Atrius Development Group

Envision Technology Selected to Produce Squad Aiming Laser Systems for the US Marine Corps

March 12th, 2025

On February 24th, 2025, Envision Technology, LLC (Envision) was awarded a $249M firm-fixed-price, indefinite-delivery/indefinite-quantity (IDIQ) contract by the US Marine Corps for the procurement of Squad Aiming Laser (SAL) systems, Spare and Repair Parts, Contractor Logistics Support, and Test Article Refurbishment. The work will take place at Envision’s headquarters in Manchester, New Hampshire, and will continue until February 2030.

“We are proud and honored to have the opportunity to provide the United States Marine Corps with their next generation of aiming lasers,” said Mark Belanger, Envision’s President.  “As an American manufacturer and small business, we take pride in designing and delivering innovative products to meet the needs of the Marines.”

Founded in 2019, Envision Technology specializes in the development and production of advanced electro-optical and uncrewed systems for military applications.  Envision operates on the principle of listening to the user’s needs, developing innovative products with an understanding of those needs, and focusing on a streamlined development and manufacturing philosophy. Envision recognizes that our success depends on the mission success of our customers, and they strive to deliver cutting-edge solutions designed for real-world battlefield effectiveness. To learn more about Envision Technology’s mission and products, visit: www.envision-tek.com.

The Army at 250: Did you Know the Army Invented This?

March 12th, 2025

You might be surprised by the number of things you use or rely on in work and play can be traced back to Army ingenuity or investment.

Check out this list to discover some of the many things created for or by the Army.

Food preservation – The Army is renowned for food preparation research. The U.S. Army Natick Soldier Systems Center in Massachusetts specializes in, among other things, sustaining the military’s food.

Anastacia Marx de Salcedo, author of “Combat-Ready Kitchen: How the U.S. Military Shapes the Way We Eat,” says much of the processed food we eat today originated through experiments in an Army laboratory.

The Army’s Quartermaster Corps funded research at the USDA early in World War II to resolve a problem that had stymied Army food scientists – they couldn’t dehydrate cheese to feed soldiers.

USDA scientist George Sanders came up with the solution, and after the war his method of powdered cheese was used to flavor Cheetos.

The Army also expanded research into high-pressure processing, which de Salcedo says is the application of high pressure to eliminate bacteria in food. Once the food industry adopted the Army’s techniques, it began using them on foods that are produced for public consumption.

One popular product that relies on the pressure process is ready-to-eat guacamole.

In a 2015 interview with National Public Radio, de Salcedo said she realized “that everything in my kids’ lunchboxes had military origins or influence – the bread, the sandwich meat, juice pouches, cheesy crackers, Goldfish Crackers and energy bars,” she said. “In a large sense, l estimate that 50 percent of items in today’s markets were influenced by the military.”

Pringles – The USDA and the Army Quartermaster Corps worked to develop dehydrated potato flakes, which led directly to the production of Pringles potato crisps.

Super Glue – Cyanoacrylate adhesives were initially discovered during World War Il by a scientist at Eastman Kodak Company when the Army was urging American industry to make things to help win the war.

Dr. Harry Coover initially created the new compound in 1942, while striving to create a clear plastic gun sight for Soldiers.

Believing the substance was too sticky, Coover shelved the idea for a decade, but later revisited it while researching material to make jet canopies. This time he realized he had created a super glue, and he filed for a patent.

During the Vietnam War, medical teams caring for severely injured Soldiers realized the material, marketed as Super Glue, was helpful for sealing bloody wounds and to stop bleeding until the patient could be transported to a medical unit for more advanced treatment. Cooper said he took great pride in the fact that his glue saved the lives of many Soldiers injured in combat.

The computer – The Army funded research by John Mauchly and J. Presper Eckert at the University of Pennsylvania into the Electronic Numerical Integrator and Computer. This was the first electronic computer used for general purposes. The Army wanted to calculate artillery firing tables for its Ballistic Research Laboratory. Construction began in 1943. Six women, recruited in 1942 for their math skills, programmed ENIAC.

Electric Razors – A retired Army colonel invented the first electric razor that could be easily manufactured. Jacob Schick patented his invention in 1928.

Duct Tape – In 1943, an Illinois woman with two sons in the military during World War II first visualized how to make a waterproof cloth tape to seal boxes of ammunition.

Vesta Stoudt worked at the Green River Ordinance Plant near Amboy, Illinois. According to Margaret Gurowitz, the chief historian with Johnson & Johnson, workers at the plant saw that the paper tape used to seal boxes of rifle ammo was inferior and hampered how Soldiers in combat opened the boxes, often while under fire.

