TYR Tactical

XTEND Supports British Army During Major Autonomous Strike Exercise, Advancing UK Operational Drone Warfare Capabilities

July 22nd, 2026

Successful Completion of Ex RHINO BIZZ Builds on Historic UK Live-Fire Milestone with 2 PARA, Validates the British Army’s First Long-Range Autonomous Strike Missions with Live Kinetic Payloads

TAMPA, Fla. and SWINDON, U.K., July 16, 2026 — JFB Construction Holdings (Nasdaq: JFB) announced today that XTEND, a leader in software systems and artificial intelligence-powered robotics, successfully supported the British Army during Ex RHINO BIZZ, a major drone and electronic warfare exercise conducted at the British Army Training Unit Suffield (BATUS) in Alberta, Canada.

The exercise represents the latest milestone in XTEND’s expanding collaboration with the British Army following the historic live-fire demonstration conducted with the 2nd Battalion, Parachute Regiment (2 PARA) earlier this year, which marked the first live firing of an uncrewed aerial system by British forces in UK airspace.

Conducted across the 2,700-square-kilometer (1,042-square-mile) BATUS training area, Ex RHINO BIZZ brought together approximately 350 soldiers from 16 Air Assault Brigade to train in next-generation combat operations reflecting lessons emerging from modern conflicts. The exercise combined autonomous systems, electronic warfare, contested communications and human-machine teaming to replicate increasingly realistic battlefield conditions and reflects the British Army’s continued evolution toward software-defined autonomous operations.

“Modern warfare is undergoing one of its most significant transformations in generations,” said Aviv Shapira, Co-Founder and CEO of XTEND. “Military advantage will increasingly belong to forces capable of integrating software-defined autonomy into everyday operations. The successful operational employment of our systems during Ex RHINO BIZZ demonstrates how AI-powered autonomy is evolving from technology demonstrations into operational capability, enabling armed forces to execute increasingly complex missions while keeping soldiers further from harm.”

During Ex RHINO BIZZ, soldiers from 2 PARA employed XTEND’s SCORPIO 1000 autonomous strike systems in seek-and-strike missions across one of the world’s largest military training areas, operating under realistic battlefield conditions that included electronic warfare and GNSS-denied scenarios. XTEND deployed five SCORPIO 1000 systems, operated independently by 2 PARA’s UAS Platoon without XTEND operational support, demonstrating the unit’s ability to independently employ the capability in realistic operational conditions.

XTEND’s systems were the only autonomous platforms authorized to operate with live kinetic payloads during the exercise, enabling British forces to successfully validate autonomous strike missions designed to engage targets at distances of 3.6 kilometers (2.2 miles), 6.5 kilometers (4.0 miles) and 7.5 kilometers (4.7 miles). This represents the British Army’s first validation of long-range autonomous strike missions with live kinetic payloads.

This achievement further strengthens XTEND’s presence in the United Kingdom following the establishment of its sovereign UK XFAB manufacturing and support facility in Swindon. The facility provides localized manufacturing, engineering and lifecycle support for the United Kingdom and allied defense customers as demand for sovereign autonomous capabilities continues to grow.

“Our collaboration with the British Army has progressed from an initial proof-of-concept demonstration to independent operational employment by frontline soldiers,” said Ofer Shahaf, General Manager of XTEND UK. “Progressing to Ex RHINO BIZZ reflects the confidence built through close collaboration with British defense stakeholders and our commitment to supporting the long-term modernization of allied forces through sovereign autonomous capabilities.”

XTEND’s SCORPIO 1000 is powered by the company’s proprietary XTEND Operating System (XOS), an AI-driven autonomy platform that enables operators to execute complex missions with significantly reduced training requirements. The platform combines autonomous navigation, human-guided autonomy, resilient communications and mission-adaptable payload integration to support operations in complex and contested environments, allowing operators to maintain mission effectiveness in rapidly evolving battlefield conditions.

The successful completion of Ex RHINO BIZZ marks another milestone in XTEND’s long-term collaboration with the British Army and reinforces the Company’s position as a provider of operationally validated AI-powered autonomous systems supporting the modernization of allied defense forces.

TacJobs – Lumenier Has Multiple Positions

July 22nd, 2026

Lumenier is expanding — and we’re hiring!

Our new headquarters marks the next chapter in our growth as we continue developing advanced FPV and unmanned aerial systems.

