added, unlike some adult trends, this one translates to childrenswear because comfort is at its heart.

There’s also an implied durability, and the back-to-school catalogs, for example, are full of camo-clothed kids running, jumping and playing in the autumn leaves.

Schumacher says children’s clothing has to appeal to two audiences: the kids who wear it and the moms who typically shell out the cash.

“Military works as a trend because of its classic heritage and comfort,” she says. One other selling point to mom: Camo is pretty good at masking dirt and stains.

Georgia Fabric Shields Soldiers

Friday, July 9th, 2010

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Article taken from the July 3, 2010 edition of Atlanta Business News

Four seconds.
The difference between life and death, between third-degree burns and walking away whistling, between falling and fighting. When a burst of flame engulfs a soldier, his protection better be as close as his skin or he quickly becomes more casualty than combatant.

And in a war fought against rocket-propelled grenades and roadside bombs, the right defense can quickly turn a target back into an attacker.

“Four seconds is what they need to dismount a burning vehicle, to stay alive and to fight the enemy,” said Lt. Col. Mike Sloane of PEO Soldier, the U.S. Army’s acquisition organization. “It’s got to be scary to see a soldier, his uniform on fire then extinguishing itself — and the soldier continues to fight.”

To see how that can happen, you must follow a thread that leads roughly 7,000 miles from the combat zone to a tiny town 50 miles south of Atlanta.

It is in Zebulon where they are weaving protection.

In a plant set back from U.S. 19, just across from Elmo & Buster’s West Texas Bar-B-Que, the looms are working around the clock to turn yarn into fabric that will become uniforms that can give soldiers those few precious seconds.

TenCate Protective Fabrics, based in Union City, owns the plant. Its corporate parent, based in the Netherlands, bought the plant from an investor in 2002 after its original owner — Thomaston Mills — had shuttered the facility and left it vacant.

Now, the din inside the plant makes earplugs mandatory. Three shifts of workers, soon to be four, methodically move among more than a hundred frenetically quivering, intensely chattering looms as they interlace tons of yarn into a fabric called Defender M.

Fabric slow to burn

The material will be made into camouflage-patterned uniforms offering an additional edge — that four-second edge.

If typical clothing catches fire in an attack, it keeps burning after the explosion subsides, said Michael T. Stanhope, vice president of innovation for TenCate Protective Fabrics.

“And what normally injures and may kill people is not just the thermal exposure, but when the garment ignites.”

Where roadside bombs are a constant danger, so is the risk of a deadly burn. Stop the flames and you limit that risk. The Defender M fabric is chemically engineered to reduce or even block that threat.

Exposed to extreme heat, Defender M will react much more slowly than typical fabrics.

“The polymers we deal with are very stable and they don’t want to react to anything — period,” Stanhope said. “When you remove those extreme conditions, they stop reacting. They self-extinguish.”

Once loomed, the fabric must be cut and sewn. Finished uniforms are sold to the Army by three prime contractors: American Apparel, DJ Manufacturing Corp. and Propper International Sales.

But Zebulon is a crucial link in the chain from lab to the line of fire, as are a handful of other companies. The yarn on its looms was spun in Senoia, 20-something miles up Hollonville Road and U.S. 16. And when Zebulon’s work is done, the material will be trucked about 15 miles to Molena to be dyed, then printed by companies elsewhere.

Along the way, some material is taken to the company’s U.S. headquarters in Union City to be flame- and heat-tested.

Industry survivor

As a relatively new presence in Georgia, TenCate (pronounced ten-CAH-tuh) seems to be threading against the warp of history. A generation ago, the textile sector was among the largest employers in the state — but that dominance unraveled.

Globalization, outsourcing and technology shifted jobs elsewhere or eliminated the need for workers. A decade ago, the state had about 110,000 textile and apparel jobs. Since 2000, Georgia has lost more than half of them, according to the Bureau of Labor Statistics.

Those that remain, like TenCate, have a niche or specialization.

About 115 employees work in the Zebulon plant, producing more than 9 million yards of material a year. Defender M, which has been made for the military since 2007, is only one of its products. TenCate also makes fire-resistant coats for firefighters and various industrial uses.

The non-military business had slumped a year ago, but it has picked up lately, said Joseph M. Glovier, vice president of operations.

After the Independence Day holiday, the company will add 25 workers so production can run around the clock all week long, he said. “The industry has basically left the United States — not just the Southeast. The technology we have has helped us keep the business here.”

Turnover is minimal, the company said — employees tend to stay. The plant represents a steady, decent paycheck in a region where unemployment has hovered above 11 percent for more than a year.

