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Archive for the ‘Aviation’ Category

GA-ASI Announces Investment in Dutch Technology Innovator Arceon

Friday, June 27th, 2025

Selection Follows Successful Pitch During Blue Magic Netherlands Event

SAN DIEGO – 26 June 2025 – General Atomics Aeronautical Systems, Inc. (GA-ASI) announces an investment in another Dutch business, Arceon, following the inaugural Blue Magic Netherlands (BMN) event held in November 2024. GA-ASI is a global leader in unmanned aircraft systems and related mission systems.

GA-ASI selected Arceon following a compelling pitch they made during the BMN event and after detailed business and technology discussions with GA-ASI and GA’s affiliates, General Atomics Energy and General Atomics Electromagnetic Systems. Arceon joins Emergent Swarm Solutions and Saluqi Motors as companies receiving investment from GA-ASI following the BMN event.

Arceon is revolutionizing high-performance ceramic composites through their innovative, fast, scalable, and cost-effective melt infiltration process. Their cutting-edge Carbeon carbon-ceramic components — engineered for applications such as nozzles, nozzle extensions, leading edges, nose caps, and airframes — are tailored to meet the increasing and rigorous demands of the space and defense sectors.

“We are honored to collaborate with General Atomics in advancing hypersonic development. This milestone marks our official entry into the U.S. defense sector, presenting an extraordinary opportunity to demonstrate our technology on a global stage. We look forward, with great anticipation, to the journey ahead,” said Rahul Shirke, founder and CEO of Arceon B.V.

“We’re excited to be working with Arceon,” said Brad Lunn, managing director for GA-ASI. “Their technology could have a broad range of applications for GA, from high-temperature engine exhaust materials to hypersonics and fusion containment.”

At the Blue Magic investment and innovation conference in the Netherlands last November, GA-ASI and its partners heard pitches from innovative Dutch companies about the important technologies they are developing. The event was organized collaboratively between GA-ASI, the Dutch Ministry of Defense, the Dutch Ministry of Economic Affairs, Brainport Development in Eindhoven, and Brabant Development Agency (BOM). GA-ASI is delivering eight MQ-9A aircraft to the Royal Netherlands Air Force (RNLAF).

GA-ASI is continuing to work with the Dutch government and Dutch industry in supporting the growth of technology innovation in the Netherlands and anticipates holding its second BMN event in Eindhoven later this year. The company hosted its first Blue Magic event in 2019 in Belgium, with subsequent events held in 2020, 2021, and 2023.

WRANGB Hosts Arrival Ceremony for OA-1K Skyraider II

Saturday, June 21st, 2025

WILL ROGERS AIR NATIONAL GUARD BASE, Okla.

The 137th Special Operations Wing held a welcome ceremony for the arrival of OA-1K Skyraider II aircraft to Will Rogers Air National Guard Base, June 07, 2025, Oklahoma City. 

The Skyraider II is a cost-effective, versatile aircraft that will provide essential support for operations outlined in the 2025 Interim National Defense Strategy. WRANGB now serves as the home for the Skyraider II’s formal training unit under the 492nd Special Operations Wing. 

“Seamless integration with total force partners has been the standard for the 137th Special Operations Wing,” said Col. Shelby Dreyer. “We are continuing that legacy as we usher in this Total Force Initiative alongside the 492nd Special Operations Wing to train for the multi-capable mission of the OA-1K Skyraider II.”

The ceremony introduced the Skyraiders II’s capabilities and mission set to 137 SOW Citizen Airmen. The Skyraider II is a new cost-effective crewed aircraft that supports geographically isolated Special Operations personnel in austere locations.

“The 137th SOW continues to build and preserve a force where human performance is our critical advantage – leaning into the advanced training and resource management that supports our preparedness in every environment, against every adversary,” said Dreyer. “With the partnership of our wings, this is the right time. Oklahoma is the right place.”

