TYR Tactical

SOC-F Ice Climbing Experience

March 17th, 2020

Late last month I had the opportunity to participate in an extraordinary event near Bozeman, Montana.

With the help of Arc’teryx LEAF, Special Operations Care Fund gathered together veterans from each of the US military’s special operations components for a weekend of ice climbing.

Before we go any further, I’ve got give a plug for SOC-F and the wonderful work they do day-in and day-out for our warriors and their families. This non-profit is fighting way above its weight. They do so much…Medical/TBI (Magnetic Electro Resonance Therapy- MeRT) and Other Cutting-Edge Medical Treatments, Intensive Marriage Counseling, Gold Star Kids Camp and so much more. Not a one of the founders is a military veteran, but they have recently added a Veteran to their board to help round out the team. They’re just great Americans who saw a need and banded together to fill it.

The LEAF division of Arc’teryx is well known for making gear built for the most demanding Mil / LE endusers operating and training, in the harshest of environments. Inspired by the incredible work accomplished by SOC-F, Arc’teryx has seen the support they bring to the selfless individuals who need it, but often don’t ask for it.

SOC-F and Arc’teryx LEAF had been discussing ways to provide some outdoor therapy and The Station Foundation came up which provides specialized services to current and former SOF members as well as their families. Programs include:

-Family Foundation
-Spouse Performance
-Restore
-Transition Azimuth Check (TrAC)

The Station’s works with SOC-F to provide the summer program for Gold Star children, those young people who’ve lost a loved one in combat, to find themselves and flourish in the face of life’s challenges. A most worthy pursuit.

These connections led to the creation of the SOC-F Ice Climbing Experience.

We all arrived Friday afternoon courtesy of Arc’teryx and their able planner, Rebecca Faherty who also organizes the annual SOF Select pavilion at Special Operations Forces Industry Conference. While many of us came from across the country, it was amazing how many SOF veterans have settled in Montana.

Accommodations, local transportation, meals and activity planning were provided by The Station Foundation.

The meals were fantastic with hot breakfast and dinner each day at The Inn on the Gallitin. Home cooking and lots of it. I was always stuffed.

Between veterans and members of industry, there were 17 of us on the expedition. Some of us knew each other, but we were provided ample time to get to know one another during meals, free time in the evenings, and out on the ice. Turns out, we all had a lot of common friends and experiences. Naturally, we were also all Arc’teryx customers. In fact, they have each of us a LEAF Cold CW LT Jacket to use during the event. Magpul also provided us with their new eyewear to protect our site while climbing.

Some of the climbing equipment such as helmets and ice tools was provided by Petzl, while other items were supplied by the very capable guide service for this event, Montana Alpine Guides like boots and crampons. The MAG team was friendly, knowledgeable and provided training at both the basic and advanced level. Everyone came out of there a better climber.

The crew brought a mixture of experience from first time ice climbers to very experienced climbers who brought a lifetime of alpine know-how. We had a blast.

The most amazing thing I witnessed all weekend was the indomitable spirit of a Marine Veteran I’ll refer to as CT. He served as an inspiration to all of us.

A bear of a man who lost both legs last year during a battle in the Middle East, CT had never ice climbed before in his life. No matter, he was going to give it a go. But first, he had to get to the ice ,which was located a kilometer or so from the parking area. As you can imagine, it was icy. He strapped crampons to his shoes and off he went, supported as many of us were, with trekking poles to help negotiate deep pockets of snow encountered occasionally along the trail.

He made it about three quarters of the way, but one of the things CT realized was that the cold and his particular prosthetics weren’t well suited for hiking up snowy trails.

A plan was quickly set into motion to fetch a sled to bring him the rest of the way to the climbing site. The crew immediately built a fire to keep him warm while we waited for the sled. Others headed the rest of the way to the site to begin climbing. About an hour later, CT and the team who helped him up that last bit of trail, linked up with the rest of us.

We spent the day climbing a couple of different faces and then made our way back down the trail, CT at the lead atop his sled, accompanied by his new teammates.

We repeated the event the next day with even more ice faces to negotiate. Once again, CT assaulted the ice and came out on top.

There were several guys out there with various wounds, but seeing CT go at it with everything he had, working through the pain he obviously felt, no one was going to complain. He was an inspiration to us all.

I had a great time chatting with him. Aside from some great was stories, he is very in tune with the latest in prosthetic technology and is working to bring newer designs out of the lab and unto those who need them. CT tells me he is going to keep ice climbing and already has some ideas about how to build a better prosthetic for climbing. I can’t wait to see what he comes up with.

On Monday morning we returned to the airport to make our way home, but all of us left with some new friends and some great memories.