The military fabric adds something else.

“We know there are people who die every day in Afghanistan and Iraq — we know the numbers,” said Shannon Michael, 36, a process engineer at the plant. “For us to make a product to wear in combat — if that gets in the way of an explosive and saves somebody’s life, it makes us feel pretty good.”

‘Burn rate’ down

And the military says the material has made that difference.

The rate of burn injuries soared after the U.S. invasion of Iraq. But for the past two years, U.S. troops deployed to one of the war zones have been issued four sets each of flame-resistant fatigues.

What the material covers, the material protects, said Sloane, who is product manager for soldier clothing and individual equipment at PEO Soldier. “The burn rate has gone down significantly. We find that the soldiers who were wearing [flame-resistant] uniforms have sustained nearly no burns.”

The current uniforms cost $129.31 a set, and the Army needs about 30,000 uniforms a month, Sloane said.

A new version — featuring a new camouflage pattern, baked-in insecticides and a price tag of about $140 — is coming next month.

It was only a few years ago that uniforms were just clothes, which could — in the wrong circumstances — burn the soldier inside. Now, the uniform adds a layer of defense, Sloane said.

“It’s a pretty incredible capability that the fabric has.”

‘Jammies for GIs’ Raises Money for Wounded Soldiers

Friday, June 11th, 2010

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Article taken from the June 11, 2010 edition of
Tonawanda News

While most of us would probably like to hold a fundraiser to fill our gas tanks, Jammies for GIs is fueling up for a road trip in August that will definitely pay it all forward.

Together with the Niagara Chapter of the American Legion Riders motorcycle club, the mission’s founder, Cheryl Lepsch hawked steamed clams and baked beans, raffle tickets and signed Sabres posters Thursday evening to customers at Old Man River in the City of Tonawanda, New York.

Jammies for GIs has for roughly four years collected clothing and personal care items for America’s wounded soldiers, many of whom are evacuated from America’s battlefields with only the tattered clothes on their backs.

But while some $100,000 worth of donated items currently sits in a warehouse, Thursday’s fundraiser was the first of several that will be needed to pay for shipping it all to soldiers in limbo at Andrews Air Force Base Aug. 20.

“When they get back if they got shot up they only have the clothes they got shot up in,” Sam Reeder, of the Legion Riders, told those in attendance.

This Sunday, his group is sponsoring a post-to-post motorcycle poker run beginning and ending at the Sanborn American Legion Post, at 6525 Ward Road. Registration at 11 a.m. costs $15 for riders and $10 for passengers. The events includes live music, food and a cash bar.

Dan Wilkins helped promote Thursday’s event at the waterfront restaurant, as LeeRon Zydeco & The Hot Tamales performed beginning at 6 p.m.

“They’re raising money to buy gas so I had the idea to sell beans,” Wilkins said.

That and the weekend ride will all raise funds for a massive road trip in August. Lepsch and the truckload of underwear, socks, coats, T-shirts and many other items will make the journey to Andrews Air Force Base while Reeder and his legion of riders travel as a huge escort for the truck.

“I actually saw Cheryl speak about four years ago when she was just starting out,” he said. “We were looking for a way to help the GIs and I remembered her story.”

Lepsch started Jammies for GIs after hearing from her son Jeremy while he was stationed overseas several years ago. She was told about the overcrowding in military hospitals in Germany and stateside that triage patients for extended periods of time before they reach their destination or are redeployed. She heard of and saw images of wounded soldiers awaiting treatment in German hospitals and wearing T-shirts while snow is visible in the background, or walking without coats to therapy session on open medical campuses.

She now speaks, raising awareness, money and provisions to help young men and women laying in bloody clothes for weeks because not even hospital gowns are in great supply as years of war yields increasing numbers of wounded.

“For every one who has been killed there are five or 10 others who’ve been injured,” she said. “You don’t hear about that in the media.”

“The public is really oblivious to what the needs are,” she said after explaining that two to five pallets of donated goods sent twice a year to Brooks Medical Center in Texas still isn’t enough. “They said, ‘Cheryl you could send stuff every day and we could hand it out as fast as you could send it’ … It’s sad when a soldier doesn’t even have a toothbrush after he’s wounded.”

On one hand, there’s the fact that shipping soldier’s personal items after an injury can be dangerous and isn’t much of a priority in a war zone. Then there’s the fact that the government issues only a short list of items to soldiers, and nowhere is it written that they will get extra garments just because they’re thousands of miles away from their foot lockers.