By SSgt Nicholas Swift

137th Special Operations Wing

PEO Soldier Marks Major Milestone in Aircrew Protection at ACE Vest Full-Rate Production Kickoff

Tuesday, June 17th, 2025

MEADOWS OF DAN, Va. — Project Manager Soldier Survivability (PM SSV), under Program Executive Office Soldier (PEO Soldier), marked the Full-Rate Production (FRP) kickoff of the Aircrew Combat Equipment (ACE) vest at the Aerial Machine and Tool Corp. manufacturing facility, June 4, 2025, in Meadows of Dan, Virginia. The ACE vest represents a major milestone in rotary-wing protection, delivering the Army’s most significant upgrades in more than two decades.

During the kickoff, Maj Caleb Hughes, assistant product manager for PM SSV’s Air Warrior, (AW) Air Soldier Systems and ACE vest program lead, provided a technical overview of ACE program objectives to senior PM SSV leadership focusing on showcasing the vest’s core deliverables, reducing the physical weight borne by the air warrior while enhancing Soldier protection and survivability.

Developed as a Preplanned Product Improvement (P3I) under the Air Soldier System, the ACE vest replaces the legacy Generation III Air Warrior Personal Survival Gear Carrier (PSGC), delivering a 19% lighter system, with a 10% reduction in bulk from the legacy carrier.

“The improvements to form, fit, and function dramatically increase mission effectiveness and survivability,” Maj. Hughes said. “Reducing body-carried weight is key to lowering fatigue and increasing aircrew sustainment during long-duration aviation missions.”

To achieve these efforts, the ACE vest integrates components from the Modular Scalable Vest (MSV) developed under the Soldier Protective Equipment (SPE) portfolio. The MSV’s low-profile soft armor replaces heavier legacy materials while streamlining compatibility with other ACE protective elements.

“The ACE vest is a strong example of cross-platform integration,” said Neal Nguyen, lead systems engineer for SPE. “The MSV’s upgraded soft armor reduces core areal density from 1.8 to 0.78 lb/ft², with a drop in carried weight from 9.3 pounds to 5.61. This transformational capability results in significant improvements to aircrew mobility.”

By aligning the MSV across platforms, PEO-Solider ensures proven ballistic technologies are fielded faster without requiring separate testing or validation from each system team, Nguyen added.

During the kickoff, Maj. Hughes also introduced the laser-cut Pouch Attachment Ladder System (PALS), a modernized textile solution replacing the traditional MOLLE system.

“The PALS eliminates unnecessary bulk from excess stitching and cloth and supports a more flexible gear configuration,” Maj. Hughes said. “This modular capability allows aircrews to tailor the vest based on mission and environmental factors, reducing equipment load without compromising protection.”

The ACE vest includes additional survivability features such as the advanced Personal Restraint Tether (PRT), an attenuating safety line designed to control deceleration during a fall from a rotary-wing platform.

“The tether helps reduce the jolt a crew member might otherwise experience during a fall,” Maj. Hughes said. “Instead of a hard stop that could cause secondary injuries, the design absorbs energy and enhances recovery safety.”

Another notable upgrade to Aircrew survivability is the repositioned Life Preserver Unit (LPU-42/P) floatation device, now mounted at the abdomen. The configuration increases the head’s range of motion, reducing fatigue and enhancing situational awareness during flight operations and water egress scenarios. The LPU-42 redesign also increases buoyancy by nearly 39%, a critical survivability improvement delivered through the ACE vest.

Following the technical presentation, senior leaders toured the production facility, observing elements of the ACE vest manufacturing line and Aerial’s recent technology upgrades implemented to support product development. The event concluded with a complete product layout, offering a firsthand look at the ACE vest’s fielded components and marking the milestone in the program’s transition to full-rate production.

“Today’s event highlights the culmination of hard work and collaboration across the Army to deliver the first update to Aircrew protection in more than 20 years,” said Col. James Lindh, Project Manager of Soldier Survivability. (PM SSV) “This dramatic increase in protection and comfort will make our Aircrews more lethal and survivable. This milestone reflects our commitment to delivering the best kit for our Aircrews available today, while supporting Army-wide modernization.”

Limited procurement for the ACE system began in fiscal year 2022, followed by initial fielding in FY24 to the 25th Combat Aviation Brigade and rapid delivery to elements of the 101st Airborne Division (Air Assault) at Fort Campbell, Kentucky, earlier this year. The ACE vest and modular component fielding will continue through FY32 based on aviation unit priorities.

