GORE-TEX Defense Fabrics’ All Weather Integrated Clothing System

GunfightersINC CAS/C5S IWB Holster

July 14th, 2016

For Immediate Release: The current market trends show an overwhelming push towards lightweight, highly concealable single stack pistols. These pistols are easy to carry and with the right holster, are barely noticeable under a wide array of cover garments. The major trade-off with a single stack 9mm is capacity. Even with a +1 or +2 baseplate, you are still sitting at half the round count of a double stack pistol such as a Glock 19. While it is certainly an option to carry magazines in pockets or in a separate pouch, we wanted to offer a system that would allow you to have a spare magazine at the ready in a streamlined low-profile system.

The CAS/C5S IWB Holster is available in two configurations: The CAS positions the firearm vertical for easy concealment and your magazine at 30° angle for the fastest and most natural possible in the 12 O’clock position. The C5S is designed to sit on the strong side of the body, with a canted firearm (10-15°) and slightly canted magazine (10°) for fast draw and minimal printing in the 3-5 O’clock position. The rounds are set to face toward the firearm to enhance quick reloads. The holster is contoured to have a steep curve that pulls the firearm and magazine into the body to reduce printing and aid concealment.

We designed the CAS/C5S holster to be a simple, one-piece unit that you can easily take on and off with little trouble. The minimalist design prevents discomfort by limiting bulk and unnecessary material, yet still offers a full sweatshield to protect your firearm. No fighting overly complex clip systems or bulky brackets. No threaded fasteners to work loose. No magazines floating around in pockets or an extra holster that you have to deal with. Our experience has shown us that if your holster is uncomfortable or needlessly complex, you won’t wear it.

The CAS/C5S is available for a wide variety of compact and subcompact firearms from most major firearms including 1911s, Glock, FNH, H&K, Sig, Smith and Wesson, Springfield, Ruger and Walther.

To learn more visit Gunfightersinc.com.

AEC Narrow Fabrics Awarded OEKO-TEX Standard 100 Certification

July 13th, 2016

Zürich (July 12, 2016)– The OEKO-TEX® Association is pleased to announce that AEC Narrow Fabrics (Asheboro Elastics Corporation) has been awarded the OEKO-TEX® Standard 100 certification, that ensures that AEC narrow fabrics have been tested to be free of harmful levels of more than 300 potentially harmful substances. AEC manufactures a broad assortment of knitted and woven narrow fabrics for apparel, home textiles, medical, automotive, marine, and commercial applications. The Asheboro, NC company has operations in the US and Central America with global distribution. The OEKO-TEX® Standard 100 certification was issued for products made at AEC’s facilities in El Salvador and Honduras, Central America.

“The OEKO-TEX® Standard 100 certification is an important element of our overall quality assurance and product safety programs,” said Charles Adams, President of AEC Narrow Fabrics. “This voluntary certification is recognized and respected by our customers around the world, especially by those who are OEKO-TEX® certified themselves.”

By securing the OEKO-TEX® Standard 100 certification for products made in its El Salvador and Honduras manufacturing facilities, AEC products made there can be used without concern in other OEKO-TEX® certified products. The modular nature of the OEKO-TEX® certification allows manufacturers to take credit for their suppliers’ certifications when applying for certification for their own products, therefore saving time and expense.

“Our customers appreciate us for our quality, service, and innovation,” commented Adams. “Now with OEKO-TEX® certification, we’re giving them another reassurance that our products are made with respect for the wellbeing of our associates, our customers’ associates, and the consumers who ultimately use the products that include our narrow fabrics.”

The OEKO-TEX® Standard 100 list of concerning chemicals includes residual pesticides, carcinogenic dyestuffs, phthalates, heavy metals, and formaldehyde. The OEKO-TEX® Standard 100 is updated annually and reflects the latest advances in textile chemistry, up to date medical knowledge, and the current state of textile product safety regulations. To learn more about the portfolio of OEKO-TEX® certification systems and tools for textile manufacturers, brands, and retailers, or to see a listing of other OEKO-TEX® certified products and facilities, visit www.OEKO-TEX.com. To see AEC Narrow Fabric’s website visit http://aecnarrowfabrics.com.

Arc’teryx SOHO Store

July 13th, 2016

Arc’teryx is opening a new store on 23 July in the SOHO district of New York City.


THE FIRST 50 IN – WIN!
Arc’teryx gift bags to the first 50 people! Saturday, July 23. Doors open at 10AM. 

