GORE-TEX Military Fabrics

Special Operations Aid & Rescue – Technical Austere Medical Evacuation Course

July 8th, 2020

The TAME course is right around the corner. It’s SOARescue’s first course since the start of things opening back up. If you’ve ever provided or will provide enroute Care in the non-standard environment this is the course for you. If critical care, flight and tactical medicine had a baby this is the course that would come of it. Seats still available. Contact us for payment plans or agency discounts. Some of what to expect:

-Basic flight physiology

-Gas laws/ effects on patients

-Operating around standard and non-standard evacuation platforms

-Unique aspects of providing care in an aircraft

-Basic hoisting and rope work related to movement of personnel and casualties

-Overview of Anatomy and Physiology

-Management of complex airways to include surgical intervention

-management of hemodynamically unstable patients to include the use of blood products and vasoactive agents

-Advanced respiratory management to include tube thoracotomy placement and management

-Ventilator fundamentals and practical application of strategy.

-Ventilator management of a complex patient.

-Pharmacology overview

-Utilization of medication pumps

-Advanced monitoring of patients and casualties.

-Obtaining and interpreting lab values

-Patient packaging and loading unloading

-Hand-off strategy and documentation

-basics of rope rescue

www.soarescue.com/events/technical-austere-medical-evacuation-tame-concord-nc-tame-nc-0720-02

IceVents Aero by Qore Performance

July 8th, 2020

STERLING, VA – Consistent with their commitment to continually press the limits of design to enhance operator performance through thermoregulation, Qore Performance released to the public this week the IceVents Aero, their latest innovation in padding and ventilating load carriage systems.  Inspired by the aerodynamic profile of Formula One cars and the SpaceX Falcon 9/Crew Dragon, IceVents Aero use the same honeycomb thermoplastic elastomer from their popular IceVents Classic, but in a streamlined shape that removes all excess material.

The lighter-weight IceVents Aero prevent chafing on the neck when worn with low collar shirts and reduce fatigue on shoulders in the highest performance and lightest weight minimalist plate carriers and rucksacks. They also reduce chafing and bulk around the hips under a duty belt.

IceVents Aero are universally compatible with every plate carrier system on the market, and are compatible with many rucksacks and assault packs as well. 

IceVents Aero are available as a pair for shoulder strap venting and padding, or as part of combination sets with IceVents Classic to cover duty belt padding and torso ventilation with the IceVents Classic used as pontoon-style padding inside the plate bag.  IceVents Aero are available in Black and in AR 670-1 compliant Coyote Tan. More detail is available at QorePerformance.com.

New Research Shows Promising Future for Warfighter Communication

July 8th, 2020

ADELPHI, Md. — Soldiers operate in remote wireless environments with limited bandwidth and unpredictable connectivity, making it challenging to receive timely and reliable information. Using novel communications software, Army researchers prove that a reliable data delivery system can be created that survives adverse network environments.

One of the capabilities in the U.S Army’s Multi-Domain Operations is rapid convergence of cross-domain capabilities, said Dr. Jade Freeman, a researcher with the U.S. Army Combat Capabilities Development Command’s Army Research Laboratory.

“Future operations against a threat require the joint force to conduct continuous and rapid integration of multi-domain capabilities to gain cross-domain overmatch,” Freeman said. “The Army strategy’s operating environment is a battlespace with congested, degraded and wireless networks, and the warfare dynamics and complexities are constantly changing at a fast pace.”

A report recently published by the lab proves that timely and reliable data delivery under adverse tactical network environments is possible.

Army researchers conducted a study on the communication technology that supports optimized information interoperability, mediation and convergence – the ability to rapidly converge effects from multiple domains – under the contested network environment.

In the study, the researchers show that Mockets technology-enabled Integrated Sensor Architecture, or ISA, achieved superior performance in data transaction in terms of timeliness and volume, compared to using the Transmission Control Protocol, or TCP, based communication method under both stressed and wireless network settings.

ISA is the Army’s interoperability solution for sharing information between sensors and systems developed by the lab’s sister organization, the CCDC Command, Control, Computers, Communications, Cyber, Intelligence, Surveillance and Reconnaissance Center. ISA uses the TCP communication method to transmit data between sensors and devices.

Mockets (Mobile Sockets) is a novel communications library developed by the lab, specifically designed for wireless networking scenarios to improve communications in mobile ad hoc network environments.

According to Freeman, Mockets design and implementation meets the needs of tactical military information networks, which are typically wireless, and ad hoc with low bandwidth, intermittent connectivity and variable latency.

“Tactical networking environments are often characterized as Denied, Intermittent and Limited, or DIL, bandwidth,” Freeman said. “Systems and applications linking sensors and tactical devices in operations can produce constant data stream. Such dissemination of information across domains and echelons is constrained by these challenges of network conditions, and a potential consequence can be a missed opportunity or an action based on outdated messages or even cost of lives due to the loss of mission-critical information.”

The primary objective of this experimentation, Freeman said, was to evaluate the performance of ISA data transfer with Mockets under various network settings.

