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Space Force Publishes New SPFI 36-2903, Dress and Appearance

Wednesday, August 20th, 2025

ARLINGTON, Va. (AFNS) —  

The U.S. Space Force published its new Space Force Instruction (SPFI) 36-2903, Dress and Appearance, Aug. 15.

To ensure all Guardians are provided clear and actionable guidance, this comprehensive, service-specific policy consolidates all uniform and grooming guidance into a single document.

This policy communicates the Space Force philosophy and standards for maintaining a professional military appearance through a standardized and distinctive uniform, pride in personal appearance, and adherence to standards of neatness, cleanliness, safety, uniformity and military image.

“The Space Force is a distinct military service with just under 10,000 uniformed Guardians, each of whom has an outsized impact on the mission,” said Katharine Kelley, Deputy Chief of Space Operations for Personnel said. “Every Guardian’s military presence and appearance are a critical and visible demonstration of our professional force, and this new policy provides clear standards that support our warfighting objectives and culture.”

The new SPFI 36-2903 integrates relevant content from previous Space Force and Department of Air Force policies.

The U.S. Space Force was established as a distinct military service with a clear mandate to focus on the Space mission. As part of its warfighting role, a key expression of service to the Nation, warfighting excellence and esprit de corps is reflected in the distinct uniform and professional military appearance of Guardians—a source of pride for both the American public and Guardians themselves.

As new uniforms or uniform items are fielded, the Space Force will update the Dress and Appearance policy to ensure it remains relevant and meets the needs of the Service and Guardians.

Secretary of the Air Force Public Affairs

Editor’s Note:

Aside from the various illustrations, one thing stood out to me. The new SPFI authorizes mission tabs for wear on the OCP uniform. These were eliminated for wear earlier this year by the Air Force.

Army Accelerates Adoption of Advanced Batteries Through S&T Integration

Tuesday, August 19th, 2025

ABERDEEN PROVING GROUND, Md. — To ease physical, cognitive and logistical burdens on Soldiers, the Army is transitioning to a family of standard batteries — for systems ranging from night-vision goggles to radios, GPS devices, weapons and more — in an effort led by Army research and industry collaboration.

The Army’s Command, Control, Communications, Computers, Cyber, Intelligence, Surveillance and Reconnaissance (C5ISR) Center is working across industry and several DoD organizations to more rapidly integrate these batteries with Solider-worn and -carried devices, bringing interoperability and ease of use to the battlefield. Prototypes addressing these demands are moving toward full-scale industrial production.

“When the pace of Army modernization increases, we see the number of applications for rechargeable batteries going up significantly,” said Dr. Nathan Sharpes, a C5ISR Center research mechanical engineer. “As the new equipment is fielded, we want to work as early in its development as possible to make sure it will operate with our newest standard batteries.”

The Army’s power solution for handheld, small form-factor devices is the newest standard battery, the Small Tactical Universal Battery, or STUB.

STUB delivers eight sizes of batteries that share a common mechanical and electrical interface — the key to unlocking interoperability. Each battery size provides a different amount of energy, from which Soldiers could choose, depending on their mission needs.

The Center’s work also supports senior Army leadership’s priority of streamlining and simplifying logistics across the force. Secretary of the Army Daniel Driscoll said “massive logistics convoys … are relics of the past” during Congressional testimony in June.

When a Soldier is on a mission carrying five different pieces of gear that each have a unique battery form factor, along with spares, there is extra weight and items to keep track of.

“Any battery in the STUB family will be able to attach to any device designed for it because of the standard interface. Soldiers can focus more on their missions and less on which types of batteries and how many of each to carry,” Sharpes said.

C5ISR Center senior enlisted adviser Master Sgt. Arean Harbison provides Soldier feedback to scientists and engineers developing new power technologies.

“Standardizing the power type lets us achieve that long fight that we need to build the future,” Harbison said. “The STUB will be a better fix than what we’ve had in the past of resupplying batteries. Now we’re looking at potentially charging in the observation post and not needing resupply. To remain lethal, we need to sustain ourselves with additional power. Power becomes a form of lethality.”

The C5ISR Center has partnered with three fellow DEVCOM centers — Armaments Center, Army Research Lab, and Soldier Center — to develop and test STUB using their respective areas of expertise of weapons integration, advanced chemistry R&D, and experimentation. Partnering early in development ensures both the batteries and systems they will power can be designed to be interoperable, rather than needing to make changes further along in the development cycle.