“Supporting the Air Warrior mission means ensuring these systems are fielded where they are needed most,” said Maj. Hughes. “What this event means for the Aviator, is delivering the best equipment to the field faster.”

Story by Khylee Woodford 

PEO Soldier

Gentex Aircrew Operations Systems – Modern Alternatives to Legacy Helmet Systems

Thursday, June 5th, 2025

Gentex Aircrew Operations Systems offer a modern alternative to legacy aircrew helmet systems like the HGU-55/P. Designed with versatility, comfort, and mission-specific performance in mind, these systems meet the evolving needs of today’s aircrew.

Available in two helmet systems—the Ops-Core® Aircrew FAST® System (HGU-100A/P) and the Ops-Core® Aircrew Skull Mount System (HGU-100/P)—these lightweight, scalable solutions deliver improved NVG integration and streamlined compatibility with legacy communication equipment and mission-critical accessories. The FAST System also provides the added benefit of reliable bump protection for aircrew operating in demanding environments.

Both helmet systems are approved USAF Safe-to-Fly for a wide range of aircraft (including C-130, C-17, C-5, AC-130, KC-135, and more) and provide capability to every aircrew position, including pilots, loadmasters, systems operators, and special mission aviators.

Key benefits include:

• Simplified and stable NVG integration with Aeronox™Mount into Modular Bungee Shroud (MBS)

• Improved comfort and balance, especially when wearing NVGs and CBRN masks

• Easy-to-use systems in stable, lightweight, and breathable platforms

• Compatible with legacy headsets and rail-mounted accessories

Discover the ultimate fusion of innovation and performance with the Ops-Core® Aircrew Skull Mount System (SMS) and the Ops-Core Aircrew FAST® System.

Together, the systems exceed today’s requirements with a synergy of enhanced operational performance and mission readiness.

Explore the full solution

Shell Shock Technologies Delivers Game-Changing Ammo Weight Reduction for Black Hawk Missions

Wednesday, June 4th, 2025

Lighter, smarter ammunition increases payload efficiency and firepower by up to 24 percent.

Eubank, KY (May 2025) – Shell Shock Technologies, LLC. (SST), a leading innovator in the ammunition industry,  is proud to share new analysis demonstrating a major operational advantage for Black Hawk helicopter missions using its NAS3 casingsand lightweight ammo belt links. The data reveals that replacing traditional brass-cased ammo with SST’s innovative NAS3 casings can reduce the ammo load weight by nearly 300 lbs. – or enable U.S. and allied forces to carry thousands of additional rounds without exceeding payload limits.

According to a recently released analyst report, the standard ammo loadout for a Black Hawk helicopter includes approximately 7,000 rounds of 7.62mm and 1,200 rounds of .50 caliber ammunition. When loaded with traditional brass and standard M13 links, the combined weight is roughly 1,022 lbs. SST’s lightweight solution cuts that to 723 lbs. – a 299 lb. reduction.

“Black Hawk mission dominance begins with smarter ammunition,” said Peter Foss, Managing Director and CEO of Shell Shock Technologies. “By switching to Shell Shock Technologies’ NAS3 cases and ammo belt links, our military partners can either lighten their load by nearly 300 pounds or increase firepower by over 4,500 rounds. That kind of gain can shift the odds when seconds matter and every round counts. This isn’t theoretical, it’s operational.

In combat, weight matters. SST’s NAS3technology delivers not only dramatic reductions in ammo weight but also enhanced ballistic performance. Each round loaded in an NAS3 casing delivers eight to 10 percent more energy than those in traditional brass, giving warfighters both speed and stopping power when it matters most.

SST continues to support U.S. and allied military operations by redefining the performance standards for small arms ammunition, helping them stay lighter, move faster, and hit harder.

Keep up with Shell Tech’s advanced ammunition on the website and social media platforms: Facebook, Instagram, and YouTube.