“(The need) is hugely underrated because the general public would assume that when a soldier is wounded all their needs are met,” she said. “They sometimes don’t even get a call home unless they’re in a hospital where there’s a phone right by their bed.”

More information on ways to donate money or goods can be found at the charity’s official website: www.jammiesforgis.org.

West Point Explores Science of Camouflage

Thursday, June 10th, 2010

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Taken from the June 3, 2010 issue of www.army.mil

WEST POINT, N.Y. (June 3, 2010) — Over the years, West Point has served as a sort of proving ground for improved camouflage. In the Engineering Psychology program within the Department of Behavioral Sciences and Leadership, faculty and cadets have done their part to advance the science of how not to be seen.

Dr. Timothy O’Neill is a camouflage consultant and a retired Army officer of 25 years, 15 of which were spent as an instructor here. During his tenure here, he founded the Engineering Psychology program and created the basis of the camouflage pattern on the Army Combat Uniform.

His work in camouflage began prior to graduate school with field testing at Fort Knox, Ky. While earning his doctorate, he picked up more ideas and brought them to the academy in 1976 as a first-year BS&L instructor. O’Neill created the “digital” camouflage concept, which he prefers to call texture match.

That year, his “Dual-Tex” pattern was tested here in the laboratory with the assistance of cadets and faculty. In May 1977, a research team, which included O’Neill, conducted a field test at Aberdeen Proving Ground, Md.

Where the squared pattern came from, O’Neill said, is an interesting story.

“I needed to have a texture that matched natural backgrounds for a variety of reasons,” O’Neill said. “So we dragged a dead M113 armored personnel carrier out into the middle of a field … and painted it by hand. We painted the pattern with a two-inch paint roller (to make two-inch squares).”

Painting “Dual-Tex” onto the APC was what O’Neill called “an eyeball process,” because technology back then wasn’t sophisticated enough to replicate the pattern. Still, it tested well against camouflage patterns the Army used at the time.

Since he retired in 1991, O’Neill served as a camouflage consultant for a variety of entities. He designed the Marine Corps’ MARine PATtern, or MARPAT camouflage and worked with the Marines, Army, Office of Naval Research and Program Executive Office Soldier on various studies and adaptations of texture match.

Another camouflage-related project O’Neill worked on in the 1970s and ’80s was eye tracking. This technology was pioneered at West Point when the Engineering Psychology program conducted a number of studies on how the human visual system detects and recognizes camouflaged targets.

“Detecting a target is very complex-it involves both sensory and cognitive functions,” O’Neill said. “There’s not only the eye and brain interacting to find something, but there’s also decision-making that’s going on in the brain.”

Two semesters ago, O’Neill and a team of cadets tested texture match samples on uniforms and rifles using a modern eye-tracking system-a set of shooting glasses with two tiny video cameras mounted on the frame, which feeds visual data via to a computer.

The cameras measure the cornea and reflections off the retina to compute the angle and location which the eye is looking. Using this system, the team could measure the time it took to see the camouflaged objects and decide whether or not it was a target.

Second Lt. Jacob Frechette, a Fenton, Ill., native, was one of the engineering psychology majors who assisted O’Neill.

He learned how many human factors, from time of day to comfort level of the observer, can affect how effective the camouflage samples were.

“There’s a lot more (science) to it than putting some colors in a random pattern,” Frechette said. “It was a great way of bringing together all the skills we learned in biopsychology, cognitive psychology and engineering psychology.”

The science of engineering psychology includes the limits of human perception, sensation, and what the body itself is capable of. Frechette says this major taught him about how Soldiers think and feel, and what equipment his own Soldiers may use once he is commissioned as an aviation lieutenant.

“This is definitely one of most applicable majors for being an officer in the military,” Frechette said.

Last year, O’Neill was commissioned by Army PEO Soldier at Fort Belvoir, Va., to assist in the redesign of the ACU.

He is also working closely with Natick Soldier Systems Center in Massachusetts, Soldier Requirements Division at Fort Benning, Ga., and other agencies.

The aim of the project-which is still in research and development-is to reduce the number of Soldier uniform patterns to a practical minimum. The creation of those patterns will be driven primarily by their effectiveness in different combat environments, as well as how visually appealing they are. The latter goal is what the researchers call the “CDI factor” -or, “chicks dig it,” O’Neill said, because in addition to working well in the field, “it has to look good.”

O’Neill personally believes the end state will be two uniforms with snow overwhites. Though he is currently unable to discuss any particulars about the new uniform, O’Neill assures that they are developing it as fast as they can.