Stoudt told others how the tape could be improved but didn’t get help from her supervisors. So, she wrote a letter to President Franklin D. Roosevelt, explaining the problem and detailing her idea to solve it with a better tape. According to Johnson & Johnson company history, the president passed her letter on to the War Production Board.

The board approved of the change and asked a Johnson & Johnson operating company to make the product based on its experience in making tape.

The Jeep – The brainstorm for a quarter-ton, four-wheel drive truck designed as a cross-country tactical vehicle originated just before World War II for the infantry. The military considered numerous prototypes from America’s automakers, and during the war, Willys-Overland and Ford Motor Company produced 643,000 Jeeps for Allied forces.

Two-way portable radio – The Army asked Galvin Manufacturing Corporation, (now Motorola) to make a radio that would allow World War II Soldiers on the move to communicate with each other.

The EpiPen – The roots of a self-directed auto injector go back to 1973, when the Army asked a researcher to create an easy-to-use device to treat chemical warfare exposure for troops in the field. Soon after, experts in the medical industry realized that the auto injector device filled with epinephrine could be carried by civilians who suffer severe allergic reactions.

By Jonathan Austin , Army News Service

General Atomics and Radian Aerospace Partner To Advance Next-Generation Aerospace Technologies

March 11th, 2025

Collaboration To Drive Innovation Across Key Aerospace Systems
and Explore Strategic Opportunities in the UAE

SAN DIEGO – 10 March 2025 – General Atomics Systems Integration (GA-SI) and Radian Aerospace (“Radian”) have signed a Memorandum of Understanding (MOU) to advance next-generation aerospace technologies and explore broader strategic collaboration, including localization opportunities in the United Arab Emirates (UAE).

The collaboration will focus on integrating advanced avionics, electrification, and actuation technologies into cutting-edge aerospace platforms, leveraging GA-SI’s expertise in high-performance systems and Radian’s breakthrough single-stage spaceplane architecture. A key initiative will be the development of electromechanical braking and control actuation systems, which reduce weight, streamline operations, and enhance efficiency while ensuring the reliability needed for frequent space missions.

“This partnership underscores GA’s commitment to driving innovation across critical aerospace systems,” said Scott Sappenfield, Vice President of the Engineering Services Division. “Electromechanical braking is just one way we’re pushing the boundaries of efficiency and sustainability. We’re also excited about expanding collaboration with Radian through industrial partnerships and localization efforts in the UAE.”

The MOU also lays the groundwork for broader collaboration, and joint exploration of UAE offset projects. As GA-SI expands its presence in the UAE, the companies will assess local manufacturing, technology transfer, and workforce development opportunities to support regional aerospace growth.

“General Atomics is an ideal partner as we continue developing Radian One, the world’s first single-stage-to-orbit spaceplane,” said Richard Humphrey, CEO of Radian. “This partnership enables us to integrate next-generation technologies that enhance performance and reusability while opening the door to strategic investment and industrial collaboration. Together, we’re laying the foundation for the future of aerospace and space access.”

GA-SI and Radian will also evaluate partnerships with certified suppliers and manufacturers to develop integrated landing gear systems, enhance adaptability across aerospace platforms, and provide cost-effective solutions for OEMs. By combining GA-SI’s high-performance systems expertise with Radian’s spaceplane mission, this collaboration aims to drive aerospace innovation and shape the industry’s future on a global scale.

Orbit Unveils OrBeam MIL – Next-Generation Electronically Steerable Satellite Communication Antenna at Satellite DC 2025

March 11th, 2025

Enabling Seamless Multi-Orbit Connectivity in the Era of Accelerated Satellite Deployments

Satellite DC, March 11-13 2025, Walter E Washington Convention Center, Booth #1713

March 10, 2025 – Orbit Communication Systems Ltd., a leading global provider of maritime, land and airborne SATCOM solutions, tracking ground stations, and mission-critical communication systems, is set to unveil its new OrBeam MILElectronically Steerable Antenna (ESA) at Satellite DC 2025. This cutting-edge phased array antenna is designed to meet the growing demand for continuous, reliable satellite communications across LEO, MEO, and GEO orbits.

With the rapid increase in satellite constellations and the evolving needs of defense, commercial, and enterprise users, Orbit’s OrBeam MIL ESA delivers an agile, multi-orbit solution that requires no user intervention. The system’s electronically controlled beam steering allows seamless connectivity with multiple satellites, enhancing operational efficiency and uninterrupted communication across the most challenging environments.