C5ISR Center Senior Scientific Technical Manager for Power and Energy Marnie Bailey said the Army S&T community has been essential in leading the way to implementing standardized batteries.

“DEVCOM scientists and engineers have overcome the technical hurdles to demonstrate that standardization and interoperability are possible,” Bailey said. “This research shows industry that adopting STUB to work with their equipment is the future of how the Army will power Solider-worn and -carried devices.”

As the Army and industry have transitioned the project to the manufacturing phase, acquisition partners can now procure and integrate the batteries to power fielded systems. The Army is delivering standardized batteries in GPS devices and radios with plans for integrating into additional electronics. Specific research is focusing on providing central power for helmet- and small arms-mounted systems.

“Small-arms enablers are a new area of significant power draw,” said Sharpes, who also works with the integration of standard batteries. “Where there was once just glass optics with no power draw, there are now sophisticated fire controls. These offer a potent increase in lethality but also a significant increase in power draw.”

To answer the power demand of next-generation small-arms enablers, C5ISR Center has been developing the Powered Weapon Demonstrator, or PWD, to distribute power (from STUB) and data to any device plugged into the system.

“We’re working closely with C5ISR Center and Armaments Center small-arms-enabler development efforts to ensure the power and data needs of advance fire control technologies are supported, toward transition to PM Soldier Lethality,” Sharpes said. “Even counter-UAS will need this type of power to support their operation.”

“The great thing about the PMs adopting first-generation STUB into fielded equipment is engineers are always in the background working on the next iteration,” Sharpes said. “As the technology improves, we’re putting that directly into the batteries that already integrate with the PMs’ equipment for increased capability and better performance in different environments.

“We’re working down to the basic chemistry level, always updating our standard battery solutions with the newest technology. PMs will periodically receive increased performance of their products without additional investment, just by specifying the use of a standard battery. In addition, the U.S. battery industrial base has more incentive to produce in America because there is a consolidated demand on a particular type of battery.”

Standard batteries are only useful if there are systems that use them, said Sharpes. By leveraging battery integration expertise and out relationships across DEVCOM, Army and industry, C5ISR Center expedites the adoption and fielding of standard batteries into more systems. This ensures Warfighters have the best possible power source for their missions.

The Army launched a battery website (battery.army.mil) in 2024 to provide information related to Soldiers, safety, system integrators and battery developers. The goal is to better serve the Warfighter and industry by creating a central location for information on military batteries. The latest specifications, guidance and integration documents can be accessed in a tailored form.

Additionally, the Army has published MIL-STD-3078 (Interoperability Standard for Batteries Utilized in Army Equipment), which defines the battery types for new system design: battery.army.mil/system-integrator-hub/mil-std-3078. This document is maintained by the C5ISR Center and can be updated as new standard battery form factors are required to meet emerging needs.

By Dan Lafontaine, C5ISR Center Public Affairs

Bracer Forge Builds Warrior Mindset for 81st Training Group Airmen

Monday, August 18th, 2025

KEESLER AIR FORCE BASE, Miss. (AFNS) —  

More than 2,000 Airmen from the 81st Training Group traded classrooms and technical equipment for rucksacks and tactical gear during the first iteration of Bracer Forge at Keesler Air Force Base, Aug. 1, 2025.

Bracer Forge is a Second Air Force initiative to align technical training with operational purpose to defend, operate, generate and sustain an air base in today’s evolving security environment. Through scenario-based, hands-on exercises, Airmen from all career fields apply their technical skills in realistic, contested conditions. Whether defending networks, operating mission-essential systems, generating trained cyber warriors or sustaining continuity of operations, the exercise ensures participants are prepared to meet mission demands.

This year’s event also highlighted Total Force integration. The 403rd Wing, Air Force Reserve Command, provided essential support, giving students first-hand experience working alongside the reserve component in an expeditionary setting. The collaboration added realism and demonstrated how active duty and reserve forces operate as one team.

Airmen rotated through stations that included high-crawl rushes, pushing disabled vehicles, providing Tactical Combat Casualty Care and conducting field-based mission planning drills. The physically demanding scenarios required teams to communicate under stress, make time-critical decisions and adapt to shifting situations.

“Bracer Forge is designed to reinforce lethal, resilient and problem-solving Airmen who are physically fit, can operate in the field and adapt to changes,” said Tech. Sgt. Michael Dubin, 336th Training Squadron instructor.

