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Mission First Tactical Official Supporter of 2024 Best Ranger Competition

April 8th, 2024

Horsham, PA – (April 8th, 2024) – Mission First Tactical (MFT) is proud to announce they are official supporters of the 2024 Best Ranger Competition, hosted by the Airborne and Ranger Training Brigade. The event is held Friday, April 12th throughSunday, April 14th, 2024 at Fort Moore (formerly Fort Benning), GA.

This year marks the 40th annual celebration of this grueling competition. The Best Ranger is an annual event comprised of two-man teams. This competition is not just to see who is the toughest or the most physically fit; it is to see who is mentally the strongest and the most determined to finish. This 62-hour battle involves tests of physical fitness, including runs and marches, and marksmanship. The exact composition of events changes yearly.

To learn more about the complete product lineup from Mission First Tactical, please visit www.missionfirsttactical.com. Stay connected with the latest updates by following MFT on Facebook and Instagram.

MATBOCK Monday: How a SOIDC Loads His Graverobber Assault Medic

April 8th, 2024

Fully loaded out MATBOCK GRAM that was sent to them from a SOF Medic with 15 years of experience. Check it out here.

Email sales@matbock.com to schedule a meeting.

www.matbock.com/collections/grave-robber/products/gram

Galvion’s State-of-the-Art Warfighter Lab Plays a Critical Role in the Development of Integrated Helmet Systems

April 8th, 2024

Historically, the evolution of protective head systems has been centered around lighter materials, enhanced protection against expanded and varied threats, improved coverage, fit and comfort, and scalability through shrouds, rail systems and add-on accessories.  These critical advancements have led to significantly better protective helmet systems for those on the front lines.

Several years ago, the concept of “active” protection emerged, built on the idea that helmets needed to move from a purely protective productto a solution that increases survivability and lethality. These solutions integrate with modern equipment like hearing enhancement devices, night vision goggles, head-up displays, sensors, emitters, and computation. With the accelerated pace of innovation and the introduction of very new technologies like drones, robots, visual augmentation, advanced weapons platforms, and communicationsystems, etc., the future of head systems is capability-enhancement and integration focused.  

Great product design is grounded in end-user feedback. The challenge, however, is that user feedback is inherently subjective, and often related to a ‘feeling’ rather than a quantifiable measure. With little detail beyond “that felt tight,” or “this was comfortable,” or “that felt a little unstable”, it can be difficult to translate subjective feedback into actionable product development decisions. Industry needs new tools in our collective toolbox in order to analyze the operational effectiveness of the warfighter as a system.

Galvion’s Warfighter Lab was purpose-built in our Portsmouth, New Hampshire headquarters, with state-of-the-art, custom-designed equipment, to measure and record performance under controlled andrepeatable conditions in an operationally immersive environment.Depending on the project, the questions posed, the type of end-user, the environmental conditions required, and the product or system being tested, the Warfighter Lab builds experiment protocols that include layers of simulation ranging from full reality to mixed reality to full virtual reality.  

Dr. Martin Fultot, Manager of Galvion’s Warfighter Lab and an Experimental Psychologist explains, “We want to obtain behavioral responses and performance from the user that reliably reflect what would happen in the field. We do that by pushing the boundaries of immersion and suspension of disbelief; by blurring the lines between what is virtual and what is real.  The simulated weapon you use is really in your hands, the wall you see is really there, etc. The level of immersion for our simulations is as advanced as we can get, given the current technology, allowing us to tap into deeply ingrained neuromuscular structures and processes to maximize the quality of the data and the validity of our conclusions.”

The Warfighter Lab allows our teams to move from ideation through iterations to implementation quickly and is at the center of new system developments, including Galvion’s Integrated Helmet System (IHS), a customized solution to meet the unique operational requirements of the U.S. Marine Corps (USMC).   Galvion collaborated closely with Marines to incorporate real-time feedback, collected through multiple Limited User Evaluations (LUE) events, resulting in a purpose-built helmet system that provides an integrated head protection platform for the Marines.  