The new antenna supports Ka or Ku frequencies and is designed for seamless connectivity with GEO, MEO, and LEO satellites. Its flat-panel design with no moving parts ensures lower power consumption and high reliability, while its compact and lightweight structure enables fast deployment across aerial, maritime, and land-based platforms. The system is capable of Make-Before-Break (MBB) satellite handovers, providing solutions for high-speed, uninterrupted low-latency satellite communications.

“As the satellite communication landscape evolves at an unprecedented pace, Orbit continues to push the boundaries of innovation,” said Daniel Eshchar, CEO of Orbit. “Our new OrBeam MIL ESA system represents a breakthrough in multi-orbit connectivity, providing defense and commercial customers with a highly reliable, low power consumption, and future-ready SATCOM solutions.”

James Lang Appointed Dimension-Polyant X-Pac Tactical Sales Manager

March 11th, 2025

January 15, 2025: Putnam, CT– Dimension-Polyant, the world’s largest sailcloth producer and manufacturer of X-Pac® lightweight, durable and 100% waterproof laminates, has hired James Lang as Sales Manager for its X-Pac® Tactical brand of fabrics.

Lang brings fifteen years of sales and customer relations expertise to his new role. As the Sales Manager leading the X-Pac® Tactical Fabricsbrand, Lang is responsible for driving sales growth by proactively engaging with the tactical, military, hunting, and outdoor gear markets. Based out of the company’s Putnam, CT office, Lang will collaborateclosely with the technical fabrics team and leadership to manage key accounts and developing strategic partnerships, to expand the brand’s presence while ensuring the highest of product excellence and customer service.

“We are very happy and feel fortunate to have James join our team,” said Taylor North, Dimension-Polyant Global Head of Technical Fabrics. “Dimension-Polyant is committed to the global tactical market, and James will play a crucial role in driving the expansion of our X-Pac® Tactical brand across North America and Europe.”

Prior to joining Dimension-Polyant at the first of the year, Lang was the Regional Sales Manager for LaserStar, a leading laser manufacturer for the jewelry, dental, optical and tactical industries. Lang’s previous sales management and customer service roles were with PHMG audio branding, and UniFirst, a North American leader in the supply and servicing of uniform and workwear programs.

“As a major enthusiast of the tactical industry, I am thrilled to bring X-Pac® Tactical to the forefront of this market, which is teeming with innovation,” said Lang. “The tactical market moves very fast, and I am excited to leverage my passion for innovation and deep understanding of customer pain points to create impactful solutions. I am looking to drivesales and foster long-term relationships on behalf of X-Pac® Tactical.”

Dimension-Polyant will be exhibiting at SHOT Week Supplier Showcase, taking place in Las Vegas, January 21-22, 2025, Booth # 51441, to present its new X-Pac® Tactical collection. For more information on X-Pac® Tactical – the ultimate tactical pack fabric – please visit: www.x-pactactical.com.

Freedom Outdoors Brings Industry-Leading Experience to Richmond with New Shooting Range

March 11th, 2025

Richmond, VA – March 10, 2025 – Freedom Outdoors is proud to announce the expansion of its industry-leading brand with the opening of a new shooting range and retail facility in Richmond, Virginia. This location, formerly Colonial Shooting Academy, is undergoing enhancements to align with Freedom’s high standards of service, safety, and community engagement, offering an elevated experience for shooters of all levels.

“This expansion represents more than just growth—it’s about bringing the Freedom experience to Richmond,” said Skyler Thomas, President of Freedom Outdoors. “This facility has long been recognized for its size and potential, and we’re excited to build upon that foundation by introducing a fresh approach centered on service, excellence, innovation, and the core values that define Freedom.”

With a focus on hospitality, education, and customer-first service, Freedom Outdoors is investing in improvements to the facility, including upgraded training programs, an expanded retail selection, and a membership structure designed to provide meaningful benefits to guests. Every aspect of the range will reflect Freedom Outdoors’ guiding principles—offering a welcoming, professional environment where enthusiasts and responsible firearm owners feel valued and supported.

“Our team believes that a great shooting experience is about more than just a facility—it’s about the people, the service, and the culture that surrounds it,” added Thomas. “We look forward to fostering that environment here in Richmond, ensuring that every guest receives the level of care and expertise they deserve.”

The Richmond location joins Freedom Outdoors’ growing network of ranges and storefronts, furthering the company’s commitment to providing best-in-class experiences for firearm owners, professionals, and newcomers alike.

www.freedomoutdoors.us

EOTECH Opens Engineering Tech Center in Orofino, ID

March 11th, 2025

Plymouth, MI (March 2025) – EOTECH, the leader in electro-optics technology, has experienced exceptional growth over the last decade. In recent years, EOTECH diversified into magnified scopes, micro red dots, night-vision and thermal systems, and on-gun laser devices. Additionally, in 2022, EOTECH added a manufacturing center that develops cutting edge digital sensor systems.