In addition to physical and technical challenges, the exercise fostered camaraderie and resilience across the 81st TRG. Working with Airmen from different career fields exposed participants to diverse problem-solving approaches, mirroring the environments they may face in future operations.

“Airmen were able to foster an expeditionary mindset, mission over function and get prepared to meet the Air Force’s demands,” said Tech. Sgt. Codie Linendoll, 336th Training Squadron instructor.

By the end of the exercise, participants left with a stronger sense of teamwork, a deeper understanding of their role in the mission and the confidence to operate in uncertain environments.

As the Air Force continues to focus on readiness and developing air-minded warfighters, Bracer Forge provides a vital link between classroom instruction and operational execution. For the Airmen of the 81st Training Group, the lessons learned will carry forward to every base, mission and deployed location they serve.

By Senior Airman Kurstyn Canida

81st Training Wing Public Affairs

The Air Force Combat Air Base Squadron – Sarah Bodenheimer Builds the Blueprint

Sunday, August 17th, 2025

When Lt. Col. Sarah Bodenheimer, commander of the 355th Civil Engineer Squadron, was tasked with leading the Civil Engineering effort behind the Air Force’s Combat Air Base Squadron, there was no blueprint, only a concept. In less than a year, a first-of-its-kind unit had to be created from the ground up.

“We didn’t know what would work, but we knew we had to try,” Bodenheimer recalled. With no precedent to follow, she forged the way forward. “I made sure the team knew that the ‘do nothing’ course of action wasn’t an option.”

The CABS model brings together a cross-functional team spanning multiple specialties, all trained from the start to operate as one lean, agile, deployable element. “Traditional base operating support models weren’t built for the speed or posture demanded by today’s pacing threat,” Bodenheimer explained. “This unit is designed to project airpower from austere, contested environments quickly, independently, and with precision.”

Davis-Monthan Air Force Base, Arizona, was chosen to stand up the 11th CABS unit in 2024. As planning progressed, the team had to define structure, mission tasks, and readiness requirements. Establishing a dedicated CE CABS flight became the clearest path to meeting the demands of the new concept.

For Bodenheimer, the mission wasn’t just about building the structure, it was about empowering the people she led. Her role was to provide the ‘why’ and trust her team to execute, shouldering the institutional risk so they had the space to try, fail, and innovate. “If it’s successful, it’s all you. If something goes wrong, it’s all me,” she said. “I took this risk. I own it.”

She cultivated an environment where every Airman had a voice and a stake in the outcome—essential for blending individuals from different backgrounds and specialties into a cohesive team. Leadership wasn’t reserved for rank. “You don’t have to have all the answers to lead,” she emphasized. “Be honest, be clear about what matters, and don’t be afraid to make a call when others are frozen.”

Bodenheimer credits her parents with shaping the values that guide her leadership and work ethic. “They set the foundation: hard work, humility, and doing the right thing even when no one is watching.” She also comes from a family with deep military roots, including a grandfather in the Air Force, a grandfather in the Marines, and a Marine cousin who was critically wounded in Iraq.

That foundation was refined over the years by mentors, both in and out of uniform, who helped shape her leadership philosophy. “I’ve had leaders who taught me the importance of clarity, presence, and owning the impact you have on others,” she said. “At the end of the day, they all taught me to empower and take care of your people. Everything else will follow.”

Bodenheimer and her CE leads wrote new Concepts of Operations, established initial Standard Operating Procedures, identified training requirements, and navigated coordination with Major Commands and Combatant Commands stakeholders. She selected Airmen for the 11th CABS not just based on specialty, but on mindset and potential, forming a team with a balance of technical expertise and leadership capacity. Many junior members stepped into leadership roles for the first time—and delivered.

Standing up the unit also meant pulling 48 personnel from the 355th Civil Engineer Squadron, all while daily operations at Davis-Monthan continued without pause. Those who remained shouldered the extra weight, and it was important to Bodenheimer that they knew their work was essential to the larger mission. “That kind of quiet excellence often gets overlooked,” she noted. “But not by me.”

For Bodenheimer, success wasn’t measured by perfection, but by progress. Looking ahead, she doesn’t see what they built as a finished product, but as the beginning of something larger. “Are we getting it perfect? Who knows,” she said. “But I know the 355th CES Airmen on that team are doing everything they can to find a path and lead the way.”

She also views the effort as a long-term commitment to the CE enterprise and to the future of deployed operations. “I believe deeply in CE’s role as an enabler of airpower,” Bodenheimer emphasized. “Getting this right meant giving the Air Force a credible, deployable solution for base ops in the pacing threat environment. It also meant getting it right for our future CE Airmen who will be on the front lines of the next conflict. That mattered.”

