Wilcox Ind VIPR

Long-Range Penetrating Force Remains at Forefront of Bomber Operations

October 17th, 2026

NATIONAL HARBOR, Md. (AFNS) —  

Operations Midnight Hammer and Epic Fury — or at least the lessons learned — were the topics of discussion at a long-range airpower panel during the Air and Space Forces Association’s Air, Space and Cyber Conference in National Harbor, Sept. 15.

The panel brought together bomber, mobility, and aerospace industry leaders to assess the strategic airpower environment.

Throughout the dialogue, panel members emphasized that while long-range strike operations have proven decisively effective in recent combat campaigns, maintaining that asymmetric advantage demands continuous modernization, seamless cross-command teamwork, and a strong partnership with the defense industrial base.

Maj. Gen. Ty Neuman, Eighth Air Force and Joint-Global Strike Operations Center commander, began by highlighting the inherent stamina of the nation’s bomber fleet.

U.S. Air Force Maj. Gen. Ty Neuman (center), Eighth Air Force and Joint-Global Operations Center commander, speaks at the Long-Range Airpower: Lessons From Midnight Hammer and Epic Fury panel during the 2026 Air, Space and Cyber Conference at the National Harbor, Md., Sept 15, 2026. The annual conference is an opportunity for Department of the Air Force senior leaders to meet and address Airmen, Guardians, allies, partners and industry leaders. (U.S. Air National Guard photo by Tech. Sgt. Shelby Thurman)

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“We are a ready force that demonstrated our endurance,” Neuman said, emphasizing how Eighth Air Force’s constant readiness provides tailored deterrence and reassurance across the globe.

Reflecting on the sheer logistical and operational coordination demanded during Operation Epic Fury, Neuman praised the joint commitment across the enterprise, noting that “everyone has been all in.” He stressed that the unmatched long-range strike capability demonstrated in both Operation Midnight Hammer and Operation Epic Fury delivers an unmistakable message to adversaries: no one should question the readiness or capability of the United States to hold targets at risk anytime, anywhere.

Panelists later discussed the necessity of denying adversaries safe havens and operational sanctuaries, where Neuman outlined why standoff weapons alone cannot shoulder the strategic burden. Potential adversaries continue to harden facilities, bury critical infrastructure, and construct heavily defended anti-access perimeters.

“Not every target can be hit by long-range standoff weapons; we need a penetrating force,” the Eighth Air Force commander said. “Modernizing the legacy bomber fleet is an imperative to denying sanctuary to our adversaries.”

To outpace emerging threats, the Air Force is advancing a complementary mix of weapons and platforms, including standoff systems and stand-in penetrating capabilities. Ongoing modernization efforts include expanding the B-1’s beyond-line-of-sight communication systems, outfitting the B-2 Spirit with advanced radar enhancement programs to bolster survivability in anti-access environments, and exploring expanded payloads for the B-2 fleet.

When operating against advanced air defense systems, stealth remains paramount. “All-aspect low observable weapon systems are a non-negotiable price to entry,” Neuman underscored.

The conversation then moved to the future viability of stealth in an era of proliferating air defense systems.

Neuman affirmed that low observability is not a passing technological phase, but a foundational requirement for the future fight.

He emphasized that the Air Force must pursue both low-observable aircraft and low-observable complementary munitions to survive and deliver effects inside contested airspace. Echoing this assessment, the panel moderator noted that stealth is fundamentally about disrupting the enemy’s integrated kill chain, denying adversaries the ability to detect, track, and engage U.S. strike platforms before mission completion.

The evolving nature of the battlespace, where multi-domain environments are saturated with unmanned systems, electromagnetic interference, and missile salvos, was another topic of discussion.

Industry panelist Jamie Burgess of Boeing cautioned that sheer data volume does not automatically equate to combat capability.

“One can drown in data and starve for information,” Burgess remarked, pointing out the necessity of delivering processed, actionable intelligence directly to aircrews and operational commanders.

The panel discussed how the battle network and integrated command, control, and communications architectures must synthesize real-time data from space, cyber, and airborne assets into coherent situational awareness that accelerates combat decision-making.

Diving into fleet viability and continuous modernization, the general highlighted the operational strain and lessons realized from long-duration strike missions. During Operation Epic Fury, bomber sorties averaged 38 hours in duration — demanding extraordinary human stamina, aircraft reliability, and extensive air refueling support.

