GORE-TEX WINDSTOPPER

NZ Army Embraces Race to Latest Drone Technology

August 27th, 2025

The New Zealand Army is using local technology as it explores the rapidly expanding field of drone warfare and tackling FPV (first-person view) technology with the capability for offensive strikes.

26 AUGUST, 2025

Drones, or uncrewed aerial systems (UAS), have become a critical part of the NZ Army’s intelligence, surveillance, target acquisition and reconnaissance (ISR) capabilities in recent years, and perform a crucial role in its overall combat system.

“UAS are now a ubiquitous part of modern military operations, from humanitarian assistance operations to high-intensity combat,” said the NZ Army’s UAS lead, Captain Richard Adams.

“We must continuously adapt with urgency to ensure our personnel are given the tools they need.

“Based on reporting from Ukraine, drones now account for approximately 70 per cent of casualties on the modern battlefield. The ability to both effectively operate drones, and protect against them, is crucial.”

Drones were increasingly considered to be as common as a rifle, however they were only one platform within a system, and the NZ Army was working to integrate them alongside more traditional systems and other emerging technology, Captain Adams said.

The NZ Army is an active participant in and supporter of the Ukrainian Drone Capability Coalition, for which the New Zealand Government has contributed $8 million to date.

“Our participation in that coalition has been key to understanding this technology as it rapidly evolves,” Captain Adams said.

Last week, 10 qualified drone pilots were trained on FPV platforms at Burnham Military Camp on a course led by 2st/1st Battalion, Royal New Zealand Infantry Regiment (2/1 RNZIR).

New Zealand-based drone companies Kiwi Quads and Fenix provided drones that could be 3D printed and assembled on site.

Course instructor Sergeant Lachlan McDonald said they were low-cost, easy to build and offered an additional effect to ISR – they could deliver an offensive strike on a target.

“It is an exciting time, with new technology rapidly emerging around the world and changing the way combat occurs on the modern battlefield – we want to keep pace with that innovation and find ways to deliver the most effective warfighting unit,” he said.

Captain Adams said while the NZ Army currently did not operate FPV systems, their impact on the modern battlefield was clear.

“We are actively looking to introduce these systems. The work being done at 2/1 RNZIR is a key step in identifying those soldiers who have the aptitude and ability to operate these systems.”

Next month, NZ Army personnel will test their drone-piloting skills against the best in the world, with a tri-Service team heading to the United Kingdom to compete in the 14-nation Military International Drone Racing Tournament.

Such competitions allow NZ Army personnel to enhance their skillsets across a variety of platforms.

“Providing the necessary training to develop their skills further puts us in the best possible position to adopt this capability at pace,” Captain Adams said.

Via NZDF

Kessler & Co Acquires Timoney Dynamic Solutions: Enhanced Capability and Value Creation for Protected Vehicle Suspension

August 26th, 2025

Meath, Ireland, 25 August 2025

Kessler & Co, a manufacturer of driveline components and systems for heavy-duty vehicles, has acquired Irish suspension specialist Timoney Dynamic Solutions Ltd. The combination of two long-standing industry experts strengthens the offering of both companies – particularly for customers in the off-highway and defence sectors.

Timoney contributes extensive vehicle system knowledge and decades of experience in vehicle dynamics, independent suspension design,and modular mobility platforms. Kessler complements these strengths with a lean, flexible manufacturing operation featuring high in-house value creation across five production facilities, delivering precision and World-renowned quality.

For new and existing customers, the partnership means:

Complete Driveline solutions from a single source – from engineering vehicle dynamics to reliable,quality, and volume driveline supply.

Optimised  system integration for maximum mobility and operational reliability.

Expanded  innovation capabilities for future technologies, including electrification.

Confidence  in a reliable European supply coupled with an enhanced product portfolio.

Timoney will continue to operate as an independent subsidiary within the Kessler Group. Existing contracts, products, and services will remain in place – now significantly enhanced by Kessler’s manufacturing capacities, validation capabilities and technological resources. Customers will benefit from field proven solutions with the added advantages of delivery capability,renowned Kessler quality, and system integration.

