SIG SAUER - Never Settle

Joint Force Comes Together for Special Operations Sniper Competition

March 27th, 2026

In a demanding test of precision, endurance and teamwork, 17 elite sniper teams participated in the U.S. Army Special Operations Command International Sniper Competition at Fort Bragg, North Carolina, March 15-19.

The U.S. Army John F. Kennedy Special Warfare Center and School hosted the competition, now in its 17th year. Special Forces sniper course instructors and leadership designed the various challenges and served as officials and scorekeepers.

“This competition represents the pinnacle of the sniper craft,” said Army Col. Simon Powelson, commander of the 2nd Special Warfare Training Group. “We have brought together highly trained teams from across the joint force and partner nations. These competitors are not just here by chance; they are the product of intense and specialized training within their respective units.”

The five-day event included special operations forces representing multiple allied nations with participants drawn from the ranks of Army Special Forces, Army Rangers, Naval Special Warfare Command, Marine Forces Special Operations Command and Coast Guard units.

Designed to strengthen interoperability and foster esprit de corps among partner forces, the competition featured a series of complex engagements conducted both during the day and under the cover of darkness that pushed competitors to their physical and mental limits.

Throughout the week, sniper teams of two highly trained operators were evaluated across multiple ranges at Fort Bragg. Competitors demonstrated proficiency with sniper rifles, carbines and pistols, engaging at distances of up to 1,200 meters while adapting to constantly changing scenarios.

The opening day set the tone for the grueling challenge ahead. Persistent thunderstorms brought intermittent rain and strong winds, forcing teams to contend with reduced visibility, slick terrain and unpredictable shooting conditions, adding a layer of realism for competitors.

“The weather played a significant role,” said Timothy Gozelski, the sniper course manager. “Our goal with the wind and rain was to make sure the visibility was the same for all the teams.”

In the following days, the weather cleared, but conditions remained poor. Temperatures dropped to 35 degrees, and variable winds swept across the ranges, complicating long-distance shots.

Competitors had to calculate wind speed and direction on the fly while maintaining communication and coordination with their teammates.

“Good, clear, concise communication is a must,” said Richard Cuza, a sniper course instructor. “It’s beyond important; it’s crucial.”

Each stage of the competition emphasized not only marksmanship but also teamwork.

Sniper pairs had to locate, range and engage multiple targets in rapid succession, often while maneuvering between firing positions. Communication, trust and synchronization proved just as critical as shooting accuracy.

“Being in sync with your teammate is equal in importance to communication,” Gozelski said. “To be successful, the two have to talk and be on the same page in everything they do.” 

Organizers emphasized the competition was more than a test of skill. It brought together international partners and joint force teams in a high-stress training environment. As a result, the event allowed competitors to build relationships, and it improved the joint forces’ ability to operate seamlessly in real-world missions.

“It’s awesome to have international teams competing,” Gozelski said. “It helps with interoperability and being able to look at each other’s equipment and techniques. It’s not just about competing; it’s about learning some things from our allies and how they operate. All the foreign teams are thrilled to be here. This competition helps us in expanding operational expertise.”

Cuza added that “it was great to have allies and teams from our sister services here. It will help us in working together and that’s important.”

After five days of intense competition, the Army Special Operations Command team emerged as the overall winner, demonstrating consistent performance across all events and conditions. The Army’s 3rd Special Forces Group team finished second.

As the competition concluded, participants departed not only with sharpened skills but with stronger bonds between allied forces and sister services.

“Most importantly, this competition is a powerful vehicle for building esprit de corps among an elite group of warriors who may one day serve alongside each other,” Powelson said.

By Ken Kassens, U.S. Army John F. Kennedy Special Warfare Center and School

Kymeta Unveils New Conflict-Ready Kestrel u5 Satellite Terminal for Modern Warfare Connectivity

March 26th, 2026

New multi-orbit SATCOM terminal expands capabilities for autonomous and mobile command and control operations

Offers best-in-class durability in small form factor, ruggedized casing, rapid water shedding, and high IP rating

Redmond, WA – March 24, 2026: Kymeta Corporation, the world-leading flat-panel satellite terminal manufacturer, today announces its new Kestrel™ u5 – the smallest and most capable multi-orbit SATCOM terminal to the unmanned systems and national security sectors. 