HGU-56/P – The Helmet You Know and Trust, Now Better Than Ever

Wednesday, June 4th, 2025

The Gentex HGU-56/P Rotary Wing Helmet System has long been the trusted choice for rotary wing aircrew across U.S. and with allied forces. Originally developed to support the U.S. Army Air Soldier Program, it was engineered to reduce weight and bulk while maintaining industry-leading impact protection,allowing aircrew to stay protected during extended missions.

Now this battle-proven platform is better than ever. With the addition of the new SideKick™ ARC Rails and LockDown™ Liner Kit, the HGU-56/P receives a smart, user-driven refresh that enhances comfort, capability, and mission performance without changing the platform that aircrew already know and rely on.

SideKick™ ARC Rails

Built on the Ops-Core® developed ARC (Accessory Rail Connection) geometry, SideKick ARC Rails give crews a low-profile, breakaway-compatible mounting solution for accessories. Mounting closer to the helmet’s center of gravity improves weight distribution and reduces fatigue, while providing valuable rail real estate for lights, strobes, and more — all while maintaining crash safety and backward compatibility with most HGU-56/P variants.

Click the links below to learn more!

Gentex HGU-56/P Helmet Systems

SideKick ARC Rails

Flexboom Microphone

Army Aviation Leader Urges Branch to Embrace Change

Saturday, May 31st, 2025

NASHVILLE, Tenn. — Army Aviation is undergoing a significant overhaul in training and culture, a transformation described by Army Aviation Center of Excellence Commanding General Maj. Gen. Clair Gill as a “full scale change” during his address to the Army Aviation Association of America Summit opening ceremony on May 14, 2025, in Nashville. He emphasized the need for rapid transformation in the face of a rapidly shifting global landscape.

Gill stressed the core mission of Army Aviation: to support the Army and the nation. He quoted retired Gen. Eric Shinseki, former chief of staff of the U.S. Army, stating, “If you don’t like change, you’re going to like irrelevance even less,” and urged attendees to focus on providing capabilities to “see, sense, strike, move and extend the battlefield.”

A key component of this transformation, Gill explained, is the integration of unmanned aerial systems. He emphasized the Army’s intention to augment, not replace, manned aviation with UAS, stating, “I don’t want to be standing there when the music stops and not have a chair.” He outlined a plan for the aviation branch to lead this effort, focusing on aviation-specific expertise like airspace integration while allowing for broader operation of UAS by other specialties through universal control systems. The Army is currently determining the appropriate balance between training dedicated UAS operators versus enabling all soldiers to operate smaller UAS platforms.

Gill detailed how future combat teams are projected to include 500-700 UAS, a domain previously solely occupied by manned aircraft. He highlighted the challenges this presents for managing airspace, particularly coordinating with the Air Force, with a planned meeting scheduled later this month to address these issues. He envisions a future where UAS operations are automatically deconflicted through network integration, similar to how consumer quadcopters are prevented from flying in restricted airspace.

“I want the same thing for a UAS operator out there in a brigade combat team,” Gill said. “He pops down his tac device, and he gets ready to fly and he finds out that he’s underneath an active corridor, and it’ll just say, ‘you can’t fly here’.”

Regarding UAS personnel, Gill highlighted the divestment of the Shadow UAS system and the subsequent shift in training for 15E, Shadow mechanics and 15W, Shadow operators MOS to become tactical UAS operators, proficient in operating systems like small UAS, first-person view drones and utilizing additive manufacturing for parts production. 150U officers will become tactical UAS integrators, focusing on system acquisition, employment, lifecycle management, spectrum management, electronic warfare and airspace integration. He also noted UAS platoons are now training alongside infantry, operating from field positions rather than from protected shelters, signifying a shift towards a more integrated battlefield role.

He also discussed ongoing efforts to integrate position location information transmitters on aircraft — both manned and unmanned — allowing them to communicate their location and priority to other aircraft, enhancing situational awareness and safety.

Gill also highlighted the importance of the Aviation Tactics Instructor Course, emphasizing the need for instructor pilots, as lead trainers, to understand the operating environment and prepare young warfighters for the realities of modern combat, where traditional flight pattern work offers minimal survivability on the future battlefield. He underscored the importance of training units to operate effectively in challenging environments, even with legacy platforms like the Black Hawk helicopter.

