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Archive for the ‘Guest Post’ Category

Kit Badger Goes Over The AMTAC Blades Northman

Monday, March 2nd, 2020

Our friend Ivan produced a video on the Northman Knife by AMTAC Blades.

To read the full story, visit kitbadger.com/amtac-blades-northman.

MATBOCK Monday – Skeeter Patch Kit

Monday, March 2nd, 2020

With warm weather right around the corner, we are all itching to get outdoors.  With the arrival of spring also comes the arrival of….BUGS!!!  Don’t worry, here at MATBOCK we got more than your back, we got you covered head to toe with the Skeeter Patch Kit.

The internal of each patch is a super absorbent antimicrobial lining for deet or any other anti-bug spray. The absorbent liner will hold the bug spray for hours to prevent insects from bothering you or from you spraying some of these very harmful chemicals onto your body directly.

Each kit comes with 2 American Flag patches and 2 smaller patches. The 2 smaller patches are perfect to place around the ankles or below the knee. The American Flag patches are great to wear on your shoulders.

***For custom flag sets, please contact us at admin@matbock.com.  Custom sets must be purchased in sets of 100 kits***

Click below to order yours today!

www.matbock.com/collections/accessories/products/skeeter-patch-kit

SCUBAPRO Sunday – Iran – Iraq War USSOCOM History

Sunday, March 1st, 2020

Iraq attacked Iran in September 1980, launching a war that would last eight years. By 1982, more than 100,000 people had died. The war was costing each side about $1 billion a month and devastated both countries’ oil industries. In the so-called “tanker war,” both countries launched attacks on neutral merchant vessels transiting the Gulf (mostly Kuwaiti flagged ships). In December of 1986, the Kuwaiti government asked then-President Reagan to help protect their oil tankers from mine placed by the Iranian. Reagan sent the U.S. Navy, and the newly formed USSOCOM sent the SEALs, Special Boat Units (now Special Boat Teams), and the 160th Special Operation Aviation Regiment (SOAR). This was the first time in SOCOM history (its short history at the time) that these three groups would be deployed together. 

The Task Unit was deployed on two barges, Hercules and Wimbrown, that the Pentagon promptly converted into Mobile Sea Bases (MSBs)complete with their own extensive self-defense weapons. Naval Special Warfare Task Units (NSWTU) was run by a SEAL commander and answered to the regional Naval Special Warfare Task Group. Their mission was to stop Iranian forces from mining the Persian Gulf or otherwise attacking shipping. Each MSB had two detachments of Mark III patrol boats, a SEAL platoon, an EOD detachment, Marines to provide security, army MH-6, and AH-6 Little Bird helicopter gunships and Black Hawk rescue birds, and an air force combat controllers. MSB Hercules was manned by East Coast NSW, SEAL Team Two, and SBU 20 and 24. MSB Wimbrown 7 was manned by West Coast SEAL Team One and SBU 12 and 13. They also had other boats and helos available to them, like the SeaFox.

On September 21, a trio of Little Bird choppers flying off the frigate Jarrett was assigned to shadow the Iranian tank landing ship Iran Ajr,s suspected to have been converted for minelaying. An MH-6 helicopter equipped with a forward-looking infrared (FLIR) sensor and night-vision goggles led the way, escorted by two AH-6 gunships loaded with 7.62-millimeter miniguns and 2.75” rocket pods. The helicopter crews recorded the Iran Ajr’s crew deploying mines next to the Middle Shoals navigational buoy used by tankers. The Little Birds were ordered to open fire, and they opened up on the Iranians with their miniguns, the crew to take cover and did not return fire. The Iranian sailors resumed deploying the mines a half-hour later. This time the 160th pilots unleashed a sustained barrage, including rockets, killing three crew—and causing the remaining twenty-six to abandon ship. The following morning, SEALs on Mark III Patrol Boats rescued all but two of the Iranian sailors and boarded Iran Ajr. They found nine mines onboard and seized a logbook recording past minelaying activity, including maps showing the locations of those mines. Then the Navy towed Iran Ajr’s too deep water and blew her up.

A trio of minigun-armed MH-6 helicopters tangled again with four Iranian ships approaching MSB Hercules on October 8, including a corvette, a Swedish-built Boghammar, and two Boston whaler type boats. The Boghammar’s crew fired Stinger missiles at the scout helicopters before being sunk by return fire. Eight Iranian crew were killed, and six more rescued from the water. One of the Boghammar’s was later brought back and used by SBU-12/13 for the Coronado July 4 demonstrations and as an aggressor boat for exercises in the San Diego area.