According to the Air Mobility Command panelist, “it took dozens and dozens of tankers to execute Operation Epic Fury,” illustrating the indispensable synergy between Air Force Global Strike Command and AMC.

When looking at the service’s age of the inventory, Neuman noted that “our youngest bomber is 30-plus years old.” While airframes have proven durable, sustained investment in modern digital avionics, resilient beyond-line-of-sight connectivity, and modern propulsion is essential across every platform.

The bomber force commander called for a fundamental pivot in weapons integration philosophy: rather than undertaking costly and complex modifications to alter legacy aircraft around new weapons, future munitions must be intentionally designed to seamlessly integrate into existing bomber bays and pylons.

“Bombers must deliver strategic options to the president,” Neuman emphasized, noting that modernization ensures the commander in chief retains flexible, credible conventional and nuclear response options.

Examining the role of industry innovation, Neuman praised the ingenuity of maintenance and logistics Airmen who keep vintage platforms flight-ready, but stressed that the service cannot accomplish sustainment alone.

“It is about partnerships, clear and concise requirements, and giving industry the ability to run with it. It’s a team effort,” Neuman remarked, underscoring the urgent requirement to bolster the defense industrial base and maintain reliable supply chains for critical components.

The panel then concluded by addressing Total Force Integration.

“This is a Total Force Integration effort for every single component,” Neuman said.

“Allies and partners, we have your back. We are the free world’s only long-range strike capability, and we will continue to deliver anytime, anywhere.”

By Justin Oakes

Eighth Air Force and Joint-Global Strike Operations Center Public Affairs

GA-ASI Completes Flight Test of New ESM System on Gray Eagle UAS

October 16th, 2026

Upgrade for the Army MQ-1C Supports Long-Range Sensing

SAN DIEGO — 15 October 2026 — General Atomics Aeronautical Systems, Inc. (GA-ASI) has completed flight testing of the SNC Electronic Support Measures (ESM) system on the MQ-1C Gray Eagle® Extended Range (ER) Uncrewed Aircraft System (UAS). The U.S. Army is evaluating numerous ways to modernize the Gray Eagle to provide critical information to ground commanders using long-range sensing to detect and target hostile Integrated Air Defense Systems (IADS). This allows Gray Eagle to detect and target outside Weapon Engagement Zones (WEZ) and significantly increases mission assurance for U.S. Forces operating in the Area of Responsibility (AOR).

“We’re excited to have new capability on the Army Gray Eagle,” said GA-ASI President David R. Alexander. “Combining long-range detection with the range and persistence of the Gray Eagle ensures that commanders always know when an adversary’s IADS is operating.” 

Gray Eagle’s open systems architecture reduces time and cost, making this upgrade simple but impactful. The ESM, produced by SNC, is a small form-factor, detection and collection system. It allows Gray Eagles to operate safely outside threat ranges while looking deeply into the battlespace and enables advanced Crewed-Uncrewed Teaming to increase survivability for crewed Army aircraft. The highly modular, adaptable Gray Eagle can readily accommodate new systems to stay ahead of threats.

The integration of SNC’s ESM builds upon several other significant capability improvements to the Gray Eagle UAS as demonstrated in U.S. European Command, Vanguard, and Project Convergence Capstone 5 (PC-C5) exercises. 

Save The Date: SWAP MEAT 2026 – Presented By Spiritus Systems, Aberdeen, NC

October 16th, 2026

112 Bud Place, Aberdeen, NC 28315

Strider Solutions MultiCam 2-in-1 Balaclava

October 16th, 2026

Introducing the Strider Solutions MultiCam® 2-in-1 Balaclava — NOW IN STOCK.

MultiCam® is worn by military personnel around the world, yet finding a quality balaclava that actually matches your camouflage has been surprisingly difficult.

So we built one.

Designed by a former New Zealand infantryman who spent years in the field dealing with equipment that simply wasn’t up to the task.

We set out to build what we believe is the world’s best combat balaclava. No shortcuts. No compromises.

Featuring premium MultiCam® fabric supplied by the team at 1947, we’ve created a lightweight, versatile face covering with exceptional print quality, precision stitching and a design purpose-built for demanding field conditions.

ONE PIECE OF KIT. MULTIPLE CONFIGURATIONS.

  • Full balaclava coverage
  • Neck gaiter configuration
  • Face covering configuration
  • MultiCam® camouflage pattern
  • Premium stitching and construction
  • Ultra-lightweight — approximately 50 g
  • Comfortable under combat helmets
  • Designed for demanding infantry use

Every detail has been considered, from the fabric and construction to the fit, versatility and durability. The result is a piece of equipment we’re genuinely proud to put our name on.