The Kestrel u5 provides a new and reliable way for modern warfighters and government teams to stay connected and adapt to multiple mission profiles, offering seamless connectivity (switching between beams in under 1 millisecond) across networks, constellations, and LEO, GEO, HEO, and Elliptical orbits. Designed to keep pace with the rapidly evolving technological landscape, this rugged terminal offers future-ready capabilities, including full-duplex functionality and support for remote upgrades.  

Purpose-built for operations across land and sea, the Kestrel u5 offers a comprehensive solution for unmanned systems and other platforms. The terminal’s lightweight, low-profile and rugged design have been engineered to match the intense demands of modern warfare, where factors like constant movement, RF jamming, and shock damage continuously threaten the integrity of connectivity systems.

Flexible and easy-to-install, the terminal is comprised of a no-moving-parts architecture that mounts easily to the top of unmanned sea vessels and other next-generation vehicles. Its durability-first design incorporates shock absorption and patent-pending radome technology for optimal water-shedding speed and the ability to withstand, and recover from, periods of submersion in water.

With critical Low Probability of Detection/Interception features (LPD/LPI), the Kestrel u5 offers a best-in-class low thermal signature, underpinned by the terminal’s low power consumption (less than 100 W typical) and passive cooling system. To top its survivability advantage, the terminal’s use of Kymeta’s unique metamaterials-based antenna surface provides a narrow beam, reducing the risk of RF jamming or interference. 

The Kestrel u5’s advanced connectivity features are encased in a durable yet highly compact and lightweight form factor (less than 11kg), freeing up valuable turret-top and hull space. Designed to adapt to modern conflict scenarios, the terminal’s slimline, easy-to-integrate form factor combines maximized uptime with flexible installation.

“The evolution of modern warfare has exposed the stark need for resilient, conflict-ready connectivity solutions,” said Tom Goebelbecker, SVP of National Security Programs at Kymeta. “Conflict scenarios are more data-driven and interconnected than ever before. As a result, for modern fighters, losing access to real-time communications and accurate data can mean the difference between success and failure for critical operations.”

“With the Kestrel u5, we have brought to market a connectivity solution that addresses key demands of the rapidly evolving battlefield. With our multi-network approach to LEO and GEO connectivity, this terminal takes a proactive approach to downtime, seamlessly switching across networks and enabling commanders with a redundant PACE plan. This innovative multi-orbit capability is protected by the terminal’s rugged outer layer. And this advanced connectivity and ruggedized form factor is delivered in a package with unmatched SWaP-C. All these factors combine to deliver an entirely new SATCOM capability that is set to change the game in how distributed teams connect, command, and survive.”

The terminal is available for order, with production units expected to become available in the next month. Broader availability is expected following this initial release period, as Kymeta continues to scale production to meet growing customer demand. 

At Satellite x GovMilSpace 2026, in Washington D.C., Kymeta and partner SES will be offering live demonstrations of the Kestrel u5 and its advanced capabilities including operation on both GEO and LEO networks.  The demonstration will take place on Tuesday, March 24, and Wednesday, March 25, on the rooftop of the Courtyard by Marriott Washington Downtown/Convention Center, marking the first public live viewing of the Kestrel u5 in action.

For further information, visit KymetaCorp.com

GPO USA Enhances PASSION APO Spotting Scopes with Stay-On Zip Case

March 26th, 2026

Premium Protection Now Standard on All 65mm and 85mm Passion APO Models

North Chesterfield, VA. (March 20th, 2026) – German Precision Optics (GPO USA) proudly announces that every PASSION™ APO spotting scope, including the 16-48×65 APO and 20-60×85 APO models, now ships with a premium $99.99 custom-fitted Cordura® stay-on zip case at no additional charge.

The newly-included custom stay-on case is purpose-designed to remain on the scope for life, offering rugged protection from bumps, scratches and daily wear. The case features a zip-on/zip-off design, a removable snap cover, and a snap-zip ocular cover providing secure, weather-resistant defense while in the field or on the trail.