When an Iranian missile struck the U.S.-flagged Sea Island City on October 16, injuring eighteen crew, Washington authorized a counterattack three days later called Operation Nimble Archer, resulting in the destruction of two Iranian oil platforms used to host IRGCN boats. 

But Iranian minelaying continued. On April 14, 1988, the crew of the frigate Samuel B. Roberts spotted three Iranian mines and realized she had unwittingly cruised into a minefield. While attempting to back out of danger, Roberts struck a mine that nearly split her in two and injured ten sailors. A heroic damage control effort saved the ship and her crew. Navy divers later identified additional mines in the area—with serial numbers identical to those on the Iran Ajr’s. Four days later, the U.S. launched a second retaliatory strike targeting two more Iranian oil platforms called Operation Praying Mantis. This time frigates and gunboats of the regular Iranian Navy counter attacked, resulting in the U.S. Navy’s largest naval battle since World War II, in which half of Iran’s surface combatants were sunk or crippled.

The Iran-Iraq war ended four months later—but not before one final tragic incident. On July 3, the U.S. Aegis missile cruiser Vincennes was skirmishing with Iranian fast boats, having unknowingly entered Iranian territorial waters, when her radar reported an Iranian F-14 Tomcat fighter was approaching her. The cruiser fired two radar-guided SM-2 missiles at the contact—bringing down Iranian A300 airliner Flight 655, killing all 290 civilians aboard. 

Operation Earnest Will concluded September 26 when the USS Vandergrift escorted a final tanker into the Persian Gulf. The operatives involved in Prime Chance remained active, however, until June 1990.

www.defensemedianetwork.com/stories/ussocoms-first-test-of-fire-operations-prime-chance-and-praying-mantis

A Wing and a Prayer

Sunday, March 1st, 2020

DUKE FIELD, Fla. — The air in the desert is dry, hot, and full of sand. Most Airmen do not speak the language of the locals and are working hard to learn their culture. The work is fast and the days are long the intense Qatar sun. The thirst for relief isn’t just literal, it’s spiritual and the chaplains are on a mission provide deployed Airmen something cold to drink.

 “The role faith played in building resilience in a deployed environment was very important,” said Chap. (Lt. Col.) Barry Dickson, 919th Special Operations Wing. “I would think it’s important everywhere but especially in the Middle East because people are separated from their families. They’re separated from the normal routine of their lives back home. Their living conditions are less than ideal. Their food is less than ideal. They can’t just buy what they want.”

Some Airmen would watch Netflix or go to the gym to recharge in this environment, but many of them wanted a strong spiritual life, said Dickson.

He knows first hand the challenges of being deployed to an austere location. While on  a six month deployment to the Middle East that began in July 2019, he organized chapel operations and provided counsel to dozens of Airmen. People of faith wanted some semblance of home in a place that’s very different from the United States. The ministry overseas is there to provide that resource to them.

“Depending on the deployment site, the ministry can be very similar to what we do here,” said Master Sgt. Mike Adamson, superintendent of chapel operations for the 919th SOW. “It could be a mixture of administrative duties, counseling and crisis intervention, and unit visitation.”

Adamson doesn’t doubt that Dickson did an outstanding job as a chaplain overseas. His gentle and quiet demeanor makes him approachable when it comes to counseling situations, and his strong faith ensured he was fit regardless of the environment.

“I was the admin guy over there,” said Dickson. “My job was to figure out who’s going to provide the support that was needed. I had to develop a schedule often times when we had multiple prayer requests and events that needed a chaplain to be in attendance.”

He gained equivalent experience as an Active Duty chaplain on a larger base, said Dickson.

“There’s lots of people coming in and out, you have all kinds of programs such as children’s services, and you have limited time and resources to spread out,” he said.

He would often have to make sure his own people were okay while dealing with the high demand for chaplain support throughout the deployed location. For example, he occasionally had to have a junior chaplain fill in for a more seasoned one who had responded to an incident late at night or in the early morning hours.  

Chaplains in deployed environments take steps to ensure they’re prepared to help others, said Adamson. Taking time each day for prayer, meditation or reflection, reading religious material, and maintaining relationships with people who will support and challenge their spiritual journey allows them to stay resilient enough to support others.