“Most people currently on active duty today will see the new uniform before they retire,” O’Neill said.

All Your MultiCam Questions Answered

Monday, May 24th, 2010

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The MultiCam switch for Afghanistan deployments is rapidly approaching, and many of you still have a lot of questions regarding who will get the new pattern and what will be issued with it. Fortunately, the good people at PEO Solider Live comprised a thorough list of Frequently Asked Questions in an attempt to clear up some confusion. Here are some common Q’s and A’s being asked about this revolutionary new design:

Q. When will the Army start fielding Fire Resistant Army Combat Uniforms in MultiCam?
A. The Army, through Program Executive Office (PEO) Soldier, will begin fielding MultiCam FR ACUs to deploying Soldiers as early as August 2010.

Q. Who will be getting the MultiCam uniforms?
A. At this time, only Soldiers assigned to units deploying in support of Operation Enduring Freedom will receive the uniforms. The next fielding phase, which is expected to begin no earlier than October 2010, will include Soldiers assigned to units that are already in Afghanistan. The overall order of fielding will be based on priorities established by the Army G-3 and availability of units. Exact fielding dates have not been determined. Priority for units already serving in Afghanistan will be established with guidance from Army Headquarters, U.S. Army Central Command and U.S. Forces – Afghanistan.

Q. How many of the uniform will each Soldier get?
A. The Basis of Issue for the Army Combat uniform is the same as for the Rapid Fielding Initiative (RFI), four per Soldier. Each Soldier will also be issued four Army Combat Shirts with sleeves in the MultiCam pattern and torso in the Tan 499 color.

Q. What gear will Soldiers receive in the MultiCam pattern?
A. Soldiers will receive the same Organizational Clothing and Individual Equipment (OCIE) and body armor in MultiCam that they would normally receive in the Universal Camouflage Pattern.

Q. Will the uniforms and gear cost Soldiers anything out of pocket?
A. No. Soldiers will not be charged for the equipment that is issued to them through PEO Soldier. They will be issued the equipment on their hand receipt.

Q. Will the MultiCam FR ACUs be permitted for garrison use in Afghanistan, as well as outside the wire?
A. Yes. Soldiers deploying to OEF who are issued the four sets of MultiCam uniform will wear that uniform as his/her duty uniform while performing missions in the compounds and outside the wire. This will be the only uniform those Soldiers will receive.

Q. Will Soldiers be permitted to wear MultiCam anywhere outside Afghanistan, such as in Iraq or at their home installation?
A. The current plan for the MultiCam uniform is for its use only in OEF. The uniform for Iraq will still be the FR ACU in the Universal Camouflage Pattern (UCP). Once a Soldier deploys back to home station, he or she will wear the Army Combat Uniform. Army Headquarters G1 will publish wear policy for MultiCam uniforms.

Q. Will Soldiers be permitted to keep their MultiCam uniforms when they redeploy to the States?
A. Soldiers will be permitted to keep the MultiCam FR ACUs, caps, hats, and accessories on their clothing record. They will be required to turn in their MultiCam MOLLE, Extended Cold Weather Clothing System (ECWCS) Generation III items, body armor, and helmet covers.

Q. What uniforms will be provided in MultiCam?
A. The following uniforms will be provided in MultiCam:
1) FR ACUs with permethrin treatment, all Army Uniform Board approved changes, and appropriate patches (4 FR ACUs per Soldier, except combat vehicle or air crew members)
2) Army Combat Shirt (4 per Soldier)
3) Improved Combat Vehicle Crewman Coverall (4 per combat vehicle crewman)
4) Army Aircrew Combat Uniform (4 per aircrew member)
5) Extended Cold Weather Clothing System Generation III, selected layers (1 per Soldier, except crewmen who draw the Fire Resistant Environmental Ensemble)
6) Fire Resistant Environmental Ensemble, selected layers (1 per combat vehicle crewman and aircrew member)

Q. How about body armor and other personnel protective equipment (PPE)?
A. The following PPE will be provided in MultiCam:
1) The Improved Outer Tactical Vest (IOTV) and Soldier Plate Carrier System, or conversion kit (1 per Soldier)
2) Advanced Combat Helmet cover (1 per Soldier)
3) NAPE Pad (1 per Soldier)
4) Knee and Elbow pads (1 set per Soldier)