“Our optics are built for serious outdoor use, and we’ve heard from customers how frustrating it is to pull your premium GPO spotting scope out of your backpack only to see it marred from transport,” said Mike Jensen, Owner of GPO USA. “There is nothing more inconvenient than having your expensive optic end up with dings and scratches. This case is custom fit and will stay on for life.”

The PASSION APO series blends high-performance German-engineered optics with field-ready durability. Both the compact 65mm and the large objective 85mm APO models feature apochromatic lens systems, advanced coatings for bright, high-contrast images, and robust magnesium housings ideal for nature observers, birders, hunters, and outdoor enthusiasts.  

• PASSION™ 16-48×65 APO: Lightweight, easy-to-pack performance in a compact profile  

• PASSION™ 20-60×85 APO: Maximum light gathering and resolution for long-range observation

With the new custom stay-on case included, GPO USA continues its commitment to delivering not just world-class optics, but real-world usability and protection in every package.The upgraded packaging with the custom stay-on Cordura®case is available now for qualifying Passion APO spotting scopes purchased through authorized dealers and GPO-USA.com.

To learn more about German Precision Optics’ state-of-the-art product lines and their industry-leading Spectacular Lifetime Warranty™, please visit www.gpo-usa.com or call 844-MY-BINOS (844-692-4667). 

Caracal USA Awarded Government Contract in Belize for CAR814 A2 Patrol Rifles

March 26th, 2026

The agreement further strengthens Caracal USA®’s presence and partnerships across the Caribbean region.

Nampa, Idaho (March 2026) – Caracal USA, a leading US-based manufacturer of small arms for the law enforcement and defense markets, announced today that it has been awarded a new supply contract with various government agencies in Belize for the CAR814 A2 Patrol rifle. The award highlights the continued recognition of Caracal USA’s firearm platforms among government and security organizations throughout the Caribbean region.

Chambered in 5.56x45mm NATO, the CAR814 A2 Patrol is a centerfire, direct impingement gas-operated tactical rifle engineered and manufactured in accordance with NATO standards. Designed specifically for military and law enforcement users, the platform incorporates high-quality components, advanced engineering, and state-of-the-art manufacturing processes to deliver a durable, reliable, and accurate weapon system built to exacting tolerances.

This contract further demonstrates Caracal USA’s growing footprint in international markets and its commitment to providing trusted, mission-ready weapon systems to allied partners and professional end users.

“Working with our Caribbean regional representatives, I.I. & E, Caracal USA products have become well known with the government agencies of Caribbean nations,” said Jeffrey Spalding, CEO and President of Caracal USA. “Our dedication to safety, reliability, and durability continues to showcase the quality of Caracal USA weapon systems and has allowed the opportunity to compete in tender solicitations and be awarded supply contracts for new modern weapon systems to Belize.”

Caracal USA continues to expand its international partnerships while supporting the operational needs of military and law enforcement professionals worldwide.

For more information about Caracal USA and its full line of firearms, visit www.caracalusa.com.

Reptilia Introduces The PULLER Ambidextrous Charging Handle for the SIG MCX Platform

March 26th, 2026

Hillsborough, North Carolina, Reptilia announces the release of the PULLER Ambidextrous Charging Handle for the SIG Sauer MCX line of firearms, a purpose-built upgrade engineered to deliver reliable, low-profile performance across modern MCX variants.

Designed specifically for the MCX system, the PULLER provides consistent, positive manipulation from either side without adding unnecessary bulk or complexity. The ambidextrous geometry supports a wide range of shooting styles, offering smooth operation whether working around mounted optics, under speed, or in confined conditions.

The PULLER is fully compatible with current MCX platforms, including the SIG Sauer MCX Spear and SIG Sauer MCX Rattler, delivering a streamlined interface that minimizes snag points while maintaining the leverage required for confident handling.

