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Archive for the ‘Guest Post’ Category

BFG Monday: The Burden Was Never the Mission

Monday, May 11th, 2026

For decades, warfighters have accepted unnecessary weight as part of the job.

Extra ounces became extra pounds. Extra pounds became fatigue. Fatigue became slower movement, reduced endurance, and increased physical wear over time. Everyone acknowledged the burden. Few questioned whether it was avoidable.

Blue Force Gear did.

Long before “lightweight” became an industry buzzword, Blue Force Gear engineered a system designed to reduce load carriage weight without sacrificing durability, capability, or compatibility. The result was Helium Whisper®, a patented attachment system that fundamentally changed what modern load-bearing equipment could be.

Helium Whisper pouches reduce weight by up to 50 percent compared to legacy pouch designs while remaining fully MOLLE and PALS compatible. They mount to existing armor carriers, belts, chest rigs, rucks, and issued platforms without requiring units to abandon current equipment investments.

That compatibility matters.

Decision makers responsible for procurement and modernization are not simply evaluating individual products. They are evaluating logistical impact, implementation timelines, sustainment costs, interoperability, and whether new equipment can realistically integrate into an already fielded ecosystem.

Helium Whisper was designed with those realities in mind from the beginning.

Even inconsistencies common in issued MOLLE platforms to include undersized or improperly sewn channels that often prevent rigid tabs from functioning correctly can be accommodated by Helium Whisper’s flexible attachment design. The system works across real-world equipment, not just ideal conditions. 

But compatibility alone is not enough.

The equipment also has to survive operational use.

Helium Whisper has been combat proven by some of the nation’s most elite units, carries multiple NSN listings, and has been adopted as standard issue by Air Force Security Forces. Its reputation was not built through marketing claims. It was built through performance under load, in the field and over time.

Reducing weight is not about comfort. It is about increasing mobility, endurance, survivability, and overall combat effectiveness.

A lighter load allows warfighters to move longer, react faster, and carry what actually matters.

The path to a more capable force does not require replacing entire systems. Sometimes it starts with a smarter solution to a problem everyone else learned to tolerate.

The burden is optional. It has been for years. 

For units seeking to increase survivability and operational performance through reduced load carriage by upgrading to Helium Whisper, contact the Blue Force Gear Military Department or visit BlueForceGear.com.

Kinetic C-UAS Industry Day Gathers Armament Experts for Networking, Tech Updates

Monday, May 11th, 2026

PICATINNY ARSENAL, N.J — More than 150 government and industry leaders convened at Picatinny Arsenal on April 28 for the Kinetic C-UAS Industry Day to forge critical partnerships and accelerate the development kinetic drone-defeat technologies to ensure U.S. warfighters maintain technological overmatch.

The summit centered on kinetic counter-unmanned aircraft systems (C-UAS), technologies engineered to detect, track and physically destroy hostile drones, distinct from non-kinetic systems that rely on electronic jamming or redirection.

Senior Scientific Technical Manager for Weapons and Software Engineering Tony Pezzano noted a desire to firmly establish the Armaments Center as a premier partner for kinetic C-UAS.

“We want to align the capabilities of our U.S. Government organizations with innovation and technology found in industry,” said Pezzano. “Defeating this threat requires a unified effort, and the partnerships we forge or strengthen today will directly impact the warfighter’s survivability and lethality tomorrow.”

Armaments Center Director Chris Grassano said during his opening remarks that the drone threat is rapidly multiplying and has moved beyond the “emerging” phase. To counter this, kinetic C-UAS solutions must prioritize three elements, effectiveness, affordability and the ability to swiftly transition from blueprint to battlefield deployment. Picatinny, he pointed out, is home to expert engineers and specialized labs, which industry can handily leverage.

The Armaments Center is prioritizing battlefield dominance to ensure that Soldiers never have to face a “fair fight.” Pezzano and his fellow co-organizer, C-UAS Thrust Area Manager David Goldstein, both took part in conversations afterwards to identify specific industry partners who could deliver the next generation of C-UAS technology, with a focus on efficiency and cost-effectiveness.

“Every base, vehicle, and warfighter needs a kinetic last line of defense that can keep pace with the evolving UAS technologies. It’s difficult to armor a drone so hard-kill solutions will always be needed,” said Goldstein.

By Tyler Barth

American Revolutionary War Flags Flown to Inspire Patriotism

Sunday, May 10th, 2026

The American flag is a symbol of freedom and patriotism, but before the Continental Congress adopted the first?official flag in 1777, many other flags were flown.

As America celebrates 250 years of freedom, here’s a look at a few of the various United States flags flown during combat by soldiers, sailors,?Marines and militia during the American Revolutionary War.