A huge thanks to the team at 1947 for supplying the outstanding fabric that makes this product possible.

AVAILABLE NOW | SHIPPING WORLDWIDE

They’re already moving fast. Secure yours at www.stridersolutions.com

G-TEAD USAREUR-AF ACE 27-02: Spectrum Enabled Warfare Powered by xTech

October 16th, 2026

The U.S. Army is seeking innovative electromagnetic spectrum operations solutions from eligible small businesses across the U.S. through the Global Tactical Edge Acquisition Directorate (G-TEAD) U.S. Army Europe and Africa (USAREUR-AF) Accelerated Capability Event (ACE) 27-02: Spectrum Enabled Warfare Powered by xTech. This platform offers participants the opportunity to engage with the Department of War (DoW), earn prize money and submit a Direct to Phase II Army Small Business Innovation Research (SBIR) proposal. G-TEAD USAREUR-AF ACE 27-02: Spectrum Enabled Warfare Powered by xTech is a focused open-topic competition designed to identify cutting-edge technology solutions that will drive significant advancements in military capabilities while addressing complex challenges and enhancing national security.  

The U.S. Army FUZE Program, in partnership with the USAREUR-AF, is executing the Spectrum Enabled Warfare competition as part of the G-TEAD Accelerated Capability Event (ACE) series. This competition addresses Army’s need to gain and maintain spectrum superiority by identifying high-potential solutions and accelerating transition through funding and integration into live USAREUR-AF-led exercises. Integrating into a USAREUR-AF-led exercise is critical to: (1) validate capabilities under operationally realistic conditions, (2) inform acquisition and integration decisions, and (3) address near-term gaps to sense, understand, exploit, attack, and protect across a contested electromagnetic environment and connected cyberspace. 

The operational challenge on the Eastern Flank is the enablement of U.S. Army forces, operating within a North Atlantic Treaty Organization (NATO) and joint coalition framework, to sense, understand, exploit, attack, and protect across a contested electromagnetic environment and connected cyberspace. To deter peer aggression and preserve freedom of maneuver, V Corps must protect tactical command and control networks while delivering synchronized, non-lethal and lethal effects at depth against adversary command, control, communications, and targeting architectures. 

Gaining and maintaining spectrum superiority against dense anti-access / area denial systems requires a modular, coalition-interoperable architecture that operates in congested radio frequency (RF) environments, executes multi-echelon precision effects, and hardens friendly formations against persistent electromagnetic and cyber disruption during competition, crisis, and conflict. The Army requires capabilities that are scalable, upgradeable, and intuitive for Soldiers across military occupational specialties, and maintainable at the tactical edge without routine reliance on field service representatives for minor repairs or adjustments. 

The Army is seeking to evaluate capabilities to participate in one of three demonstration tracks (eligible for SBIR follow-on contacts) as part of this Spectrum Enabled Warfare ACE:  

  • Capability 1: Electromagnetic Support / Tactical Surveillance 
  • Capability 2: Autonomous Network Management 
  • Capability 3: Electromagnetic Environment Visualization and Battle Damage Assessment Tools 

Phase I

This topic is accepting DP2 submissions with a cost limit of $2,000,000 and a period of performance of 12-18 months. Only finalists and final winners of G-TEAD USAREUR-AF ACE 27-02: Spectrum Enabled Warfare Powered by xTech competition are permitted to submit a proposal for this topic. In order for proposers to submit a DP2 proposal, they must provide documentation to substantiate that the scientific and technical merit and feasibility described above has been met and describes the potential military and/or commercial applications. Documentation should include all relevant information including, but not limited to: technical reports, test data, prototype designs/models, and performance goals/results.  

Phase II

Produce prototype solutions that will be easy to operate by a Soldier. These products will be provided to select Army units for testing and experimentation with end Users in a realistic field environment.  Feedback from testing and experimentation will be provided directly to Small Businesses to iterate rapidly on recommended modifications or improvements for Army operational use.  In addition, companies will work with Army partners to develop a draft technology transition and commercialization plan for DoW and commercial markets.  

Phase III Dual Use Applications

Complete the maturation of the company’s technology developed in Phase II to technology readiness level 8/9 and produce prototypes to support scaling and fielding of the technology with the Army and pursue commercialization pathways.  