Machined from billet 7075-T6 aluminum and finished with MIL-STD Type III, Class 2 hardcoat anodizing, the PULLER is built to withstand demanding environments and sustained use. Its low-profile design aligns with Reptilia’s broader philosophy, eliminate excess, retain function.

Like all Reptilia products, the PULLER Charging Handle is 100% made in the USA and backed by a lifetime warranty against manufacturer defects.

Product Features

  • Designed for the SIG Sauer MCX
  • Compatible with SIG Sauer MCX Spear and SIG Sauer MCX Rattler
  • True ambidextrous operation
  • Low-profile, anti-snag design
  • Machined from billet 7075-T6 aluminum
  • MIL-STD Type III, Class 2 hardcoat anodized finish
  • Available in Black and Flat Dark Earth (FDE)
  • Made in the USA

The Reptilia PULLER Ambidextrous Charging Handle for SIG MCX is available now at Reptilia’s official website reptiliacorp.com.

KOR Receives Contract Award from US Special Operations Command for Advanced Protective Systems

March 26th, 2026

Modular, Vacuum-Rigidizing Military Equipment Protection System for Drones, Optics, and Mission-Critical Gear.

[SCOTTSDALE, AZ] KOR is honored to announce the award of a contract from the U.S. Special Operations Command (USSOCOM) for its advanced KOR Protective System, a modular, reusable military equipment protection system designed to safeguard mission-critical equipment in the most demanding operational environments.

This award validates KOR’s breakthrough approach to protective packaging for defense applications, supporting operators who require reliable shock and vibration protection, rapid deployment, and adaptable load configurations across dynamic mission profiles.

KOR 4214 Double Panel Protective System

A New Standard in Military Equipment Protection

The KOR Protective System represents a fundamental shift away from traditional foam-based inserts and fixed-case solutions. At its core is a proprietary vacuum-rigidizing structure (VRS) a dynamic material system that transitions from flexible to rigid on demand, conforming precisely to the shape of any object and locking it securely in place.

Unlike traditional foam systems that degrade, require custom cutting, and limit flexibility, KOR delivers a scalable protective case alternative to foam, enabling:

Instant Customization — Forms around virtually any equipment profile without tooling

Reusable Protective Packaging — Supports multiple missions with a single system

Superior Shock & Vibration Protection — Engineered for high-impact, vibration-intensive environments

Reduced Logistics Burden — Eliminates foam replacement and multiple case types

Load Stabilization & Impact Attenuation — Secures equipment while distributing energy across the structure

Berry Compliant Materials — Designed to meet U.S. defense sourcing requirements

How the KOR Protective System Works

The KOR system uses vacuum-rigidizing panels to create a secure, adaptive protective structure:

1. Equipment is placed within a flexible/fluid panel system

2. Air is removed to form a rigid, molded structure

3. The system locks the equipment in place, eliminating movement

4. Impact forces are absorbed and distributed across the internal medias millions of touch points

This process enables a modular protective system that adapts instantly without fabrication, tooling, or waste.

Built for Mission-Critical Performance

From drone protection and UAV transport systems to night vision optics, weapons platforms, and sensitive electronics, KOR is engineered to perform where failure is not an option.

The system can function independently or integrate into existing ruggedized cases, providing a flexible military-grade packaging solution that enhances both protection and operational efficiency.

Applications Across Defense and Tactical Operations

KOR Protective Systems are deployed across a wide range of use cases, including:

– Drone and UAV transport protection

– Night vision and optical systems storage

– Weapons and tactical gear transport

– Sensitive electronics and communications equipment

– Field-deployable mission kits

– Law enforcement and federal agency operations

This versatility positions KOR as a leading solution for rugged equipment transport across military, defense logistics, and high-value commercial sectors.

Operational Advantage Through Adaptability

Traditional protective systems lock users into fixed configurations. KOR enables continuous adaptation:

– Rapid reconfiguration in the field

– Support for evolving payloads and equipment upgrades

– Reduced preparation time and faster deployment cycles

– Consistent protection across changing mission requirements

KOR is not just a protection system, it is a force multiplier for modern operations.

Supporting the Future of Defense and Beyond

As defense technologies evolve across autonomous systems, advanced optics, and portable electronics, the need for intelligent, scalable protective packaging systems continues to grow.