Flags were a significant part of the war, as they served to instill esprit de corps in the men and also aided in rallying the troops, as the flag carrier led from the front. They expressed liberty and national identity, as well as a means to assert sovereignty against British rule.

The use of colors — the term for the banners and flags — dates back to the Middle Ages in Europe, when knights displayed their distinctive symbols and colors on their shields to identify one another on the battlefield. The ancient Romans and Greeks also carried banners with symbols of their leaders into battle.

Today, the American flag, also known as the Stars and Stripes and Old Glory, serves to unite the nation and inspire patriotism. Although military units have their own colors, all fly the American flag higher, giving it the most prominent position.

The Hopkinson flag

Most historians agree that Francis Hopkinson was the designer of the first official American flag. On June 14, 1777, the Second Continental Congress adopted the Hopkinson flag, calling it the Stars and Stripes.

Since there were only 13 states then, the design featured 13 stripes and 13 six-pointed stars arranged in rows on the field of blue. He also designed a very similar flag for the Navy, which looks similar to today’s flag because the red stripes are located at the top and bottom.

The Hopkinson flag was first carried into combat during the Battle of Brandywine, Sept. 11, 1777, just outside Philadelphia.

Hopkinson also helped design the Great Seal of the United States and was a signer of the Declaration of Independence; many consider him a Founding Father.

The Serapis flag 

Featuring 13 blue, red and white stripes and 13 stars, the Serapis flag design is similar to the Hopkinson flag except for the arrangement of stars and the blue stripes. 

The flag has an unusual origin story: it was named for the Royal Navy frigate HMS Serapis. 

The Serapis engaged the American warship USS Bonhomme Richard under the command of Continental Navy Capt. John Paul Jones in the North Sea near England on Sept. 23, 1779. 

The battle resulted in the capture of the Serapis. Jones’ ship was badly damaged and sank, so he sailed the Serapis to the neutral Dutch port of Texel without a flag — technically making him a pirate. 

Benjamin Franklin, then an ambassador to France, was asked to provide a flag that Jones could use. Once created, the flag diffused the diplomatic tension, and Jones was released by the Dutch. 

The Serapis flag was one of the first flags of the United States, although it was never used in an official capacity. However, it is strongly associated with Jones and his heroics as one of the great captains of the Continental Navy and his contributions to the war effort. 

The flag is used to this day on the USS John Paul Jones, a missile destroyer commissioned in 1991 to honor the famous captain. It is sometimes called the Franklin flag in honor of the Founding Father who helped create it.

The Grand Union flag 

Also known as the Congress flag, the Cambridge flag and the Continental Union flag, the Grand Union flag is the first national flag of the United States; it was flown from 1775 to 1776.

The Grand Union flag consisted of 13 red and white stripes with the British Union Jack located in the area now occupied by stars. The flag was first flown by Continental Navy Lt. John Paul Jones on Dec. 3, 1775, on the USS Alfred.

The Betsy Ross flag 

Betsy Ross was a professional upholsterer in Philadelphia from the early 1770s until she retired in 1827. While there is no historical evidence, many people believe she designed the American flag. During and after the war, Ross made a variety of military flags over the course of 50 years.   

The Betsy Ross flag is similar to the other flags in that it has 13 stripes and 13 stars on a field of blue, but rather than rows, her design includes five-pointed stars arranged in a circle.

By David Vergun, Pentagon News

Yuma Test Center’s Proof Gun System Supports Army Goal to Increase Munition Production

Sunday, May 10th, 2026

YUMA PROVING GROUND, Ariz. — In the past, testing a gun tube required an accompanying weapon system. The future is here where that is no longer necessary.

Yuma Test Center acquired a proof gun system, or PGS, developed by U.S. Army Combat Capabilities Development Command Armaments Center which allows a gun tube to be mounted and fired for testing without the weapon system.

“The idea was to build a system that would allow them to put a number of different tubes in,” explained Quentin Sorenson, the test officer with the Munitions and Weapons Division who oversaw the installation of the PGS at YTC.

He further explained, “There are no electronics, it’s hydraulic or mechanical. It was specifically designed to sit out in the desert. They are hoping for a 30–50-year lifespan.”

The timing of this advancement is no coincidence. In fact, its funding comes directly from the U.S. Army’s initiative to ramp up overall production capacity for 155mm artillery munitions. The Army’s goal is to produce 100,000 artillery rounds per month. The PGS will aid with production testing.

For the last several months, YTC has worked to acquire, assemble, emplace and test fire the first of two PGS. YTC crews placed the system on a reaction mass that was built to YTC standards by a U.S. Army Corps of Engineers contractor to sustain the immense power of firing.

“The concrete is about 7 feet deep and contains rebar grids and a fabricated cage that houses the removable mounting rods designed to secure the ground engagement system adapter plate,” explained Jered Ford, chief of the Indirect Fire Modernization and Mines Branch.