To support these programs and future growth, EOTECH is proud to announce the opening of their new Tech Center located in Orofino,Idaho. This state-of-the-artworkspace will provide research and development, engineering design and sustainment, testing, and prototype capabilities for all EOTECH product categories.

“We are thrilled to open our new Tech Center in Orofino, an area that will be the conduit between our headquarters in Michigan and our sensor factory in California,” said Aaron Hampton, President of Product Development for EOTECH. “This facility provides us with the talent and opportunity to plant the growth initiatives for the company’s next phase of our development. We strive to inspire new technology-driven solutions, and this investment will accelerate innovation and the development of new solutions for our core and emerging markets.”?

Officially opened February 26, 2025, this 4,200 square-foot facility includes a sophisticated optics lab outfitted with cleanroom flow hoods, optical breadboard, collimators, high purity nitrogen, and various tools to assemble, test, and rework weapon sights and camera systems.  The mechanical lab includes small scale machining, an inspection area with granite table plus a physical and optical metrology system.

For more information, please visit www.eotechinc.com.

Snakestaff Systems ETQ Gen 2

March 11th, 2025

The new Gen 2 ETQ™ is the result of feedback from US Military, US Special Forces, Civilian EMS, Law Enforcement, and prepared citizens. The Gen 1 was the smallest windlass tourniquet on the market and is a proven product that has saved dozens of lives – but any good product can be improved upon. The Gen 2 is a significant upgrade, keeps the form factor but includes three new patent-pending features.

It is much easier to use, more robust, and has a wider window of reliability.

Available now at snakestaffsystems.com.

Gen 2 Features:

Power Curve™ *Patent Pending:

The slot where the band is pulled through is curved, unlike other tourniquets. This shape spreads the load placed on the band when tight, focusing the tension in the center. With straight slots, the band is actually tighter on the edge than it is in the center, increasing chance of tissue damage after a prolonged use case. The Power Curve helps prevent this.

New Tri-Grip Windlass™ *Patent Pending:

The three flat surfaces per-side give your fingers more surface area and geometrical advantage while twisting the windlass over a traditional cylinder shape. Round windlasses are inherently slippery, and there will be a lot of blood when you go to apply a tourniquet. Although grippy, in our testing we found that some windlasses can actually be over-textured and can result in the tearing of nitrile gloves, exposing you to the patient’s blood. The windlass is made out of a high strength polymer composite that will not break on you, unlike that of Chinese knock off tourniquets.

Power Ring™ *Patent Pending:

The new steel ring under the windlass makes it one of the easiest tourniquets to turn in the industry.

Typically, the first two turns of the windlass on tourniquets are the hardest. We aimed to improve that. The ring creates vertical space to clear the carabiner and provides a mechanical advantage for the initial twists of the windlass.

Improved tourniquet body:

The longer body and improved routing keeps the tourniquet in a straighter configuration even if the user doesn’t fully tighten the strap first as instructed. The only negative reviews we’ve seen on the Gen 1 were due to user error when they didn’t first fully tighten the band, or didn’t reset the TQ after repeated usage.

You MUST tighten the band of any tourniquet first before twisting the windlass, but many of these changes result in a wider window of reliability.

Carabiner lock enlarged:

Although the gate is the same size, the crucial space inside of the carabiner lock is enlarged significantly to make it easier to lock the windlass.

Reinforced band material:

The Gen 2 band is now backed with a nylon material that gives more rigidity and prevents it from folding in half and sticking to itself during the application process. It also aids the user in lassoing the TQ around a limb as well as threading the needle.

New Blue Trainer TQs:

After many requests for trainer tourniquets, we are now offering blue trainers in both 1” and 1.5” widths.

The intention behind this is to provide users with a designated trainer to practice applications without having to use carry/duty tourniquets.

Instructions:

The printed instructions and QR code serve as a last resort for a bystander for example that wishes to intervene and assist with application but doesn’t necessarily have the technical knowledge on how to do so.

Why we got rid of the chemlight:

We found the chemlight was often breaking and activating in the mail, or depending on how it was carried, in people’s pockets. While we loved the chem light and believed that it offered real value in certain situations, if they crack prematurely, then it is a waste. The elimination of the chemlight has allowed us from a production standpoint to use more robust materials and to be able to provide Gen 2 at the same pricepoint as Gen 1.