“Spiritual resilience is defined as the ability to sustain an individual’s sense of self and purpose through a set of beliefs, principles, or values,” said Adamson. “It’s about having faith in the future and believing there is meaning or purpose to your existence.”

Everyone in the chapel at [the deployed location] was eager to create new programs and get involved to help others, said Dickson. He was inspired by the group’s motivation throughout the deployment.

“Faith can counterbalance deployed living conditions and separation from family,” said Dickson. “It takes on a heightened importance with people in that environment. We managed a very robust program that required a great deal of oversight for a lot of moving parts and were very successful. Deployments are a marathon and you have to learn to pace yourself. At the end of the day, it’s about helping others and I think we did a really good job of that.”

By Senior Airman Dylan Gentile, 919th Special Operations Wing

FirstSpear Friday Focus – Woobie Full Zip

Friday, February 28th, 2020

Today we are getting the first look at another all new American merino wool garment from FirstSpear using their ACM Warm 600 package. Introducing a new take on the popular Woobie now available in a full zip configuration. 100% American made with American merino wool the Woobie Full Zip features a vertical breast pocket and two zippered slash pockets in the front. High collar and full zip front makes for an easy on and off. Built with FirstSpear ACM 600 the heaviest wool package FirstSpear offers, creating an incredibly warm garment with all the natural performance characteristics of merino wool.

Available now in black, commando, heather grey, and sand. Berry Compliant.

www.first-spear.com/woobie-fr-insulation-shirt

Future Soldiers May Get Improved Helmet Padding

Thursday, February 27th, 2020

ABERDEEN PROVING GROUND, Md. — Army researchers and industry partners recently published a study showing how they developed new materials and manufacturing methods to create higher performing helmet padding that reduces the likelihood of head injury in combat and recreational helmets.

A team from the U.S. Army Combat Capabilities Development Command’s Army Research Laboratory and its HRL Laboratories partners used advances in 3-D printing to create new helmet padding that consists of highly-tuned open-cell lattice structures.

“Careful control of the lattice design imparts novel compression characteristics to the padding that reduce peak head acceleration during blunt impact events compared to existing state-of-the-art foam padding,” said Dr. Thomas Plaisted, the lab’s project lead. “Testing demonstrated a 27% increase in energy attenuation efficiency when inserted into a combat helmet compared to current best-performing foam pads.”

A significant challenge for the design of protective padding is providing the highest level of impact protection while minimizing weight and space it occupies inside the helmet, Plaisted said. The padding must be comfortable to allow a Soldier to wear a combat helmet for extended periods.

“Typical multi-impact attenuating materials include expanded polypropylene and vinyl nitrile closed-cell foams, which absorb impact energy through the collapse of internal pores when compressed,” he said. “The material is carefully tuned to yield at a threshold force, or acceleration, specific to the tolerance of the head, thereby mitigating injury.”

Recent advances in additive manufacturing techniques have enabled the fabrication of cellular materials with architected lattice topology.

“We demonstrated, via design of the cellular architecture, improved control over the collapse process in elastomeric lattices that enables impact-attenuation performance exceeding state-of-the-art foams for both single- and multi-hit scenarios,” Plaisted said. “An improvement over state-of-the-art vinyl-nitrile foam helmet pads was achieved during a standard helmet test, leading to lower head acceleration. This breakthrough could pave the way to helmets with improved injury protection. The open cell design of the lattice further aids in comfort and breathability to dissipate heat away from the head.”

Researchers recently briefed their transition partners at CCDC Soldier Center on the performance of the new padding materials and helmet suspension technologies to mitigate blunt impact head injury. The laboratory is transitioning this technology to the center for further evaluation and implementation in future helmet systems.

“Building on this work, CCDC SC has initiated its own research efforts to develop and evaluate additive manufactured helmet pads,” Plaisted said. “Concurrently, we provided updates on an alternative helmet suspension technology, rate-activated tethers, invented at ARL that have demonstrated even greater performance for reducing blunt impact injury. We are working with the center to identify helmet industry partners to integrate the new rate-activated tether technology.”

The Army’s fundamental responsibility is to equip, train and field Soldiers with the tools and resources to engage with and destroy the enemy, while providing world-class protection, according to Army officials. As an Army Modernization priority, Soldier Lethality narrows the capability gaps to enhance a Soldier’s ability to fight, win and survive through increased lethality, mobility, protection and situational awareness in order to facilitate rapid acquisition of increased capabilities.