Sorenson added, “It took us most of the day to get the PGS on the reaction mass. We had to get the adapter plate cleaned up and prepared to emplace the saddle or lower portion, then we mounted the gun mount, or upper portion on top of that. Then we spent the rest of the week making sure everything was securely locked down.”

Crews used a special large pneumatic wrench to torque the mounting bolts to 3,100 foot-pounds. Then the carpenters constructed a wooden deck around the system to allow closer access to the PGS’s loading side. Once the system was set up Sorenson conducted acceptance firing.

“We fired at four [quadrant elevations] just to make sure everything was good as we elevated up and down. Most were done at zone five to introduce maximum shock and everything went well.”

YTC’s second PGS arrives in May. Currently, both systems work with M776 tube sleeves, yet there are plans to expand their capabilities to include other types.

This new capability provides industry partners testing artillery flexibility, efficiency and cost savings explains Sorenson.

“You just swap the tubes in and out as you need and then you are not trying to constantly maintain a chassis because you have this one system that will handle everything.”

Currently artillery testing requires a significant effort to prepare and emplace an entire weapon system at the test site.

“We have to tow in a towed howitzer, like an M777A2 or an M199 or you have to drive in an M109A6.You have to bring in the whole system and then you have to have ready and running to conduct your test.”

Omitting the weapon system cuts the extra time and effort needed on a test site and the time when switching between programs.

“It minimizes set up costs and it minimizes the mechanical effort of keeping the whole system functioning when all we really need is the tube,” said Sorenson of the new capability.

By Ana Henderson

Beez Combat Systems FPV Goggle Tactical Headband Strap

Saturday, May 9th, 2026

The FPV Goggle Tactical Headband Strap is engineered for operators who demand reliability when it matters most. Designed from the ground up for tactical drone operations, this headband system eliminates the failure points found in stock goggle straps. 

The 2″ elastic headband paired with dual 2″ triglids provides a dialed-in fit with maximum comfort during extended wear, while the 1″ webbing and 1″ triglid system broadens compatibility across virtually every major FPV goggle platform on the market 

The FPV Goggle Tactical Headband Strap is purpose-built to keep your power source secure during tactical operations. The battery strap can be moved/removed to which ever position works best for the operator 

For additional information and availability –  Beez Combat Systems

RAF Regiment Counter-UAS: Defending the Airspace and Turning Threat into Intelligence

Saturday, May 9th, 2026

A modern threat, a measured response. Across the world, the use of small, often commercially derived drones has become a defining feature of modern conflict. Cheap, adaptable and increasingly capable, these systems are used for surveillance, targeting and attack by both state and non-state actors.

In response, the RAF has developed a layered Counter-Unmanned Aerial System (UAS) capability, delivered on the ground by specialist RAF Regiment teams. Their role is clear: detect, track, identify and defeat hostile drones – while exploring opportunities to gather intelligence where possible.

How RAF Regiment Counter-UAS operates 

RAF Regiment Counter-UAS capability forms part of a wider UK and coalition air defence system. At its core are systems such as ORCUS, Ninja and Rapid Sentry, designed to address the full spectrum of drone threats.

Detect and track 

  • Sensors, including radar and radio frequency (RF) systems, are used to detect and track drones operating at low level and often provides the location of the drone operators
  • These systems help build a recognised air picture in complex environments

Identify and assess

  • Operators analyse signal data, flight behaviour and patterns and visually identify threats using an Ultra Long Range Electro Optical Surveillance System (or Daylight and Thermal Imaging Camera) 
  • This enables rapid assessment of whether a drone is benign, unknown or hostile 

Defeat or disrupt 

  • A mix of electronic warfare and, where required, kinetic options are used to counter the threat 
  • Electronic systems can interfere with the communications links used by many drones 

Can they take control of drones?

This is where precision matters. RAF information confirms that systems such as Ninja can:

Interfere with or disrupt control links used by many types of drones

Take control of the drone providing multiple options including redirecting the drone and even forcing it into a safe landing

This is not guaranteed in every case, and depends on:

The type of drone

How it is controlled

The operating environment

From threat to intelligence opportunity

Where a drone can be safely brought down and recovered intact, it becomes more than a neutralised threat.

Recovered systems may allow:

Analysis of onboard data and components

Insight into operating methods and technical capabilities

Potential understanding of launch points or networks involved

This turns a defensive action into an intelligence advantage – informing future operations and improving force protection.

Operational context: the Middle East 

RAF Regiment Counter-UAS teams No. 2 Counter-UAS Wing, have been deployed across the Middle East in support of UK and coalition operations.