We’re looking for talented people to join our team in Palmetto, FL:

Technical Support Representative – Commercial Military

Account Manager

Electrical Engineer

Mechanical Engineer

Systems Engineer

Work alongside engineers, pilots, and creators building technology that performs when it matters most.

Join Lumenier and help shape the future of unmanned aviation.

Apply here.

Beez Combat Systems – Predator Ghillie Leg Chaps

July 22nd, 2026

Today’s battlefield demands adaptable equipment. Operators may transition from open terrain to dense woodland, urban environments or mixed vegetation during a single mission. The Predator Ghillie™ product line was designed around scalable signature management allowing users to customize their level of concealment as conditions change. The Leg Chaps integrate seamlessly with other Beez Combat Systems Predator Ghillie™ products including helmet covers, backpack covers and wraps. Together, these components create a comprehensive camouflage system capable of reducing visual recognition and disrupting the human silhouette across multiple environments.

Offered in multiple colors and patterns.

www.beezcombatsystems.com/collections/predator-ghillie™/products/predator-ghillie™-leg-chaps

BEYOND Summit Sun Hoodie

July 22nd, 2026

Above: Men’s Summit Sun Hoodie (first) and Women’s Summit Sun Hoodie (Second), designed to manage solar load and heat stress during sustained movement in hot, exposed operational environments.

Beyond Clothing’s Summit Sun Hoodie is a lightweight exposuremanagement layer designed for warmweather and alpine operations where prolonged sun exposure, sweat accumulation, and heat retention can directly impact operator endurance and effectiveness. The garment is engineered to remain onbody throughout movement cycles, reducing friction and simplifying kit management in hot conditions and reflects Beyond Clothing’s systemdriven design methodology, addressing heat and exposure as primary environmental threats rather than secondary concerns.

Core design attributes of the Summit Sun Hoodie include:

• Lightweight, breathable construction for high metabolic output

• Integrated hood for head and neck sun protection

• Lowprofile fit compatible with armor and loadbearing equipment

• Minimal bulk for pack integration and modular systems

Unlike insulating layers, the Summit Sun Hoodie focuses on controlling environmental inputs—specifically solar radiation and moisture—during extended dismounted activity.

HotWeather Exposure Control

The Summit Sun Hoodie is optimized for continuous movement under solar stress, where direct sun accelerates dehydration, fatigue, and cognitive decline. Breathable fabric allows internal heat and moisture vapor to escape while limiting radiant heat gain across exposed skin, The integrated hood provides consistent coverage for the head, neck, and ears, areas frequently exposed during movement and short halts.

The fabric remains comfortable, even when saturated with sweat, and dries quickly, supporting extended wear during multiday field activity. Its lowbulk profile allows it to be worn beneath plate carriers or chest rigs without creating pressure points or restricting mobility.

Alpine Operational Use

In alpine environments, UV intensity increases due to reduced atmospheric filtering makes solar exposure a primary limiter, even in cooler temperatures. During approach movement, ridgeline travel, and highelevation dismounted operations, managing sun exposure becomes critical.

The Summit Sun Hoodie supports:

• Sustained uphill movement under load

• Prolonged exposure above tree line

• Shortduration halts for navigation, planning, or observation

It provides coverage without trapping heat and integrates cleanly with lightweight wind layers or insulation during static periods.

Beyond Clothing’s System Approach

Within a warmweather clothing system, the Summit Sun Hoodie functions as the primary exposuremanagement layer, protecting the wearer from sun and mitigating sweat. It replaces heavier layers that increase thermal burden, allowing the wearer to reduce their reliance on sunscreen.

The piece is compatible with modular layering architectures and is a foundation layer that can be easily augmented with wind or weather protection layers as conditions evolve.

Core design attributes include:

• Lightweight, breathable construction for high metabolic output

• Integrated hood for head and neck sun protection

• Lowprofile fit compatible with armor and loadbearing equipment

• Minimal bulk for pack integration and modular systems

Availability

The Summit Sun Hoodie is available directly from Beyond Clothing in both men’s and women’s fits. The garment is supported by government, unit, and organizational purchasing programs, including bulk and contract procurement.

More information is available at beyondclothing.com.

Submissions Open for AFSOC’s Thunder Dome 2027 Innovation Competition

July 22nd, 2026

HURLBURT FIELD, Fla. —  

Calling all AFSOC innovators for the fourth annual Thunder Dome. The submissions window for ideas is now open for AFSOC’s innovation competition known as Thunder Dome. All submissions received by Sept. 13, 2026, will be considered. 