Bodenheimer hopes that when all is said and done, her Airmen remember that she had their back. That she expected a lot but gave just as much. And, that she cared about the mission, but cared more about the people doing it. “I pushed them to lead boldly and think bigger because they’re capable of more than they realize.”

The construct of CABS will continue to evolve. The people may change, and the structure may shift. But when there was no blueprint, Bodenheimer helped draw the first lines and ensured her team had the trust, clarity, and support needed to succeed.

“We didn’t just prove the concept, we made it operational,” Bodenheimer said proudly. “We took theory and turned it into reality.”

Story by Alexandra Broughton 

Headquarters Air Force, Office of the Director of Civil Engineers

The Jump That Changed US Warfare History

Sunday, August 17th, 2025

WASHINGTON — Since the inception of airborne warfare, the practice of using parachutes to insert troops into combat zones without land passage has turned the tides of conflicts. Commanders use airborne forces to seize the initiative. A brigade of paratroopers can envelop the ground from the sky in moments, allowing an army to strike deep inside enemy territory to gain key terrain and rapidly build combat power.

Paratroopers today learn their craft in the Basic Airborne Course at Fort Benning, Georgia, where Soldiers leapt into history 85 years ago.

On Aug. 16, 1940, 48 volunteer members of the Army Parachute Test Platoon jumped from a Douglas B-18 Bolo bomber at 1,500 feet. The jump was less than 45 days after the establishment of the platoon and marked the true beginning of U.S. airborne forces.

Paratroopers everywhere now celebrate that date as National Airborne Day, commemorating “the bravery and daring spirit of sky Soldiers,” according to the 2002 presidential proclamation that established the observance.

The Art of the Jump

Ever wonder what it’s like to learn to be a paratrooper? Check out The Art of the Jump on Defense.gov to find out what it’s like for students of the Army’s Basic Airborne Course. Get ready for a crazy ride!

By DOD News

Northern Strike Brings Electromagnetic Warfare to the Front Lines

Saturday, August 16th, 2025

CAMP GRAYLING, Mich.—In modern warfare, battles are not only fought with rifles, tanks and artillery. Some of the most decisive victories are won across the electromagnetic spectrum.

At Northern Strike, the National Guard’s premier readiness exercise held this month at Michigan’s National All-Domain Warfighting Center, Soldiers trained in a high-intensity environment that pushed the limits of electromagnetic warfare, or EW. It tested their skills in realistic combat scenarios.

In classrooms, electromagnetic warfare specialists often train to disrupt, or “jam,” enemy communications, intercept signals and scan for threats. Jamming works by overpowering or confusing an enemy’s radio or data transmissions, preventing them from communicating or coordinating effectively.

Last year at Northern Strike, the 37th Infantry Brigade Combat Team, or IBCT, launched a pilot program that sent a mobile EW team into the field to disrupt the communication systems of units in training.

This year, the EW teams were embedded in infantry squads to create a more realistic, complex environment for Soldiers.

“This is a rare training opportunity in the National Guard and in the Army as a whole,” said Spc. Robert Bowley, an Electromagnetic Warfare specialist in the 37th IBCT from Columbus, Ohio. “To train with the equipment, you need the funding, and Northern Strike allows for that.”

Bowley was equipped with the Beast+ system, a handheld multi-channel receiver and transmitter designed for Army EW operations. The system scans the electromagnetic spectrum to detect enemy signals, identify spoofing or jamming threats and enhance battlefield awareness.

“The antenna gives you a general direction and signal strength. I can see anything on the [radio frequency] spectrum,” Bowley said. “We also have a power amplifier that lets us jam communication systems.”

Bowley, who also participated in the exercise in 2024, said he acted as “an early warning system. I will be giving the direction of the opposing force and jamming their comms.”

The mission brought together electromagnetic service members from the 37th IBCT, the Royal Irish Regiment and the Latvian National Armed Forces. The teams combined their expertise by embedding an electromagnetic specialist with the Irish regiment and managing signal towers with the Latvian forces to carry out a complex, coordinated operation.

“In my job, you are on the front lines. We are not cyber on computers, we are in the field,” Bowley said.