The data transmission rates from the Mockets protocol were evaluated and compared to those from the traditional TCP in ISA under the wired networking environment (Ethernet Local Area Network), which provides the baseline results, and then in the Extensible Mobile Ad-hoc Networking Emulator, simulating a stressed wired communication.

Additionally, the protocols were experimented using military tactical radios simulating radio communications in a wireless environment.

The results show that the Mockets protocols outperformed TCP on ISA under every wireless setting in addition to stressed wired networking environments, Freeman said. On average, the latency using Mockets was reduced by more than one third of the transmittal speed of TCP on the stress network. Likewise, Mockets-enabled ISA achieved two-fold increase in throughput from TCP in a wireless setting.

For Freeman and her fellow researchers, the continuation of this study is crucial to the future operating environment and protection of our Soldiers in combat.

“We want ensure that our Soldiers are supported with communication tools so that they can conduct missions with vital information at the edge uninterrupted,” Freeman said. “Soldiers operate in remote, harsh and hostile locations, and we believe that Mockets middleware is an innovative communication technology that will ensure network resiliency and adaptability.”

Additionally, she said, this research will contribute to the Army’s pursuit in strategy “Information Dominance” against its adversaries, rapid convergence of cross-domain capabilities on seamless machine-to-machine, man-machine interface, and artificial intelligence.

As for next steps for this research, Freeman said it still remains to understand and evaluate many other functionalities of Mockets with command, control, communication, and information, or C3I, technology integration.

For example, she said, Mockets has a variety of tuning parameters adapting to network condition, optimizing the bandwidth and mobility support, as well as message tagging, prioritization and cancellation features to control network congestion.

The lab will continue Mockets evaluations as well as further enhancement with automated performance optimization according to message context and network conditions, which will benefit the Army’s Network Modernization effort.

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

Meprolight Introduces its MEPRO FT Bullseye Illuminated Pistol Sight to the HLS and Law Enforcement Markets

July 7th, 2020

The compact Bullseye sight is the only optic sight for pistols, ensuring intuitive, accurate & fast target acquisition/shooting in day and night conditions, and is suitable for a wide range of/all pistols and holsters

Or-Akiva, Israel, July 6, 2020. Meprolight – a member of the SK Group and a leading manufacturer of electro-optical systems, thermal, night vision equipment, and self-illuminated sights for military, law enforcement and civilian applications – now introduces the Mepro FT Bullseye optical pistol sight to law-enforcement and HLS forces. FT Bullseye was originally developed for the civilian market. Its qualities, being the smallest optic sight and– fast target acquisition is unprecedented among other pistol-sights. That makes it particularly advantageous for law-enforcement professionals, for whom intuitive, accurate shooting in all/any lighting conditions is an operationally vital advantage. The sight’s compatibility to a variety of pistol models add versatility, simplicity and cost-effectiveness to the various forces with their existing arsenal.  

Based on a compact optical illumination patent, the sight’s fiber-optic tritium combination creates a low profile, single rear sight. That enables instant and accurate shooting in all lighting conditions with no batteries needed. It is easily installed on an existing pistol dovetail and is activated from the moment the sight is installed on the pistol.

According to Mr. Ilan Abramovich, V.P. Sales & Marketing – Defense, “The Mepro FT Bullseye sight is an innovative addition to our ever-growing aiming solutions for pistols. Meprolight offers over 180 types of aiming pistol sights for daytime and night-time operations based on various illumination sources – tritium, fiber and reliable LED illumination sources. The Bullseye’s enhanced capabilities meet law-enforcement forces’ needs”.

Corporate VP Marketing & Sales, SK Group Mr. Ronen Hamudot noted that “Our advanced technologies serve all markets – civil, law enforcement, HLS and defense. We are proud of our flexibility to apply solutions to developing needs and keep loyal to our vision – always staying ahead, providing customers with the perfect answer to their new challenges”.

www.meprolight.com

Unity Tactical Announces the New and Improved SPARK Marking Light is Now Available and Shipping

July 7th, 2020

SPARK is a personal identification/marking light in a small footprint. Originally designed for industrial safety applications, SPARK is a practically unnoticeable addition to helmets, plate carriers, chest rigs, or virtually any item requiring illuminated visual identification.

Purposely simple, SPARK’s bright LED is easily activated by pressing its center to cycle between constant-on/blink/off and features a positive click for tactile feedback. SPARK is fully encapsulated in a flexible silicone body, making it water and damage resistant and backed with Velcro for ready placement.

SPARK is perfect for active IFF on helmets, vehicles, K9’s, and other kit. It is affordable enough to be issued by large agencies and units. Disposable with 200+ hour runtime.

$18

www.unitytactical.com/product/spark-marker-light-2

US Army Releases Photos of Latest Next Generation Squad Weapons and Fire Control Prototypes

July 7th, 2020

PEO Soldier’s Program Manager Next Generation Squad Weapons has released photos of the latest versions of the three candidate systems for Rifle and Automatic Rifle as well as the two proposed Fire Control Systems.