This competition is open to any member within the command, and ideas can be submitted at gain.il4.afwerx.dso.mil/usaf/afsoc-thunderdome-2027, ?which is a CAC only enabled site. 

Finalists will be selected based on multiple factors including impact on readiness/advantage, alignment with AFSOC strategy, and feasibility of execution. Finalists will present their ideas on Nov. 19, 2026, for the chance to receive funding to further develop their innovative solutions and put them into action across the command. 

To ensure we maintain our decisive advantage against evolving global threats, events like Thunder Dome empower Air Commandos to lean into our ethos of grassroots innovation by tackling issues impacting readiness and AFSOC’s ability to operate across the spectrum of competition, ensuring we remain relevant through adaptation. 

We must invest today in the capabilities we will need tomorrow. We look forward to seeing the great ideas Air Commandos share in this year’s competition. 

AV Awarded $117.3 Million US Army Production Contract for P550

July 21st, 2026

Initial Order Enhances LRR and Advances Army Drone Dominance Initiative with AV’s Autonomous Group 2 eVTOL UAS

ARLINGTON, Va., — July 20, 2026 — AeroVironment, Inc. (“AV”) (NASDAQ: AVAV), a global leader in intelligent, multi-domain autonomous systems, today announced it has been awarded a $117.3 million contract by the U.S. Army for its P550™ electric vertical take-off and landing (eVTOL) unmanned aerial system in support of the Army’s Long Range Reconnaissance program, advancing the Army’s push to field scalable, adaptable capabilities for modern warfare.

The award was issued under a Basic Ordering Agreement (BOA) through a competitive Call for Solutions (C4S) under the U.S. Army’s Unmanned Aircraft Systems (UAS) Marketplace initiative, a centralized digital platform designed to accelerate the procurement of vetted drone technologies.

Through this award, AV will provide 82 P550 uncrewed aircraft systems in support of the Army’s Battalion Reconnaissance (UAS) effort, a move that represents the initial full-rate procurement of the P550 system and reflects the Army’s commitment to rapidly fielding proven commercial capabilities that enhance long-range reconnaissance, autonomy, and distributed operations.  

The award further reinforces AV’s role in delivering scalable, mission-ready solutions aligned with the Army’s modernization priorities. 

“In today’s battlespace, adaptability is no longer an advantage, it’s a requirement,” said Wahid Nawabi, Chairman, President and Chief Executive Officer at AV. “The P550 gives maneuver forces the ability to rapidly reconfigure, extend their reach, and deliver effects across domains, all while operating in contested environments where speed and autonomy are decisive.” 

An autonomous Group 2 eVTOL UAS, AV’s P550 has become a staple of reliability for America’s armed forces and allies by enabling smarter and safer operations through its modular open systems approach (MOSA), which supports seamless integration of third-party payloads, datalinks, and mission planning software to adapt to evolving mission requirements.  

With a multi-sensor payload capacity of up to 15 pounds, including enhanced lethality options, and up to five hours of all-battery endurance, the P550 delivers sustained, mission-tailored performance across intelligence, surveillance and reconnaissance (ISR), precision strike, electronic warfare, and communications relay missions in air, ground, and maritime operations. The system can be reconfigured in the field in less than five minutes, allowing operators to hot-swap payloads and batteries without tools. 

“What operators consistently tell us is that they need systems that can adapt at the speed of the mission, not hours or days later,” said Trace Stevenson, President of Autonomous Systems at AV. “AV’s P550 delivers that advantage, enabling units to reconfigure in minutes. It reduces the burden on operators while expanding what a single platform can achieve.” 

Purpose-built for dynamic, contested environments, AV’s P550 enhances situational awareness and force protection with integrated targeting and precision strike capabilities. Its AI-driven autonomy enables smarter, safer operations while reducing operator workload in complex mission sets. Designed for maneuver forces, it delivers a multi-role capability that can be reconfigured in minutes to meet evolving mission demands. 

Team SIG’s Daniel Horner Notches 15th National Championship

July 21st, 2026

Horner leads the field at U.S. Practical Shooting Association’s Multigun Nationals

NEWINGTON, N.H., (July 21, 2026)SIG SAUER, an industry-leading manufacturer of cutting-edge firearms, electro-optics, ammunition, and advanced concepts, congratulates Team SIG professional shooter Daniel Horner for winning his 15th national championship.