Duration: 12-18 months

Close Date: 10/30/2026

Amount Up To: Up to $2,000,000

Full competition details including details on the topic areas of interest can be found in Appendix A section of the G-TEAD USAREUR-AF ACE 27-02: Spectrum Enabled Warfare Powered by xTech RFI at www.xtech.army.mil/competitions.

FirstSpear Friday Focus: RAGNAR Stretch Carbine 3 Magazine Pocket

October 16th, 2026

Three magazines. Fast access. Flat profile. The FirstSpear RAGNAR™ STRETCH CARBINE 3 MAGAZINE POCKET is a purpose-built flat pocket designed for operators who need to carry three 30-round 5.56 magazines in a low-profile, rapidly attachable configuration. Hook backing on the rear allows for fast attachment or removal from any loop-compatible surface, while a low-profile loop front keeps the exterior clean and snag-free. FirstSpear shock cord and Speed Tab retention secure each magazine independently, delivering positive retention with fast, consistent access under stress.

Features:

  • HOLDS THREE 30-ROUND 5.56 MAGAZINES
  • HOOK BACKING FOR FAST ATTACHMENT AND REMOVAL
  • LOW PROFILE LOOP FRONT
  • SHOCK CORD AND SPEED TAB RETENTION

At its core, the RAGNAR™ STRETCH CARBINE 3 MAGAZINE POCKET is built as a flat, low-profile solution that mounts directly to any loop-compatible platform without adding unnecessary bulk to the loadout. PFAS Free and Made in the USA. Available in Black, Coyote, Manatee Grey, MultiCam, and Ranger Green.

Built for military personnel, law enforcement officers, and prepared professionals who demand reliable equipment, the Ragnar™ Stretch Carbine 3 Magazine Pocket delivers fast, consistent access to three 5.56 magazines in a flat, low-profile platform. FirstSpear is the premier source for cutting-edge tactical gear for military, law enforcement, and those who train. To request an estimate, visit First-Spear.com/Request-For-Estimate. For more information, visit First-Spear.com.

You Never Know Where They’ll Show Up

October 16th, 2026

AUSA edition…

Thanks BR!

Bridge Defense Awarded CodeBridge Agreement with up to $63 Million in First-YEAR Ordering Capacity to Accelerate Mission Software Delivery Across the Department of War

October 15th, 2026

One-Year CDAO Tradewinds Agreement will provide USSOCOM and the Department of War with rapid access to software engineering, Super Intelligence (SI) integration, and deployment capabilities across secure government environments
WASHINGTON, Oct. 15, 2026 — Bridge Defense today announced a one-year agreement through the Chief Digital and Artificial Intelligence Office’s Tradewinds acquisition ecosystem to deliver CodeBridge®, its custom software development product, to the Department of War, initially in support of U.S. Special Operations Command. The agreement makes up to $63 million in cleared software engineering capacity available to the Government over the first year.

CodeBridge gives the Department a repeatable mechanism to rapidly translate operational requirements into secure, fielded software. It combines cleared, platform-grade engineering teams with Farspan, Bridge Defense’s development platform purpose-built for secure government environments. Together, they deliver finished software, not the effort to build it.

“Mission teams across the Department have clear needs for mission-ready software, but there is a long and fragmented path between identifying an operational requirement and the delivery of functional software,” said Jack Kilcoyne, Co-Founder and CEO of Bridge Defense. “CodeBridge creates a different model that delivers deliberately scoped engineering effort from cleared delivery teams, a platform built for classified delivery, and a commercial structure designed around usable software outcomes. We are proud to expand our work with USSOCOM and help the Department field critical capabilities at the speed its missions demand.”

The award was made through Tradewinds, CDAO’s acquisition pathway for rapidly identifying and acquiring capabilities across artificial intelligence, data, and analytics. CodeBridge earned “Awardable” status in the Tradewinds Solutions Marketplace in 2025 and subsequently validated the model through multiple government engagements in the first half of 2026.

Delivery of CodeBridge is ordered in standardized, fixed-price capability units. Each unit represents a defined increment of cleared software engineering output that resolves to discrete software accepted by the Government rather than to hours expended. Units are ordered against specific outcomes, whether a new mission application, an integration that connects siloed data, or an Super Intelligence (SI)-enabled workflow placed into operational use.

USSOCOM is the initial ordering activity, and the agreement is built to extend across the Department as other components bring their own software requirements to the vehicle. Delivery begins immediately.