Their role includes:

  • Protecting personnel, aircraft and infrastructure 
  • Countering persistent drone threats from hostile actors 
  • Contributing to a coordinated, coalition-wide air defence effort 

Part of a layered defence system 

Counter-UAS is one layer within a broader RAF approach: 

  • Ground-based air defence (RAF Regiment) – countering drones and low-level threats 
  • Combat air – providing high-end air dominance and response 
  • ISR and enablers – delivering intelligence, surveillance and operational coordination 

Together, these elements create a layered defence system capable of responding across the full spectrum of aerial threats.

RAF Regiment Counter-UAS operations reflect a deliberate shift in modern warfare:

  • From simply destroying threats 
  • To understanding, disrupting and, where possible, exploiting them 

Crucially, official RAF language is careful and precise: 

  • Control of hostile drones is possible in some cases, not all
  • Safe landing and recovery is conditional, not routine and the capability to destroy hostile drones using kinetic effects remains if they remain a threat

That realism underpins a capability that is both credible and operationally effective.

Bottom line

RAF Regiment Counter-UAS teams are delivering a critical role in today’s operational environment:

  • Protecting UK and allied forces from evolving drone threats
  • Denying adversaries freedom of action in the airspace
  • And, where conditions allow, turning hostile systems into valuable sources of intelligence

In a battlespace where drones are constant, control – when achievable – becomes a decisive advantage.

FirstSpear Friday Focus: CSM Drop Pouch

Friday, May 8th, 2026

The CSM DROP POUCH is built for operators who need fast access, reliable retention, and zero nonsense.

Double-lined construction and a formed opening make magazine stowage smooth and efficient, even under stress or with gloves on. Designed for mags, shotgun shells, NVGs, and other mission-essential gear, it’s versatile enough for range work, patrol, or deployment.

The integrated drawstring closure keeps contents secure when movement gets aggressive. At approximately 11″ x 10″, it provides ample storage without unnecessary bulk. This pouch proves that simple gear usually survives the longest—kind of like that one salty team guy who refuses to retire.

To request an estimate click image above or visit First-Spear.com/Request-For-Estimate. FirstSpear is the premier source for cutting-edge tactical gear for military, law enforcement and those who train. For more information visit First-Spear.com.

Dogface Soldiers Integrate Drones, Electronic Warfare During Raider Density

Friday, May 8th, 2026

FORT STEWART, Ga. — U.S. Soldiers assigned to 1st Armored Brigade Combat Team, 3rd Infantry Division, are redefining how modern warfare is fought during Raider Density, an intensive training event conducted from April–May designed to prepare units for large-scale combat.

Across the installation’s training areas, Soldiers are adapting to a battlefield where information, speed and innovation are as critical as firepower, taking on expanded roles as battlefield technology integrators who connect emerging capabilities directly into maneuver formations.

The concept is rooted in multi-domain operations, or MDO, which synchronizes effects across land, air, cyber and electromagnetic domains. During Raider Density, Soldiers are applying it by employing unmanned aircraft systems and electronic warfare tools at the lowest levels to sense, understand and act within complex environments.

“It’s best to put UAS assets at the company level because it allows them to be used more freely,” said Sgt. Ian Anglin, a UAS operator with 1st ABCT. “At lower levels, they’re quickly accessible and ready to be used at a moment’s notice.”

For cavalry scouts, this shift is transforming reconnaissance by pairing traditional observation with quadcopter drones and EW capabilities, enabling them to identify targets, monitor movement and interpret activity within the electromagnetic spectrum with greater speed and precision. For Soldiers integrating EW at the maneuver level, maintaining proximity to the formation is critical.

“Staying with the formation allows us to get close enough to intercept those systems while maintaining good security,” said Sgt. Griffin Quimby, assigned to the 10th Brigade Engineer Battalion, 1st ABCT.

By integrating UAS and EW into a single sensing framework, Soldiers can confirm targets, share real-time intelligence and speed up decision-making, increasing responsiveness across maneuver elements.

“Having UAS allows us to scout the battlefield before we’re out there,” said Anglin. “We can relay enemy positions and direct or indirect fire missions.”

Elements of 5th Squadron, 7th Cavalry Regiment have demonstrated this integration during the exercise, reflecting a broader effort across the brigade to place advanced capabilities in the hands of junior Soldiers, enabling them to adapt quickly and shape the fight at the tactical level.

“If we want to be able to counter UAS and EW or improve our own EW capabilities, we’re going to have to allow the Soldiers to innovate,” said Quimby.

As Raider Density continues, Soldiers of 1st ABCT are reinforcing that success in future conflicts depend on both advanced technology and the Soldiers who employ it. This approach to integrating emerging systems at the lowest tactical level is emerging as a key component of the division’s readiness across multiple domains.

“Integrating with maneuver formations allows Soldiers to see what’s ahead,” said Anglin. “It allows them to survive.”

– SGT Jonathon Downs