Another component of the modernization effort focuses on addressing a perceived gap in pilot skillsets. Gill noted feedback indicating that many recent graduates are proficient system operators but lack fundamental flying proficiency.

“They’re great system operators, they don’t know how to fly the aircraft,” he said, adding the Army is re-evaluating its current training methods and platforms to ensure they effectively prepare aviators.

To address this, the Army is experimenting with innovative training methods, including augmented and virtual reality, plot-based learning models and a new pilot program. The pilot program involves a total of 48 students; two classes of eight students each have started. Pilot program students will earn FAA private pilot certifications, with a critical emphasis on solo flight — independent, unpartnered time in the cockpit. Gill believes this will foster maturity and produce a higher quality aviator.

“They’re going to be solo, solo in there,” he stated. “I think in terms of the maturity and development of somebody that’s going to be an aviator, it’s going to produce a tremendously better product that we deliver to the Army when they get to their first operational unit.”

Gill also stressed the importance of reinforcing a strong “warfighter culture” within Army Aviation, emphasizing the need for a mission-focused mindset across all roles, from maintainers to flight operations. He invoked the sentiment of former Army leader Lt. Gen. Walt Piatt, who noted that “every day in Army Aviation is a live fire event,” highlighting the constant operational tempo, in harsh conditions, and the need for training in austere environments.

Looking ahead, Gill discussed the integration of unmanned systems, anticipating launched effects in every division next year. He envisions a future where unmanned platforms handle certain tasks, allowing human pilots to focus on missions requiring deliberate human control.

“We’re not going to stop the flight school. We’re going to be flying aircraft for quite some time, but I do think that there are certain things that we can offload to unmanned things that we can focus where we want humans in the loop more deliberately,” Gill said.

Ultimately, Gill stated the Army Aviation branch aims to proactively deliver the capabilities demanded by commanders, rather than simply responding to requests. He concluded by emphasizing the branch’s readiness to meet future challenges.

“When the phone rings, we’ve got to be ready to meet tomorrow’s challenges today,” he said.

By Leslie Herlick, Fort Novosel Public Affairs

Scouting America Takes to the Skies with Launch of New Aviation Merit Badge

Saturday, May 24th, 2025

IRVING, TX (May 15, 2025) – Scouting America is thrilled to announce the launch of its updated Aviation Merit Badge. The revised program aims to inspire young people to explore the fascinating world of flight, from the principles of aerodynamics to the diverse careers within the aviation industry.

The Aviation Merit Badge will provide Scouts with a comprehensive introduction to aviation history, navigation, meteorology, air traffic control, and the importance of safety. Through hands-on activities, research, and potential visits to aviation facilities, Scouts will gain valuable knowledge and develop an appreciation for this dynamic field.

“We are incredibly excited to introduce additional resources in this format for the Aviation Merit Badge,” said Roger Krone, president and CEO of Scouting America. “This badge offers a unique opportunity for Scouts to learn about a vital and constantly evolving industry. We hope it will spark curiosity, encourage an interest in STEM fields, and perhaps even inspire future pilots, engineers, and aviation professionals.”

The requirements for the Aviation Merit Badge will challenge Scouts to:

  • Learn about the history of aviation and significant milestones.
  • Understand the four forces of flight: lift, weight, thrust, and drag.
  • Identify different types of aircraft and their uses.
  • Explore the basics of navigation and flight planning.
  • Gain an understanding of weather’s impact on aviation.
  • Learn about air traffic control systems and procedures.
  • Investigate career opportunities within the aviation industry.
  • Discuss aviation safety and regulations.

Scouting America collaborated with aviation experts and educators to develop the curriculum for the Aviation Merit Badge, ensuring its relevance and educational value. The new badge aligns with Scouting America’s commitment to providing engaging and educational experiences that prepare young people for future success.

The new Aviation Merit Badge is now available, and Scouts can begin working on its requirements immediately with a qualified counselor. Resources for counselors and Scouts, including the merit badge pamphlet, are available on the Scouting America website at scouting.org.