For more imformation visit stores.arcteryx.com/soho.

LBT to Exhibit at Warrior East

July 13th, 2016

USAF Security Forces Select Massif For Non-FR Combat Shirt

July 13th, 2016

Earlier this week, the USAF’s Security Forces Center awarded Samtech dba Massif $6,659,305.01 to provide non-FR Combat Shirts for all SF. It’s a Digital Tigerstripe variant of a combat shirt but non-FR for home station wear with body armor.


This photo is of a version procured under an earlier contract.

UPDATED – This is a photo of the actual Massif design.

Warrior East Preview – WeaponLogic

July 13th, 2016

At this week’s Warrior East you’ll get a chance to check out WeaponLogic, a weapon shot counter and wireless inventory control system. It was created in response to a long-standing government interest in a means to measure weapon usage for maintenance purposes. The idea is to collect highly accurate weapon usage data and manage the weapon’s maintenance via software.

Specifically, it fulfills the characteristics put forth in a Naval Surface Warfare Center-Crane RFI for a Cartridge Shot Counter:

CSC is a system of components that detect and record shots fired, cadence of fire, and possible other maintenance specific data for family of weapons (pistols, carbines, rifles, machine guns, and precision rifles). The CSC will read all passive tag identification on barrels and various ancillary attachments (Scopes, Lasers, and Flashlights Etc…). The capability is sought for all family of weapons configurations.

Data Collection Device (DCD). A Data Collection Device (DCD) will be used to read the Item Unique Identification (IUID) of the weapon and ancillary attachments, store and transmit this information to the CSC (located on the weapon). It will also read and the record shots fired, cadence of fire, and possible other weapon history details such as barrel temperature. The DCD will also transfer data while sitting in and charging in the DCD cradle connected via USB 3 (compatible to USB 2.0) to the Weapon Enhanced Arms Repair (WEAR) maintenance software loaded on a NMCI Standard seat and/or a SOCOM Standard.

As you can see below, WeaponLogic consists of a Weapon Hub Data Collection Device which fits into a weapon’s pistol grip and an Weapon Identification Maintenance System which includes an Scanner and ID system to wirelessly import information from the DCD into the computer.

An added bonus is that the RF-based tagging system allows the simple inventory, of even a roomful of weapons. This facilitates new storage options for home station as well as while deployed.

Be sure to check it out at Warrior East, this Thursday and Friday.

Weapon Logic

Click to view .pdf

Visit Ops-Core During Warrior East

July 13th, 2016

Night Vision Redux – Part 6

July 13th, 2016

As a tie-in conclusion to the last few weekly segments, a final area of discussion is augmentation accessories. Expending the resources to enhance EO equipment typically means you want to utilize it in more situations, harsher environs, and allow functions not previously available. Various accessories are binders that allow these advances without taking away from previous capabilities and magnify the singular enhancements.

Modularity and scalability are the key fundamentals this series began with. Another key is compatibility. Being modular and scalable by design is great, but limiting yourself to a sole source can (and has proven to) be very limiting. The components shown to this point are to a high threshold backwards compatible to the host device, as this was referenced as key with regards to component costs. Compatibility going backwards and forwards is a practicality keystone.

Mechanical interface has always been a sensitive industry topic. Who’s trinket works on who’s widget weighs heavy, particularly as the dollar threshold increases. You want your stuff to work with available stuff, and the new stuff you don’t even know exists until next SHOT Show. Maybe, even stuff that you want to design around for personal uses. 

The main point to grasp here is that optical stuff isn’t cheap. Even the cheap stuff isn’t cheap. So if your entertaining upgrading it, make sure it’s all compatible and works to your benefit. The linkage hardware needs to be the right prescription for your needs, or its sour grapes. This means the weight is right, as optics hang off your face-you can’t function long with excessive head weight. The gear works for you and your host optics, not against you. You understand the hardware matrix and what benefits come with what risks. Are there safety concerns when driving ATVs or dynamic applications that your gear wasn’t made for particularly? When discussing compatibility, it’s not just does it fit, it’s also does it work with what your doing. A shoe may fit well, but it’s not a boot.

Night Vision Redux is a weekly series prepared with the assitance of DEP, the US subsidiary of Photonis. It is intended to educate readers about image intensification (I2) systems and ways they can be upgraded without having to purchase completely new systems.