At 1800 hours, Browley and seven infantry soldiers from the 2nd Battalion, Royal Irish Regiment, British Army, stepped off to the Combined Arms Collective Training Facility, which simulates fighting in urban terrain. Once they arrived, the squad cleared the building and Bowley looked for the best place to set up the Beast+.

“Ideally, it would be on top of a roof,” he said. “But they have drone capabilities, so this [his location] was the next best thing. In the best case scenario you want to be high up and have nothing around you.”

While the Royal Irish Regiment placed obstacles around the building, Bowley found a dark corner with windows on both sides.

“We will be defending from up here. With this spot, I have a window on both sides and am able to get the antenna outside. The main thing that is important is what is being said over the radio. When I see something on my screen, I will know the direction they’re coming from,” Bowley said.

Bowley knew the long night ahead would test his focus. He monitored the electromagnetic spectrum for hours, watching for the slightest signal of an attack and standing ready to jam enemy communications.

“I brought a lot of caffeine,” he said, laughing. “We have the go-ahead to jam whatever. Usually, you have to really go through hoops. The problem with jamming is that it is risky. Turning off comms can do a lot. The things that I will be looking at jamming are important. Like when they call up nine-lines, or before an assault.”

Bowley’s squad was on defense, which required members to stay alert the entire time. At 2200 hours, they experienced probing from a platoon-sized element testing their defenses. A drone tagged four simulated casualties.

At 0300 hours, shouts echoed as infantry teams moved in to assault the objective. With their communications jammed, the attackers yelled to coordinate.

“They realized we were jamming them and immediately got off their comms,” Bowley said.

Moments later, the opposing force stormed into the room and took down the defending squad in the exercise.

Master Sgt. Jason Ross, the electromagnetic spectrum operations noncommissioned officer for the Army National Guard Information Advantage Division, said the exercise was a reminder of why electromagnetic warfare must be integrated into training.

“Communications systems have changed rapidly in recent years and now evolve almost monthly,” Ross said. “The threat has grown significantly. Thinking outside the box is critical, but it’s not always an easy discussion to have.”

This scenario was unique because the communications cell was on the red team, creating an unpredictable training environment.

“It is hard to duplicate what we are doing at Northern Strike. The approval for this type of training is tricky. The support that Michigan has given to this exercise is amazing,” Gilly said. “The reality is when we train on a rifle range, a Soldier knows what to expect. That is not the case with electromagnetic warfare.”

Maj. Tucker Palmatier, a cyber electromagnetic warfare officer and Cyber Electromagnetic Activities officer in charge of the 37th Infantry Brigade Combat Team, said training in electromagnetic warfare is challenging because of federal restrictions.

“The FCC [Federal Communications Commission] law on jamming dates back to 1934, which makes it difficult to realistically train for today’s technology-driven battlefield,” Palmatier said.“Our challenge is maximizing training opportunities without breaking laws or regulations so Soldiers know exactly what to expect when it matters most.”

Despite those hurdles, Palmatier said the operation was a success.

“Our enemy was not anticipating electromagnetic warfare. We were able to degrade their communications, which left them unable to coordinate their attack, allowing a smaller force to successfully defend the position,” he said.

By 2LT Paige Bodine, Michigan National Guard

New Army Reconnaissance Drone Earns High Praise from Soldiers at First Fielding

Saturday, August 16th, 2025

Fort Bliss, TX – If you’ve seen any footage from the ongoing war in Ukraine, odds are it was video that came from a drone. As the war has expanded since it began in 2022, so too have the usage of drones. The need for armies to reliably gather intelligence, spot dangers, and target enemies without putting Soldiers’ lives at risk has become a paramount concern.

Enter Soldier Borne Sensor, a program under Program Executive Office (PEO) Soldier with the mission of providing Soldiers with an effective Unmanned Aerial System (UAS) aimed to increase situational awareness while reducing detection risk.

After years of progress, the latest iteration of the Soldier Borne Sensor is now officially in Soldiers’ hands.

For three days, Soldiers of the 90th Sustainment Brigade, as part of the Joint Task Force – Southern Border, packed into a hot warehouse less than five miles from the southern border to train with the newly fielded Soldier Borne Sensor reconnaissance drone. The training involved two days of in-class learning of every function and feature, and one day of hands-on field experience learning to fly the drone.

The other units who participated in this training as part of the Joint Task Force were the 2nd Stryker Brigade Combat Team, part of the 4th Infantry Division, and the 89th Military Police Brigade.

This iteration of the Soldier Borne Sensor is an improvement in just about every regard possible from its predecessor. It has a much longer battery life, more durable frame, and a greater operating range.