Polaris Government and Defense DAGOR Vehicle Delivers Extreme, Off-Road and Air Transportable Firefighting Power for the US Air Force

August 26th, 2025

Minneapolis – August 26, 2025 – The DAGOR vehicle, an off-road and air transportable tactical mobility platform from Polaris Government and Defense, is redefining expeditionary firefighting. With a request from the U.S. Air Force (USAF), ADS partnered with Ward Apparatus to create the Ward Mobile Airfield Rescue Kit (Ward MARK-1), using the Polaris DAGOR, to deliver a first-of-its-kind off-road firefighting vehicle. These trusted names in innovative emergency response vehicle manufacturing have pioneered a compact, rugged and versatile military-grade firetruck that is C-130 internally transportable and sling loadable for rapid deployment anywhere in the world.

The USAF needed a rugged, off-road fire truck that could function in extreme temperatures, navigate through rough terrain, carry all necessary firefighting equipment – and be easily loaded and transported via a C-130 or sling loaded beneath a helicopter. The Polaris family of light tactical vehicles, including DAGOR, already support operations across the U.S. and our allies, meeting off-road mobility, durability and air transportability requirements. Working directly with USAF, Ward Apparatus and ADS transformed the Polaris DAGOR vehicle into a firefighting apparatus for the most demanding environments.

“This has been an incredible process working with our team at Ward, the U.S. Air Force, Polaris, ADS and all the individual suppliers to develop this very unique custom solution. It is an honor to be recognized as an innovative leader within the fire industry and to be involved in helping keep our U.S. Air Force safe and providing them with this equipment,” said Scott Beecher, owner and CEO of Ward Apparatus.

Designed for pilot rescue and contingency location team support, the Ward MARK-1 boasts capabilities specific for Air Force fire and rescue missions. This includes all essential pilot egress tools, a water capacity of 150 gallons, providing ample suppression capability for vast fire scenarios, a 95-gallons per minute pump to support efficient water supply and is equipped with a high and low-flow bumper turret for added versatility. The vehicle includes hoses and a sump pump for drafting from water sources, plus a large diameter hose for refilling or connecting to hydrants. Designed to carry up to three operators, the vehicle also includes a litter basket for secure and efficient patient transport – all while retaining the rugged durability and capabilities DAGOR is known for.

In just 24 months, the Ward MARK-1 went from concept to completion. Production continues and fielding has begun, with the U.S. Air Force positioning them at remote airfields around the world in support of off-road fire and rescue missions.

Polaris designs and manufactures the most capable light tactical and all-terrain military vehicles available. The company’s expertise in light off-road mobility has produced the MV850, MRZR D, MRZR Alpha and DAGOR. Polaris vehicles support more than 60 military forces worldwide, which is a testament to the capability gap these vehicles fulfill. These platforms provide unmatched off-road capability, intuitive operation, streamlined maintenance, air transportability and are supported globally by the worldwide presence of Polaris dealers and distributors.

Dauntless Manufacturing Announces Release of the Dermot Dagger

August 26th, 2025

Asheboro, NC – August 2025 – Dauntless Manufacturing will release its latest blade, the Dermot Dagger, on Friday, August 29th, 2025, at 5:00 PM EST exclusively through the company’s website.

The Dermot Dagger is a modernized evolution of the iconic V-42 stiletto, originally issued to the First Special Service Force during WWII. Designed as a tribute to both the historic blade and to legendary combatives instructor Dermot “Pat” O’Neill, the dagger blends classic lineage with modern steel technology and precision American manufacturing.

Specifications

Overall Length: 9.5 in.

Blade Length: 5 in.

Blade Thickness: 0.185 in.

Blade Style: Double-edged spearpoint

Steels & Finishes:

  • Magnacut – Tumbled or Black Oxide, 63 HRC
  • CPM 3V – Nitride finish, 60 HRC
  • Nichols Stainless Damascus

Handle Options: Black G10, Grey G10, OD Green G10, Coyote Brown G10, Ivory G10, Carbon Fiber

Sheath Options:

  • Precision-molded Kydex with ambidextrous modular carry options
  • Handcrafted leather sheath by Chattanooga Leather Works in hanger style, compatible with belt clip, DCC clips, Ulticlip, and optional thumb break

The Dermot Dagger is built entirely in-house at Dauntless Manufacturing’s North Carolina facility. While the V-42 was purpose-built for WWII commandos, the Dermot Dagger representsits modern continuation: a lean, functional fighting knife that honors history while being engineered for today’s demands.