Horner earned the top spot in the Modified division at the 2026 United States Practical Shooting Association’s (USPSA) Multigun Nationals, all using his SIG SAUER pistol, rifle, optics, and ammunition.

“We couldn’t be prouder of Daniel’s impressive win at this year’s USPSA Multigun National Championship,” said Phil Strader, VP of Consumer Affairs at SIG SAUER. “He and his SIG SAUER equipment endured brutal conditions and extremely tough competition to come out on top of the Modified division. Since his first USPSA National Championship win in 2007, Daniel has continued to cement his legacy as one of the best multigun competitors ever.”

This year’s national championship was a three-day competition that wrapped up on July 19 at the Forest Lake Sportsmen’s Club in Forest Lake, Minnesota. Horner, who began his professional career as a member of the U.S. Army Marksmanship Unit, is known as the top multigun and 3-gun shooter in the world. He has earned more than 125 championship titles across global, national, regional, and state levels.

This win adds to Horner’s historic achievements, including his 8 Sniper Championships, 2 All Army Championships, 2 IDPA National Championships, IPSC Shotgun National Championship, NRA World Shooting Championship, and Team USA gold at the IPSC World Shoot.

PROOF Research Expands PXT Barrel Line with New Competition Barrels, Pre-Fit Options and Caliber Offerings

July 21st, 2026

COLUMBIA FALLS, Mont. – July 21, 2026 – PROOF Research is proud to announce it is building on the successful launch of its PROOF Exponential Twist (PXT) with an expanded lineup. The new offerings introduce a new category of steel competition blanks, additional pre-fit barrel offerings and expanded caliber offerings, including new .243- and .257-barrel options. The latest additions broaden access to PXT technology across more rifle platforms and applications, giving precision shooters, competitors and hunters more access to the PXT’s performance advantages. 

Developed to overcome the limitations of conventional rifling, PXT utilizes an exponential twist profile that gradually engages the bullet, reducing engraving force while improving consistency, accuracy and barrel longevity. Designed to meet the demands of today’s high-performance ammunition, PXT continues to set a new benchmark in rifle barrel technology.

“Since launching PXT, we’ve received tremendous interest from customers looking for additional platforms and calibers,” said Brandon Hulzebosch, director of sales and marketing. “This expansion reflects our commitment to growing the PXT lineup, responding to the demand that we’re seeing and making this technology available to more shooters and their specific needs.” 

Among the newest additions to the PXT lineup are steel competition blanks, engineered to deliver the consistency and performance required by today’s precision rifle competitors. Available in .224, .243, .257, .264 and .308 calibers, the new steel competition blanks offer premium steel barrel options featuring PROOF Research’s innovative PXT technology. 

PROOF Research has also expanded its PXT pre-fit barrel lineup with new offerings for Impact Precision and Terminus actions. Available in both carbon fiber and steel configurations, the new pre-fit barrels include a range of today’s most popular chamberings, including .223 Rem., .22 Creedmoor, 6 ARC, 6 Creedmoor, 6 GT, 6 Dasher, 25 Creedmoor, 6.5 PRC, 7 Backcountry, 7 PRC, .308 Winchester and .300 PRC, depending on platform and barrel configuration. These additions provide shooters with more options to pair PROOF’s PXT technology with leading custom rifle actions. 

Further expanding the lineup, PROOF Research has introduced new .243- and .257-caliber carbon fiber bolt barrel blanks, extending PXT compatibility to additional cartridge options. PROOF Research also expanded its AR-type carbon fiber barrel offerings with new configurations in .300 Blackout and .308 Winchester, as well as new AR-type steel barrel offerings in .223 Wylde, .300 Blackout, and 6.5 Creedmoor. 

Beyond these additions, PROOF Research continues to broaden the PXT ecosystem with expanded pre-fit compatibility for Zermatt Arms, Tikka, Defiance Ruckus, Lone Peak and Falkor actions, increasing the number of rifle platforms available with PXT technology. 

The expansion of the PXT lineup reinforces PROOF Research’s commitment to advancing barrel technology through continuous innovation. With broader platform compatibility and expanded offerings, PROOF Research continues to push the boundaries of rifle barrel performance.

For more information about Proof Research, visit ProofResearch.com. Follow along on Instagram, Facebook and YouTube.