While designed for military and special operations, KOR is increasingly adopted across law enforcement, aerospace, and commercial equipment transport, delivering unmatched versatility and sustainability.

About KOR

KOR is a U.S. based innovator in modular protective systems, specializing in vacuum-rigidizing technology that redefines how sensitive and high-value equipment is transported, stored, and deployed.

Built for durability, adaptability, and performance, KOR systems are trusted by operators and organizations that demand uncompromising protection.

“KOR isn’t just protecting equipment, it’s redefining how operators deploy, adapt, and move mission-critical gear in real time.”

Learn more:

www.kortechnik.com

Explore KOR’s modular protective packaging systems, technical specifications, and deployment applications at: www.kortechnik.com

DOT&E Report on Next Generation Squad Weapons, Ammunition and Fire Control

March 26th, 2026

On 13 March, 2026, the Department Of War’s Director, Operational Test and Evaluation Office (DOT&E) released their 2025 annual report to Congress. DOT&E provides oversight for acquisition related testing of new capabilities and releases an annual report. The report covers acquisition programs from each of the services and United States Special Operations Command, as well as missile systems. You can check it out here.

This article concentrates on the Next Generation Squad Weapons (NGSW) and Ammunition (W&A) and NGSW – Fire Control (FC) section.

As a reminder, the NGSW system includes the M7 Rifle, M250 Automatic Rifle, 6.8mm ammunition common to both weapons, and XM157 Fire Control mounted on each weapon. Recently added to the NGSW program is the XM8 Carbine. The M7, XM8, and the M250 are replacements for the 5.56mm M4/M4A1 carbine and M249 Squad Automatic Weapon currently used in the close combat force (CCF).

I’d like to note that the report refers to the XM157 FC without the eXperimental designation prefix it continues to carry. Over the years I have noted such instances of small details slipping through the cracks on their reports which remain at a very generic, high level for executive use.

NGSW is being procured under two separate Middle Tier of Acquisition programs: weapons and ammunition in one and Fire Control in the other. These are not traditional procurement programs but rather much more adaptive and fast paced. The NGSW W&A are manufactured by SIG SAUER, Inc, and the NGSW-FC is manufactured by Sheltered Wings, Inc, doing business as Vortex Optics.

According to the report, the Army completed an Operational Assessment of the NGSW system in October 2024 and limited lethality testing of the 6.8mm SP ammunition in December 2024 to support the planned transition of both the NGSW W&A and NGSW-FC programs from the MTA rapid fielding pathway to separate major capability acquisition programs in 3QFY26. The Army anticipates completing Live Fire Test & Evaluation (LFT&E) of the 6.8mm GP ammunition by 2QFY26. NGSW is no longer under DOT&E oversight for Developmental or Operational Testing. It has completed those tests. It does however, remain under Live Fire oversight.

The Army anticipates completing LFT&E of the 6.8mm GP ammunition at Aberdeen Proving Ground by 2QFY26. DOT&E will report on the 6.8mm GP ammunition LFT&E results in a classified lethality report in 3QFY26.

An Early Fielding Report (EFR) assessed individual soldier and squad performance using the NGSW system on static and maneuver ranges; highlighted the weapons’ suitability and soldiers’ safety concerns; and compared performance of the SP ammunition to that of current ammunition against specific types of targets.

Overall results of testing revealed these comments regarding the EFR report:

– Individual soldiers consistently qualified with their NGSW and, when firing on the variable distance range, demonstrated the ability to engage targets at extended distances.

– The 6.8mm SP ammunition generally provides increased lethality over the M855A1 (i.e., the SP ammunition for the legacy M4A1 weapon) against the tested targets.

– Improvements to system reliability, safety, human-systems integration, and compatibility with cold weather operations are needed.

– During the OA, soldiers reported negative physiological effects caused by the noxious off-gassing from their weapons, as well as concerns about the extreme heat from the weapons’ suppressors after firing.

– Most M250s equipped with M157s did not retain zero during the OA or the airborne test.