One of the critical priorities discovered during feedback sessions was the need for superior stability.  Marines voiced a willingness to trade comfort for stability and effectiveness, scoring NVG stability as essential.  Galvion’s Engineering, Human Factors and Warfighter Labteams collaborated in an iterative development process to refineGalvion’s APEX™ suspension & retention system in order to ensure unmatched stability without compromising comfort.  The results included a more robust fitband dial for easy adjustment even when wearing gloves, an improved harness camlock for quick adjustment, and a re-designed nape pad. The Warfighter Lab put the IHS helmet through stability testing under three conditions: helmet only, helmet with NVG, and helmet with NVG and counterbalance. Our internal design experiment demonstrated that overall performance with the helmet (shooting accuracy and speed) did not change, meaning the helmet can easily handle headborne accessories, validating overall stability of the helmet and APEX™ liner system design.

The ability to understand, measure and analyze exactly what new technology offers will be critical in assessing the tipping point between increased operational effectiveness and cognitive overload.  How does each new technology impact overall warfighter survivability? Does it truly enhance performance or is it something that we, in theory, believe enhances performance?  The Warfighter Lab is designed precisely to answer these new questions by collectingthe quantitative data needed to make product decisions in the era of the hyper-enabled warfighter.

Galvion will be exhibiting at Modern Day Marine Booth #943 (April 30-May 2nd, 2024) and at SOF Week Booth #948 (May 7-9th, 2024)

For more information related to Galvion’s IHS, please click here.

Hometown Army Fellow Joins PEO Soldier as Next Gen Body Armor Engineer

April 8th, 2024

Born and raised in Alexandria, Va., Britt Wieland grew up going to the Ft. Belvoir summer camp.

Now, as a civilian engineer with PEO Soldier, she works on the Army’s next generation body armor at Fort Belvoir.

Wieland’s primary focus as a Body Armor Engineer is the Army’s new hard armor.  In her current position, she enjoys seeing the direct impact of her work on the warfighter every day.

“We procure and field the latest body armor to our Soldiers,” explained Wieland.

“I have some friends serving in the Army, and every time they receive the newest gear, they call me to rant and rave about how excited they are, and I take a sense of pride in knowing I get to play a part in serving those who serve us. There aren’t many jobs that give you that kind of opportunity and fulfillment.”

Having trained as both a Hard and Soft Armor Engineer, Britt frequently is called upon to brief Soldiers, Army Senior Leaders, and industry partners on the Vital Torso Protection (VTP) system.

VTP is a subsystem of the Soldier Protection System, the Army’s newest Personal Protective Equipment. The Army is currently collecting data to verify trade space of weight reduction with protection ability for Soldiers to reduce the Soldier’s load and increase mobility in tactical environments.

“Our goal is to rebalance the testing to optimize the time and cost spent, while maintaining performance. This will allow industry to redirect resources towards developing more advanced designs and technologies, which in turn, benefits the Soldier.”

As the chair for the Vital Torso Protection Purchase Description project, Wieland has had an opportunity to work on the Army’s newest hard armor, where she has demonstrated her leadership skills during the process of changing the testing and evaluations for VTP.

“We’re looking to make the test procedures more statistically significant, operationally relevant, and aligned with the original requirements,” explains Wieland.

“I feel really special knowing my leadership trusted me to represent them even though I was less than a year into my career.”

Britt has served in key briefing roles to the special operations community, including the Spear Side-by-Side, which aimed to develop understanding and communality amongst the kit used in SOF versus the general Army, and USASOC Women in ARSOF, which supports holistic improvements to not only the kit of female Soldiers, but also improvements to uniforms, healthcare and quality of life.

“Britt has been able to brief key senior leaders and a large group of female Sergeants Major from ARSTAFF on improvements to PPE and paths forward for iterative changes based on Soldier feedback. She’s also taken part in HFEs to gain knowledge on Soldier kit,” said Maj. Kim Pierre-Zamora, the assistant product manager for the body armor team.