All of those and other upgrades come wrapped up in one user-friendly reconnaissance drone built from the ground up with Soldiers in mind. It was that high functionality and ease of use that Soldiers took notice of and praised the most.

“It’s super easy to fly,” said one Sergeant who took part in the fielding. “I didn’t expect it to be as simple as it was. It’s definitely something you can pick up in 15 to 20 minutes.”

“On a basis level of being able to get the drone in the air and doing whatever you need to do, it’s very simple and user friendly,” a second Sergeant said. “It’s a great system that I would love to see implemented more… I would love to see these at a squad level, or one per fire team.”

One Soldier who had never flown drones before this training said the system was “very user friendly and easy to pick up and learn.”

As previously mentioned, this version of the Soldier Borne Sensor comes packed with many unique features and systems, all designed to increase a Soldier’s lethality and situational awareness.

And each Soldier there seemed to have a feature they liked the best.

“I liked the zipline feature,” one Soldier reported back. “You can just pick one point and be like ‘hey I want you to go from where you’re at now to this point’… and it will go from the point you’re at now to the point you set. Plus, you can pan the camera and it doesn’t matter which way you face it will keep going to that point you set.”

“The most impressive feature I saw was the different camera features,” said another Soldier. “I could see as clear as day as I can now, but it can also go to different versions of thermal which I found very impressive for how compact the device is.”

This iteration of the Soldier Borne Sensor comes equipped with an improved, high-resolution camera that can alternate between normal view, low-light, black-hot, white-hot, and thermal views at the push of a button.

Unlike previous iterations, which had its daytime and nighttime cameras separated into two different drones, requiring Soldiers to carry more weight, the latest version of the Soldier Borne Sensor wraps all these improvements into one drone.

“For me, the number one feature that I love is fly-to-home,” said one Staff Sergeant. “You’re the beacon for the drone. Instead of manually trying to control the drone to follow you, you set yourself as home.”

More than a few Soldiers had fun testing this feature out, as they paced around the training area with their drone following them wherever they went with no input on the Soldiers’ part.

Overall, the latest iteration of the Soldier Borne Sensor promises to be a valuable tool in the arsenal of our men and women in uniform.

As with all things PEO Soldier, the Soldier Borne Sensor program will only improve further as it learns from and incorporates feedback directly from Soldiers. That feedback at the first fielding has been overwhelmingly positive.

“I have nothing bad to say about the system,” said one Soldier when asked to summarize his time learning about the Soldier Borne Sensor. “It’s extremely versatile and it’s definitely a great asset to have.”

“This is probably going to be the greatest asset to both missions at home and abroad,” said another Soldier. “Instead of sending the actual Soldier in harm’s way, why not use the asset that doesn’t cost the life of an actual Soldier? I think it’s going to be a really good investment. It’s probably going to be the best investment for units, recon, signal, infantry, land survey… I think this piece of equipment checks all the boxes.”

By Zachary Montanaro

FirstSpear Friday Focus – HANGAR-A PACK

Friday, August 15th, 2025

The Hangar-A Pack is engineered for professionals who need secure, organized, and mission-ready transport for UAS equipment. Its spacious main compartment features modular, structured interior dividers that allow for customized organization, making it easy to section off drones, payloads, batteries, and other mission-critical gear.

The stiffened structure enhances protection for delicate electronics, ensuring they remain secure during rough handling, airborne operations, or rapid deployment scenarios.

Reinforced and covered side-release buckles are specifically designed to withstand parachute landing impacts, offering added reliability during airdrop or airborne insertion. Padded shoulder straps with quick-release adjustment buckles provide comfort and adaptability for extended carries or quick doffing in high-intensity situations.

Integrated reinforced attachment points for airdrop hardware expand the pack’s versatility for specialized missions. The design emphasizes both protection and accessibility, enabling operators to quickly retrieve essential gear without compromising organization.

The modular layout accommodates evolving mission requirements, whether transporting small reconnaissance drones or larger payload configurations. Its balance of comfort, adaptability, and reinforced construction ensures it performs in both tactical and field-based operations.

From secure drone transport to field-ready modularity, the Hangar-A Pack is a trusted solution for operators who can’t afford compromises. Its construction reflects the needs of today’s rapidly evolving mission sets, offering protection, modularity, and deployment readiness in one streamlined package. Designed for the field, built for the mission, the Hangar-A Pack is ready for wherever the operation takes you. 

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.