– Ergonomic complaints about the M157 persisted.

– The NGSW is compatible and safe for use during static line and military free-fall airborne operations.

In the end, the report leaves this lone recommendation:

The Army should:

1. Address the recommendations in the June 2025 EFR and classified limited lethality annex.

Naturally, we have no idea what is the classified annex. In fact, no information has been released regarding ammunition performance of NGSW than a mention that it performs similar to the commercial 270 WSM cartridge. However, considering the NGSW program remains under DOT&E oversight for the LFT&E portion of testing, we may learn more in the future.

Until then, NGSW remains a fast track program that has fielded over half of its basis of issue plan.

MARTE – Main ARmoured Tank of Europe

March 25th, 2026

Key Facts:

  • Half-Time successfully reached at the EDF-Project “MARTE”
  • Actions on track: First technical work packages closed, significant Milestones and Deliverables achieved and approved
  • Strong European industry cooperation confirmed

Bonn, 23.03.2026

The European defence sector entered a new era of industry- and Ministry of Defence-cooperation in the domain of Main Battle Tanks. Funded by the European Defence Fund (EDF), the MARTE project (Main ARmoured Tank of Europe) is far more than a technology project, it is a cornerstone for Europe`s strategic autonomy and military relevance in high intensity land warfare.

MARTE aims to design Europe`s future Main Battle Tank as a system complete that will dominate future battlefields. MARTE sets new standards in multinational capability development by harmonizing the requirements of in total 11 European Member States involved (Germany (lead), Belgium, Estonia, Finland, Greece, Italy, Netherlands, Norway, Romania, Spain and Sweden), including lessons learned from current conflicts. The overall ambitious project goal is to achieve Preliminary Design Review (PDR) maturity within only 24 months.

One year after the official Kick-Off in December 2024, the MARTE project, coordinated and led by MARTE ARGE GbR, a joint venture company between KNDS Deutschland GmbH & Co. KG and Rheinmetall Landsysteme GmbH, now has successfully reached a decisive midterm milestone.

Building on the strong foundation laid at project start, the consortium confirms substantial progress across technical, organizational and strategic aspects within the past 12 months.

Guided by the MARTE Core Team, consisting of MARTE ARGE GbR, KNDS Deutschland GmbH & Co. KG and Rheinmetall Landsysteme GmbH (all Germany), Leonardo SPA (Italy), Indra Sistemas SA (Spain) and SAAB AB (Sweden), the MARTE consortium has managed to complete several technical Work Packages and to submit key deliverables to the granting authority, the European Commission in accordance with the agreed schedule.The results achieved include a comprehensive Concept of Operations as well as a full set of requirements for a future Main Battle Tank System. Led by SAAB AB, the consortium partners engaged in close collaboration with the participating Ministries of Defence (MoDs). This joint effort resulted in a consolidated and harmonized baseline, explicitly incorporating the needs of the participating MoDs, representing the future customers. In addition, under the leadership of Indra Sistemas S.A., the consortium carried out an extensive market survey. Numerous partners contributed their expertise to evaluate the availability, technological readiness and performance capabilities of relevant technologies and subsystems across the European defence market.

With all submitted deliverables formally approved by the European Commission, a strong foundation has been established to advance into the next stage of the MARTE project. This phase focuses design and architecture activities of the overall MBT system and its subsystems, with KNDS Deutschland GmbH & Co.KG, Rheinmetall Landsysteme GmbH and Leonardo SPA taking the lead in driving these key activities.

The General Assembly, held in November 2025 in San Sebastián (Spain) and hosted by MARTE ARGE GbR, gathered all consortium members and key stakeholders at the project’s halfway point.

Beyond presenting the results achieved to date, the event offered insights into ongoing activities, ensured full alignment on the roadmap towards the targeted Preliminary Design Review, and thereby reaffirmed MARTE as one of the most consequential defence programs embedded in the EDF.

The achievements reached to date, the strong industrial collaboration across Europe, and the continued active engagement of the participating Ministries of Defence collectively position MARTE as a decisive strategic investment in Europe’s technological sovereignty and defence innovation.