NGSW

Three industry teams were selected to provide Next Generation Rifle and Automatic Rifle systems to the US Army which will eventually replace the M4 Carbine and M249 Squad Automatic Weapon in the Army’s and potentially other the services’ close combat forces.

These new weapons fire a 6.8mm cartridge unlike anything else in our or other nations’ inventories. It performs in a similar fashion to the commercial 270 Win Short Mag round and will provide our troops with overmatch of threat small arms.

The teams include Textron System, General Dynamics-OTS and SIG SAUER. Each vendor brings a unique perspective to satisfying the Army’s requirement which includes not only weapons but also ammunition which weigh-in at 20% lower than current ammo.

For instance, Textron proposes a Case, Telescoped ammunition and weapons with an entirely new operation system to accommodate their cartridge design. Meanwhile, GD proposes a polymer cased ammo and bullpup weapons. SIG seems to take the low risk approach with weapons most Soldiers will be able to pick up and put right into operation along with a hybrid cased ammo which combines steel and brass in the cartridge case to lighten the load.

NGSW-FC

Designed specifically to pair with NSGW’s novel caliber, the two Fire Control System prototypes are provided by Vortex and L3 teamed with Leupold.

Specifically, NGSW-FC is intended to increase the Soldier’s ability to rapidly engage man sized targets out to 600m or greater while maintaining the ability to conduct Close Quarters Battle. This objective is achieved by leveraging technologies to calculate and display a disturbed reticle to the User.

Despite the COVID-19 pandemic, the program office continues to forge ahead on this priority effort with ongoing technical testing at Aberdeen Proving Ground and Soldier Touch Points at Fort Drum, through the end of August. The Army hopes to make a source selection decision by FY 2022.

WTF Insert 401 for Spiritus Systems Micro Fight Chassis Mk4

July 7th, 2020

WTF’s Insert 401 accepts three 556 mags or similar. Insert 401 is intended for use in Spiritus Systems Micro Fight Chassis Mk4. Insert 401 has hook on the front and back.

Insert 401 is manufactured in the USA using milspec, Berry compliant, solution dyed fabrics. MIL-W-5664, solution dyed, elastic holds mags snug against a Hypalon friction pad for a well balance retention. 

MIL-T-5038 webbing loops are ready to receive optional shock cord and pull tabs should additional retention be desired. Milspec hook front and back hold securely inside loop lined platforms. 

Abrasion resistant MIL-DTL-32439 TIII 500D nylon lines the interior. All of this is stitched together by skilled labor with A-A-59826A bonded nylon thread to produce a tough, lightweight part.

Made in the USA. 2.1oz / 60g. Available in MultiCam, coyote brown, ranger green, and wolf grey.

wtfidea.com

TYR Tuesday – CQB3A Shield Launch

July 7th, 2020

TYR TACTICAL® LEVEL 3A RAPID RESPONSE BALLISTIC SHIELDS HAVE ARRIVED.

• ULTRA LIGHTWEIGHT – LIGHTEST 3A SHIELD ON THE MARKET

• ENHANCED LEVEL 3A PROTECTION

• PURPOSE BUILT

FEATURES & SPECIFICATIONS:
• NIJ 0108.01 Level 3A Compliant
• Forearm Pad
• Carry Bag
• Fixed Handle

SPECIAL THREATS:
• 9mm, 127 gr SXT
• 5.7 x 28mm, 40 gr SS197SR-Hornady
• 5.7 x 28mm, SS192
• 9mm, 127 gr SXT
• 5.7 x 28mm, 40 gr SS197SR
• .40-cal., 95 gr S&W (HP)
• 9mm Fiocchi, 115 gr (FMJ)
• 5.7 X 28mm, 27 gr SS195 (LFHP)
• 7.62 x 25mm, 95 gr Tokarev (FMJ)
• .357 SIG, 115 gr (JHP)
• .357cal, 125 gr SIG Gold Dot Hollow Point
• .357-cal, 125 gr SIG FMJ FN

LEARN MORE:
TYR Tactical® 18”x32” CQB3A Rapid Response Ballistic Shield – Viewport (TYR-RBS/CQB3A-VP)
• Shield Weight: 12.3 lbs.
• Viewport Dim: 9.75″W x 3.75″H

MSRP:$2495.95

Link: www.tyrtactical.com/products/details/shield-systems/tyr-tactical-18×32-cqb3a-rapid-response-ballistic-shield-viewport

TYR Tactical® 18”x32” CQB3A Rapid Response Ballistic Shield (TYR-RBS/CQB3A-NV)

• Shield Weight: 8.3 lbs.

MSRP:$1695.95

Link: www.tyrtactical.com/products/details/shield-systems/tyr-tactical-18×32-cqb3a-rapid-response-ballistic-shield

WATCH THE VIDEO:

IDTOUR VTS |Virtual Trade Show| CQB3A Shields & Dolly System

Innovate or Die® Tour Virtual Trade Show #IDTOURVTS returns next Tuesday.