Q. What additional items will be provided in MultiCam?
A. Besides uniforms and personnel protective equipment, the MultiCam pattern will apply to:
1) MOLLE, all kits and components (1 per Soldier; kits per duty position)
2) Patrol Caps and Sun Hats (1 of each per Soldier)
3) Accessory kit: (3 name tapes, 2 rank tapes, 2 pin-on rank, 2 U.S. Army tapes, and 2 shoulder sleeve insignia, all per Soldier)
4) Improved First Aid Kit (1 per Soldier)

July Deployments Bring MultiCam Uniform Switch

Thursday, May 20th, 2010

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Article taken from the March issue of www.army.mil

WASHINGTON (Army News Service, March 1, 2010) — Soldiers deploying to Afghanistan will be issued the new “MultiCam” fire-resistant Army Combat Uniform complete with new Mountain Combat Boots and MultiCam-patterned Modular Lightweight Load-carrying Equipment, or MOLLE, gear beginning in July.

At mobilization sites throughout the U.S., the uniform will be issued to deploying troops as part of the Rapid Fielding Initiative process, and Soldiers already in Afghanistan are scheduled to receive the MultiCam this fall.

“Anything we can do to give our Soldiers an edge, we want to do,” said Col. William E. Cole, project manager for Soldier protection and individual equipment at the Program Executive Office, or PEO, Soldier on Fort Belvoir.

The decision to field and develop an alternative camouflage for uniforms in Afghanistan came out of the realization that the Army’s current Universal Camouflage Pattern, or UCP, did not meet all of the concealment needs for Afghanistan’s multiple regions.

“Afghanistan is a unique camouflage challenge because it’s such a terrain-diverse country,” Cole explained. He also confirmed that the uniforms and gear in MultiCam will for now only be used in Afghanistan.

In Afghanistan, Soldiers on a single patrol can potentially go from desert conditions, to wooded areas, villages, and rocky mountain environments. When coming up with a new camouflage color palette, PEO Soldier wanted to be sure the uniforms gave Soldiers a combat edge in each possible terrain situation.

Similar to the Battle Dress Uniform woodland print, the new MultiCam is a combination of seven different shades which “takes in surrounding colors.” A jumble of greens, browns and beige, the MultiCam camouflage presents a solution to Afghanistan’s multiple-region problem.

“Troops like the fact that it helps them blend in to different terrain types,” Cole said of the new pattern.

Beginning in September 2009, four phases of developing and testing new camouflage options were initiated: deciding on alternative uniform patterns, conducting testing and Soldier feedback, choosing a final pattern to produce, and evaluating a long-term plan for the Army Combat Uniform.

First, a unit field-tested the ACU in MultiCam alongside their standard-issue ACUs, while another tested the UCP-Delta, a digital pattern with the added color ‘coyote brown’ for better concealment. When polled, the MultiCam and the UCP-D ended up as the top two choices by Soldiers.

Then, a team representing the U.S. Army Infantry Center, PEO Soldier, Natick Labs, the Asymmetric Warfare Group, Army Special Operations Command, and the U.S. Naval Research Center traveled throughout Afghanistan to gather data on six different patterns including the UCP, UCP-D and MultiCam. They took photos of Soldiers in the six different uniforms against eight terrain conditions. From those pictures, photo simulation was created comparing the uniforms at different distances and settings.

About 750 Soldiers who had recently deployed to Afghanistan were then asked to judge the uniforms in the photos based on their detectability, blend-ability, and rank them from best to worst-the MultiCam was chosen as the best performer in all categories.

The MultiCam, while cut in the same style as the ACU, will have several upgrades including a reinforced seat, buttons on the trouser cargo pockets, be constructed of flame-resistant fabric (like the newer ACUs), and treated with permethrin. New Mountain Combat Boots will also be issued to deploying Soldiers, which feature a tougher, more durable sole for gripping the mountainous Afghan terrain.

So far, three of the four phases of exploring camouflage alternatives have been completed, while the process of making a long-term decision about the ACU, and how big a role the MultiCam camouflage will play is still up for debate.

The Price is Right-And so is the Size!

Thursday, April 22nd, 2010

When it comes to finding the best deals on military and hunting gear on the web there’s no confusion: Bradley’s is the best.  However when it comes to the sizing and fit of a few of our items, some things seem to get lost in translation.  Recently we’ve received a number of calls from customers wondering how our clothing and boots measure up against civilian sizes.  Well wonder no more because with our simple conversion chart you can rest assured you’re getting the right fit at the right price.  Of course if you’re still unsure about the fit and feel of an item, you can always contact our awesome mail order team at (315) 629-4736 who would be happy to answer any questions or concerns you might have.  As always, hooah and happy hunting!

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