Once again, this event wouldn’t have been possible without SOC-F and Arc’teryx LEAF. While this was the first event of its kind for Arc’teryx, they plan to hold more of these outdoor-oriented events around the world for other allied veterans.

FN Introduces FN 503 Slim 9MM Pistol for Concealed Carry

March 17th, 2020

(McLean, VA – March 17, 2020) FN America, LLC is pleased to introduce the FN 503™, a slim 9mm striker-fired pistol designed specifically for concealed carry.

Using the design, performance and reliability standards of the FN 509® family as inspiration, the FN 503 has been purpose-built to conceal quickly and discreetly without compromising on the features and performance FN customers require – like it’s 3.1-inch barrel with recessed target crown to ensure dependable accuracy; enlarged controls and soft recoil that make the FN 503 comfortable and controllable to shoot; and, FN 509-style low-profile iron sights.

The all-new skateboard tape-style grip texture provides all-day carry comfort and the all-metal trigger, arguably the best in its class, breaks crisply and consistently with an average of 5-pound trigger pull, resulting in a carry pistol with trustworthy dependability and reliability.

The FN 503 ships with one 6-round magazine with pinky extender and one 8-round magazine with grip sleeve in FN’s standard soft-sided zippered case. The manufacturer’s suggested retail price of the FN 503 is $549.00.

Detailed specifications:
• Caliber: 9mm
• Operation: Striker fired
• Capacity: (1) 6-round with pinky extension; (1) 8-round with grip sleeve
• Length: 5.9 inches
• Height: 4.6 inches
• Weight: 21 ounces
• Width: 1.1 inches; slide width 0.9 inches
• Barrel Length: 3.1 inches
• Twist Rate: 1:10 RH
• Sights: Low-profile, snag-free, three-dot iron sights with FN 509 dovetail
• Trigger Pull: 5-7 pounds
• MSRP: $549.00

To learn more about the FN 503 or other FN pistols ideal for concealed carry, please visit www.fnamerica.com.

Direct Action Product Line 2020 Guide Is Out!

March 17th, 2020

Don’t miss it. Get yours here.

Pocket Up – Mini Sort Pocket

March 16th, 2020

Here are some pics of Pocket Up’s new Mini Sort Pocket. Designer Mel Terkla wanted an organizer Pocket with a smaller footprint than their current Sort Pocket, but that could still hold the minimal essentials. It is made from 400d Nylon and weighs 3.6oz. The price is $34.00.

If you want Velcro on the back, or want it in Cordura, email mel@pocketup.net for a quote…no changes or custom work.

pocketup.net

INVISIO receives new order from U.S. Security Force Assistance Brigades

March 16th, 2020

INVISIO has received another order for communication equipment from the U.S. Army’s Security Force Assistance Brigades (SFAB). The order is valued at approximately SEK 36 million. Deliveries are expected to take place in the second quarter 2020.

Confidence in the INVISIO systems continues to grow with the additional Army SFAB units utilizing the INVISIO kits. These specialized units have specific tactical communication needs with many different applications/mission sets and INVISIO’s solutions provide them with multiple capabilities in a variety of configurations. The situational awareness provided under operational tactical communications coupled with superior hearing protection is crucial to the soldiers’ ability to perform their tasks successfully under critical conditions.

The order, which is valued at approximately SEK 36 million, is an important reference in the ongoing global modernization of communications equipment in the military and defense sectors as well as in policing and security.

“We are very proud that the US Army continues to provide more SFAB units with our communications systems. It shows that they have confidence in INVISIO and that our offer meets the communication needs of users in the most critical environments. The order is an important reference in the continued processing of the US market,” says Lars Højgård Hansen, CEO of INVISIO.

The Security Force Assistance Brigades are specialized units whose core mission is to conduct advise-and-assist operations with allied and partner nations. Soldiers in SFABs are highly trained and will help brigade combat teams build readiness by freeing them from advisory missions.

www.invisio.com

Ergonomic Performance Upgrades for AICS Rifle Systems By Anarchy Outdoors

March 16th, 2020

North Logan, UT- Anarchy Outdoors, a leading industry innovator and supplier of precision rifle components and other high-performance firearms accessories, has introduced significant ergonomic upgrades for select Accuracy International rifle systems.  Designed in partnership with Accuracy Obsession, these precision-oriented upgrades include a Thumb Rest for a proper precision rifle grip, an improved Adjustable Cheek Piece for better eye-to-scope alignment and a Spigot Mount for superior bipod attachment.