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

CADPAT: A Uniquely Canadian Development

Monday, February 24th, 2020

Ottawa, Ontario — The seed of what would become the Canadian Disruptive Pattern (CADPAT) was planted in Denmark.

Still, in the hands of the Canadian soldiers and defence scientists behind its development, CADPAT evolved into a distinctly Canadian product – it is a trademark of the Department of National Defence, in fact.

Master Corporal Michel St-Pierre of 3rd Battalion, Royal 22e Régiment, wearing the Canadian Army’s Winter Operations camouflage pattern, stands watch with his section during Exercise RAFALE BLANCHE in St Sylvestre, Québec on February 3, 2014. Photo: Master Corporal Patrick Blanchard, Canadian Forces Combat Camera. ©2014 DND/MDN Canada.

Nearly 20 years since its introduction, and in response to new developments in infra-red and other night vision systems, Canada’s homegrown pattern is headed for retirement to make way for the next generation of disruptive camouflage.

This is the first in a series of four articles tracing the origins and development of CADPAT – from Canada’s initial recognition of disruptive camouflage as the way forward, to field trials assisted by our allies and, finally, to its emergence on the world stage, where it was recognized as highly effective and would be widely imitated.

What is CADPAT?

CADPAT is Canada’s take on disruptive camouflage. Prior to the 1940s, camouflage was about concealment – allowing soldiers to blend with their surroundings. Disruptive patterns draw on observations of the natural world from as far back as the early 1900s, when researchers made the counter-intuitive observation that high-contrast combinations of light and dark shades are effective in making the outlines of plants and animals indistinct.

Canada developed three CADPAT variations: Temperate Woodland (TW) is the version civilians will be most familiar with as it is worn day-to-day by Canadian Army (CA) members and Air Force and Navy personnel who work in Army lines. Designed for use in forest and grassland environments, it is a mix of light green, dark green, brown and black.

Lieutenant Cindy Lagarie, wearing the Canadian Army’s Arid Regions camouflage pattern, takes a break after firing her C7 rifle at the 25 meter range at Camp Julien in Kabul, Afghanistan on 26 April, 2005. Photo: Sergeant Frank Hudec, Canadian Forces Combat Camera. ©2005 DND/MDN Canada.

The Arid Regions (AR) pattern was created for desert, near desert, and savannah conditions, and incorporates three different shades of brown.

The Winter Operations (WO) pattern, created for snow-covered or mixed woodland and snowy terrain, replaced previous solid winter whites to improve soldiers’ day and night concealment with technology that reduces detection by night vision devices.

TW is being replaced but the CA will retain both the AR and WO patterns.

When viewed up close, the blocky, pixelated look of TW and AR patterns might appear ill-suited to concealment.

Members of 3rd Battalion, Princess Patricia’s Canadian Light Infantry wear the Canadian Disruptive Pattern during Exercise ALLIED SPIRIT VI, part of Operation REASSURANCE, on March 16, 2017. Photo: Master Corporal Jennifer Kusche, Canadian Forces Combat Camera. ©2017 DND/MDN Canada.

“From a couple of metres you see the square pixel but when you pull back, then the colour starts to blend,” explained Jean Dumas, a scientist with Defence Research and Development Canada (DRDC). He contributed to the development of the AR and WO patterns, which followed TW. “The shades will mix and that produces the disruptive effect, meaning that the edge of a solider or the general shape will be disrupted – the edge will be fuzzy. You don’t know where it starts, where it ends.”

In the next installment, the Canadian Army takes its first steps into disruptive camouflage research and development and exceeds expectations.

By Steven Fouchard, Canadian Army Public Affairs

SCUBAPRO Sunday – Carlson’s Raiders

Sunday, February 23rd, 2020

It’s not hard to say that anyone who wanted to be in the military Special Forces when they were a kid, has watched the movie Gung Ho! So, in honor of Evan F Carlson’s Birthday on the 26th, here is the movie Gung HO! About Carlson’s Raiders. He really was one of the best leaders in the history of the military and help build the foundation that is todays Special Forces. He spends over two years in China with the guerrilla learning special tactics that he would bring to the US to help fight the Japanese in WW2. We need more leads like this in the world. Here is an article about him if you have not heard of him or just want to brush up.

warfarehistorynetwork.com/2015/07/27/evans-carlson-forms-carlsons-raiders