“There’s also a special place in my heart for the Army’s mission to better equip female and small statured soldiers,” Britt Wieland said.

“As a smaller female myself, I take pride in being a female engineer that gets to help take on this task and find it extremely rewarding every time I get to fit a female Warrior with a new kit that was made with them in mind,” Wieland said.

Britt Wieland graduated Summa Cum Laude from Lawrence Technological University in 2021 with a Bachelor of Science in Biomedical Engineering. She became an Army Fellow in 2020 and joined PEO Soldier as a Department of the Army civilian in 2023.

By Scott Sundsvold, Army

The Netherlands To Upgrade Their MQ-9A Capabilities

April 7th, 2024

SAN DIEGO – 26 March 2024 – The Royal Netherlands Air Force (RNLAF) is working withGeneral Atomics Aeronautical Systems, Inc. (GA-ASI) to make important upgrades to their growing fleet of MQ-9A Remotely Piloted Aircraft (RPA). The RNLAF announced in 2023 that they will double their number of MQ-9A Reapers from four to eight and now are making upgrades to their aircraft to include capabilities such as maritime radars, a communications relay, extended range fuel tanks, electronic support measures (ESM), and weapons. The upgrades will take place incrementally over the next three years.

“The RNLAF is using the MQ-9A for an increasing set of NATO missions,” said Lieutenant-Colonel Jan Ruedisueli, commander of the RNLAF’s 306 Squadron. “With these upgrades, we will support NATO’s ISR and maritime surveillance missions throughout Europe.”

GA-ASI will integrate the new payloads for the RNLAF, including a maritime radar currently operating in other areas of the world, ESM, weapons, and a communications relay that is purpose-built to connect all services of the Netherlands Ministry of Defence.

“We’re excited to continue upgrading and increasing the mission capabilities of the RNLAF’s fleet of Reapers,” said Jaime Walters, vice president of International Strategic Development at GA-ASI. “One of the key aspects of our aircraft is the modularity of our platforms allowing them to rapidly meet the full spectrum of customer requirements.”

The MQ-9A Block 5 has a 3,850-pound (1,746-kilogram) payload capacity that includes 3,000 pounds (1,361 kilograms) of external stores. It provides a long-endurance, surveillance capability with full-motion video, Synthetic Aperture Radar/Moving Target Indicator/Maritime Radar, and ESM. An extremely reliable aircraft, MQ-9A Block 5 is equipped with a fault-tolerant flight control system and a triple-redundant avionics system architecture. It is engineered to meet and exceed manned aircraft reliability standards.

Welding Individual Protective Safety Ensemble

April 7th, 2024

Last month, members of Product Manager Soldier Clothing and Individual Equipment (PdM SCIE) issued the Welding Individual Protective Safety Ensemble to Soldiers at Fort Eustis, Virginia is. The ensemble provides Soldiers with personal protective equipment to perform most welding duties in any operational environment. The equipment went into Limited User Testing and Evaluation with Allied Trade Specialists, focusing on Soldier ease of movement and functionality. Early testing included welding tasks while wearing body armor.

Sneak Peek – DefTex x Send NODS Climate Management Plate Carrier Pads

April 7th, 2024

Germany’s Defence Textile is working with Send NODs to introduce a new climate management padding system for your plate carrier.

Rapid Raven 24-1: Posturing EMS Warfighters for Combat

April 7th, 2024

EGLIN AIR FORCE BASE, Fla. —  

In order to establish readiness and further operationalize the wing, the 350th Spectrum Warfare Wing went into a warfighting posture during Rapid Raven 24-1, its first internal exercise designed to test its ability to wage war in the Electromagnetic Spectrum and meet combat requirements and timelines.