A thumb rest is critical for a proper grip when shooting a precision rifle.  Most shooters in the precision rifle discipline do not curl their thumb around the grip in the traditional manner but position it on the trigger finger side of the grip.  This helps eliminate torque while squeezing the trigger and keeps the rifle on target.  The Anarchy Outdoors Thumb Rest provides an ergonomic and repeatable-position support on the strong side of the grip for the thumb to rest on, providing much better hand alignment and consistent trigger pull.  The Thumb Rests are manufactured from composite Nylon 12 material, resulting in a strong, thin, and perfectly textured interface.  Available in black with an MSRP of $39.99 Thumb Rests are compatible with select versions of the “AT” and “AX” rifle systems.  Please visit www.anarchyoutdoors.com/accuracy-international-thumb-rest for complete model compatibility.

The Anarchy Outdoors Adjustable Cheek Piece is thinner and can be set lower than the factory version to allow mounting the rifle’s scope lower to the bore axis and still provide better and more comfortable eye alignment.  This minimizes the effect of parallax and the greater range of adjustment allows setting the comb height for maximum comfort while in the shooting position.  Made from composite Nylon 11, the installation only takes minutes using a basic Allen wrench.  The Adjustable Cheek Piece fits the factory AX buttstock and the AX-AICS R700 Chassis and is now available with an MSRP of $59.99.  Please visit www.anarchyoutdoors.com/accuracy-international-ax-aics-cheek-piece-low

 

The new Spigot Mount from Anarchy Outdoors provides an upgraded bipod attachment point for select Accuracy International AE, AT and AW rifle systems including the AWM and AW50.  Models are available for bipods that attach to either Picatinny or Arca Swiss type rails.  Rather than mount the bipod to the bottom of the stock, the Spigot Mount positions the bipod closer to the bore axis and further toward the muzzle by extending out from the front of the stock rather than the bottom.  This results in greater stability and accuracy.  All versions of the Spigot Mount are machined from a single piece of 6061-T6 Aluminum and are Type-III hard coat anodized black.  This one-piece bipod mount replaces the Accuracy International factory bipod “block” held within the square tube forend to provide the user a rigid bipod attachment point.
User installation is easy. It requires a 5/16” roll pin punch, 2.5mm Allen Key, 3mm Allen Key, and blue Loctite.  The Anarchy Outdoors Spigot Mounts have an MSRP of $119.99.  For more information please visit www.anarchyoutdoors.com/accuracy-international-spigot-mount

 






2020 SIG Ammunition Ballistics Chart

March 16th, 2020

View ballistic coefficients, velocity, energy trajectories and more for all bullet types.

Download your copy at www.sigsauer.com






New Error Correction Method Provides Key Step Toward Quantum Computing

March 16th, 2020

RESEARCH TRIANGLE PARK, N.C. — An Army project devised a novel approach for quantum error correction that could provide a key step toward practical quantum computers, sensors and distributed quantum information that would enable the military to potentially solve previously intractable problems or deploy sensors with higher magnetic and electric field sensitivities.

The approach, developed by researchers at Massachusetts Institute of Technology with Army funding, could mitigate certain types of the random fluctuations, or noise, that are a longstanding barrier to quantum computing. These random fluctuations can eradicate the data stored in such devices.

The Army-funded research, published in Physical Review Letters, involves identifying the kinds of noise that are the most likely, rather than casting a broad net to try to catch all possible sources of disturbance.

“The team learned that we can reduce the overhead for certain types of error correction on small scale quantum systems,” said Dr. Sara Gamble, program manager for the Army Research Office, an element of U.S. Army Combat Capabilities Development Command’s Army Research Laboratory. “This has the potential to enable increased capabilities in targeted quantum information science applications for the DOD.”

The specific quantum system the research team is working with consists of carbon nuclei near a particular kind of defect in a diamond crystal called a nitrogen vacancy center. These defects behave like single, isolated electrons, and their presence enables the control of the nearby carbon nuclei.

But the team found that the overwhelming majority of the noise affecting these nuclei came from one single source: random fluctuations in the nearby defects themselves. This noise source can be accurately modeled, and suppressing its effects could have a major impact, as other sources of noise are relatively insignificant.

The team determined that the noise comes from one central defect, or one central electron that has a tendency to hop around at random. It jitters. That jitter, in turn, is felt by all those nearby nuclei, in a predictable way that can be corrected. The ability to apply this targeted correction in a successful way is the central breakthrough of this research.

The work so far is theoretical, but the team is actively working on a lab demonstration of this principle in action.

If the demonstration works as expected, this research could make up an important component of near and far term future quantum-based technologies of various kinds, including quantum computers and sensors.

ARL is pursuing research in silicon vacancy quantum systems which share similarities with the nitrogen vacancy center quantum systems considered by the MIT team. While silicon vacancy and nitrogen vacancy centers have different optical properties and many basic research questions are open regarding which type(s) of application each may be ultimately best suited for, the error correction approach developed here has potential to impact both types of systems and as a result accelerate progress at the lab.

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