Release Date: August 29, 2025 – 5:00 PM EST

Available exclusively at: www.dauntlessmanufacturing.com

Prince Joachim Inaugurates MDSI’s New Headquarters

August 26th, 2025

Kongens Lyngby, August 20, 2025 – His Royal Highness Prince Joachim today officially inaugurated MDSI’s new headquarters in Kongens Lyngby. The event marked a significant milestone for MDSI, highlighting both the company’s growth and its ambition to strengthen Denmark’s role in Europes Armament.

The inauguration ceremony included a tour of the state-of-the-art facilities, presentations of key innovation projects, and the official ribbon-cutting led by His Royal Highness. Employees, partners, and invited guests attended the event, creating a memorable day that underscored MDSI’s role as an emerging leader in its field.

“We are honored that His Royal Highness took part in this special occasion,” said David Wagner Reinhard, Chief Executive Officer of MDSI. “This inauguration represents the next chapter in our journey as a company, and it reflects our ongoing commitment to innovation, international collaboration, and Denmark’s contribution to global security.”

“It is a pleasure to witness the inauguration of MDSI’s new headquarters. Danish companies like MDSI contribute not only to technological advancement, but also to Denmark’s international reputation for innovation and excellence,” said His Royal Highness Prince Joachim.

The day concluded with a reception, where guests had the opportunity to experience the company’s vision for the future and to see firsthand how the new facilities will support upcoming UAV production projects.

www.mdsi.dk

DroneShield Expands Ukrainian Presence Through Partnership, Accelerating AI-Driven Counter-Drone Capability

August 26th, 2025

Local partnership strengthens support for Ukraine as DroneShield scales AI-powered defenses worldwide

Sydney, Australia – 21 August 2025 –DroneShield (ASX:DRO),  a global leader in counter-drone (CUAS) technology for over a decade, today announced the expansion of its support for Ukrainian customers via a newly established, undisclosed local partnership. Since the onset of hostilities, DroneShield has been a trusted CUAS provider in Ukraine, with its battle-tested systems defending military, infrastructure, and civilian assets against evolving aerial threats.

Drawing on eleven years as a technology pure play in the CUAS sector, DroneShield has leveraged operational feedback from Ukraine to drive rapid advances in artificial intelligence (AI) and machine learning (ML) within its detection and mitigation systems. This real-world experience, under the most challenging conditions, has materially sharpened DroneShield’s AI—increasing detection speed, accuracy, and adaptability in the face of novel drone tactics.

“The conflict in Ukraine has crystallized what forward-looking militaries already recognized: the need for advanced, adaptive counter-drone solutions is now a matter of national resilience, not optional investment,”said Oleg Vornik, Chief Executive Officer of DroneShield. “Our work in Ukraine, while only one element of our global operations, has proven pivotal in advancing the sophistication of our AI, with profound benefits for all our users worldwide.”

This new partnership will ensure DroneShield’s Ukrainian customers receive robust local support, rapid technology updates, and ongoing intelligence sharing with headquarters—while maintaining operational security through strict confidentiality. 

DroneShield reiterated that Ukraine, while symbolically significant and technologically vital, represents a relatively small share of a broad global market. Active across more than 40 countries including major deployments in Europe, the Americas, and Asia, DroneShield continues to meet surging demand for its AI-powered counter-UAS solutions driven by a rising global recognition: no allied nation can afford to wait for conflict before adopting resilient, next-generation drone defense.

All inquiries regarding Ukrainian operations should be directed exclusively to info@droneshield.com for secure routing. 


DroneShield’s RfPatrol Mk2 deployed in Ukraine

Bushmaster Firearms Launches the V-Radicator 22ARC Pistol

August 26th, 2025

Bushmaster Firearms®, a recognized leader in precision firearms manufacturing, is proud to announce the launch the newest configuration in the V-Radicator™ series, the new V-Radicator™ 22ARC Pistol.

Engineered with cutting-edge technology and designed for long range performance, this new option to the V-Radicator™ line is built for portability, fast target acquisition, and ease of use. The V-Radicator™ 22ARC Pistol is optimized for varmint hunters seeking accuracy, versatility, and superior new ballistics in a compact pistol profile.

The V-Radicator™ 12.5” 22ARC Pistol: Your Portable Varmint Hunting Pistol.