“The Air Force can’t succeed in war if our wing can’t execute its mission essential tasks at the speed of relevance,” said U.S. Air Force Col. Josh Koslov, 350th SWW commander. “Rapid Raven wasn’t just an exercise; it was a chance to attack our mission essential tasks as a whole and see what works and what doesn’t.”

During Rapid Raven, the wing challenged its members’ ability to sense and respond to changes in the EMS and rapidly reprogram mission data files (MDF) in a wartime environment, focusing on command-and-control elements.

“In order for us to beat China, we have to be able to do our job in less than three hours,” said Koslov. “It’s an easy thing to say but a harder thing to do. When you start peeling back three hours, what does that actually mean? We addressed that question this week.”

The results from this exercise will inform future tactics, techniques, and procedures in the wing, increasing the speed at which the Air Force can assert spectrum dominance and inform the requirements the wing needs. The exercise also identified requirements needed by the wing to execute its mission at the pace of battle.

“Rapid Raven was able to identify opportunities to go even faster in the future,” said Dylan Duplechain, 350th SWW chief engineer. “With modern, hardened communication pathways to receive and push data, as well as AI/ML [artificial intelligence/machine learning] tools to assist with decision-making, we can further improve warfighting lethality within our current portfolio.”

The exercise simulated 24-hour operations, beginning with the wing receiving an emergency operational change request for updated MDFs based on a new complex emitter, triggering the Electronic Warfare Integrated Reprogramming (EWIR) cycle across squadrons.

“We purposely chose threats in multiple bands [frequency range] that should affect most of the systems, requiring reprogramming,” said U.S. Air Force Maj. Joseph Ellis, 350th SWW A3 operations director. “It’s about stressing the wing in a combat-representative environment to the point where we’ll learn a lot about our skills to get better and faster.”

Reprogramming, or updating, MDFs is crucial in times of conflict to provide warfighters with data about the electronic landscape, to include latest threat intelligence, that allows aircraft, aircrew, and commanders to sense, identify, locate, and counter threats in the EMS.

Conducting rapid reprogramming of MDFs is paramount to combat the wartime reserve modes for systems and platforms used during conflict or emergencies, a point stressed by U.S. Air Force Chief of Staff Gen. David Allvin, during his nomination hearing in front of the Senate Armed Services Committee last September.

“In a high-end fight, warfighters require Spectrum dependent systems to win,” said Allvin. “These systems will operate on frequency bands across the entire Spectrum and are critical in a peer-contested environment. We expect our adversaries to attack across the Spectrum and we must be ready and responsive to that, by training and fighting in all parts of it.”

Throughout the exercise, all members captured data detailing timelines, effective aspects of procedures, and areas that impacted the speed of reprogramming for teams.

The feedback collected from across the wing will drive impactful change, increasing the pace of reprogramming operations and laying out the parameters necessary for the wing to effectively generate combat power through data to the warfighter.

“Data is our weapon and key to defeating any adversary and that’s what Rapid Raven focused on,” said Koslov. “The ability to receive, manipulate and turn that data into a combat capability that the warfighter can take into battle at the speed of relevance is what will allow us to win.”

The wing plans to expand the Rapid Raven exercise and ramp up the intensity and scope for future iterations as it continuously tests its ability to provide EMSO capabilities at a moment’s notice and meet the growing demand for Spectrum capabilities.

“We came to the wing about a year and a half ago and we talked about operationalizing the war fighting mission and war fighting culture,” said Koslov. “It took us a year and a half to build up to what we did this week, and it was awesome. Our Crows really embraced the warfighting culture that we need to beat our adversaries and China.”

At the conclusion of the exercise, the wing came together for an awards ceremony to recognize top performers who embraced the warfighting culture and led the way for reprogramming efforts.

The winners were:
Rapidest Ravens – 68th Electronic Warfare Squadron AV Shop
MVP – 39th Electronic Warfare Squadron EW Help Desk
Perseverance Award – 453d Electronic Warfare Squadron Threat Change Detection Team

By Capt Benjamin Aronson, 350th Spectrum Warfare Wing Public Affairs