The Bushmaster® V-Radicator™ 22ARC Pistol was created to fill the gap for a more compact varmint gun, and the V-Radicator™ 22ARC Pistol is everything you need in for varmint hunting in one compact and efficient package.

The Bushmaster® V-Radicator™ 22ARC Pistol features a 12.5” 4150 CMV, SBN barrel with 1:7 twist and custom designed around the 22ARC round. It features a mid-length gas system and is finished with a A2 Flash Hider. The pistol also features a SB Tactical® SBA5™ 5-Position Adjustable Pistol Stabilizing Brace, a Magpul MOE® grip, and a DM2S® 2 Stage Trigger. The pistol also includes one BFI® Stainless Steel 22 ARC magazine.

The Bushmaster® V-Radicator™ 22ARC Pistol has a MSRP of $1,154.95 and is available for pre-order and will ship September 1, 2025 at Bushmaster.com, or at any of our national Bushmaster dealers.

The 22ARC Caliber: A Game-Changer for Varmint Hunters

The Bushmaster® V-Radicator™ 22ARC is crafted to accommodate the growing demand for an efficient, hard-hitting, and user-friendly caliber for varmint hunters.

The 22ARC is a revolutionary new caliber that has a high ballistic co-efficient and high velocity, making it ideal for small game and varmint hunting. This innovative cartridge is designed for hunters who demand precision, built to deliver maximum performance in a variety of environments—whether you’re hunting prairie dogs, coyotes, or other small to medium-sized game.

Off to the Races: DRBE Develops World’s Largest Real-Time EW Test Range

August 26th, 2025

Digital RF Battlespace Emulator enables new levels of realism, scale, and complexity


Artist’s concept: Notional rendering of a warfighter leveraging the DRBE system in an electronic warfare test scenario. Source: DARPA | Colie Wertz

The U.S. Department of Defense faces an increasingly complex electromagnetic environment, in which rapid advances in radar and electronic warfare (EW) demand new tools for development, testing, and training. DARPA’s Digital RF Battlespace Emulator (DRBE) program took up this challenge, resulting in the world’s largest high-fidelity, real-time virtual radio frequency (RF) test range – enabling previously unachievable scale and realism in the emulation of EW scenarios.

Unlike traditional modeling, simulation, and open-air testing approaches, the DRBE system allows for the complex interaction of synthetic RF entities simultaneously, all within a fully software-defined environment. This offers a powerful new tool for testing AI-enabled EW capabilities and accelerating the development of next-generation RF systems. 

“DRBE is a leap forward in how we can prepare and equip RF systems against sophisticated adversaries,” said Anna Tauke-Pedretti, Ph.D., DRBE program manager in DARPA’s Microsystems Technology Office. “DRBE is not only setting a new benchmark for real-time simulation but is also accelerating our ability to develop and refine advanced electronic warfare capabilities that keep pace with emerging threats.”’

At the heart of DRBE is a real-time high-performance wafer-scale computing architecture, or “Real-Time HPC,” powered by the world’s largest processor. This compute system delivers massive throughput with ultra-low latency, a critical requirement for simulating complex RF engagements with the timing precision needed for modern EW tactics.

The first DRBE system will transition to a U.S. Navy lab in late 2025, where it will be integrated into the Department of Defense’s testing and evaluation infrastructure.

“DRBE is a catalyst, redefining the scale at which we can develop EW payloads and address complex challenges. It empowers our lab to craft solutions with unprecedented sophistication, significantly boosting our confidence in the effectiveness and reliability of our products,” said Jenifer Koch, chief technologist, Aircraft and Spectrum Integration Environments, U.S. Navy.

Expanding DRBE’s range

Building on this momentum, DARPA is now seeking to expand DRBE’s architecture to further boost performance and data flow. This next phase of development will integrate cutting-edge optical interconnects into the DRBE system, drastically increasing bandwidth and enabling scalable connections between hundreds of wafer-scale computers.

These enhancements will unlock the potential for even larger-scale RF scenarios, while also opening pathways for DRBE’s architecture to support additional mission domains, including battlespace autonomy, materials science, and digital twins.

“DRBE isn’t just a test tool; it has the potential to be a strategic enabler for next-generation defense technologies,” said Tauke-Pedretti. “By pushing the boundaries of real-time emulation and compute, we’re laying the groundwork for smarter, faster, and more resilient EW systems.”