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E-mobility: Rheinmetall Subsidiary Secures Funding for the Development of Innovative Production Processes for the Manufacture of High-Performance NanoLam Capacitors

Sunday, September 27th, 2026

As part of the NanoLink project, Pierburg Pump Technology GmbH, a subsidiary of the Rheinmetall technology group, will be receiving funding at its Hartha site (Mittelsachsen district) for the development of innovative production processes for the manufacture of high-performance NanoLam™ capacitors. The project is co-financed by the European Regional Development Fund (ERDF) and tax revenues, based on the budget approved by the State Parliament of Saxony. In total, the site will receive funding of around 1.5 million euros from the Sächsische Aufbaubank (SAB).

The NanoLink project focuses on the research and development of innovative production processes and analytical methods used in the manufacture of intermediate circuit capacitors based on NanoLam™ technology. This is a key technological component which, owing to a wide range of technical advantages over the current state of the art, will be used, amongst other things, in next-generation electric powertrains.
The first European demonstration facility for the manufacture of NanoLam™ capacitors is located at Pierburg Pump Technology GmbH in Hartha, Saxony. Unlike conventional capacitors, dielectric layers in the sub-micrometre range are produced here from thermosetting plastics, with the innovative manufacturing process forming the technological basis. The finished product stands out from established polypropylene film capacitors due to their compactness (capacitance density), lower weight for the same capacitance, higher temperature resistance, dielectric strength and thermal conductivity. These properties and performance characteristics open up applications in the field of electromobility that cannot be achieved with conventional capacitor technology. 
As part of the NanoLink project, the individual process steps involved in the manufacture of NanoLam™ capacitors are being systematically further developed for large-scale production. With the clear aim of making this technology available to the wider market, the focus is on cost-effectiveness, energy efficiency and automatability, without compromising on quality and reliability. 

In addition to Pierburg Pump Technology GmbH, the project partners include AKON GmbH in Geringswalde, Chemnitz University of Technology and the Laserinstitut Hochschule Mittweida (Laser Institute at University of Applied Sciences Mittweida). The NanoLink consortium brings together extensive expertise in the necessary research and development areas. This interdisciplinary approach ensures that the best possible technologies and processes are integrated into the production process planned for the future. This not only helps to strengthen the domestic economy, but also increases resilience in the value chain and positions Germany as a key player in the global production of components for electric mobility. The success of the NanoLink project will drive forward not only the German but also the European automotive industry. Furthermore, it is expected that the introduction of NanoLam™ capacitor technology will enable a wide range of further applications across various sectors. The project, which began on 1 June 2025, will conclude on 31 January 2028.

PAE Munitions Marks 50 years of US-German Partnership on Rolling Airframe Missile Program

Sunday, September 27th, 2026

VIRGINIA, UNITED STATES —

PAE Munitions marked the 50th anniversary of the Rolling Airframe Missile (RAM) program Sept. 17 during the 97th RAM Steering Committee meeting, recognizing five decades of U.S.-German cooperation to deliver and sustain a critical naval self-defense capability.

“For 50 years, the RAM program has continued to evolve to meet fleet needs and the changing threat environment,” said Capt. Tom Pilkerton, Terminal Defense Systems program manager. “That steady focus on capability and modernization has helped sustain RAM’s role as an important part of naval self-defense.”

Since 1976, the RAM program has reflected a long-standing partnership between the U.S. and Germany, sustained by close collaboration across government and industry. Over five decades, that cooperative approach has helped the program adapt, endure, and build industrial base resiliency.

“We are operating in an environment where demand for capable weapons is increasing, and the ability to produce at scale is just as important as the capability itself. Foundational to RAM’s success is the ability of our governments and industries to work together, solve problems together, and deliver together — at speed and scale.”

Van Hendrey, Portfolio Acquisition Executive Munitions and U.S. Co-Chair of the RAM Steering Committee

RAM provides naval ships a rapid-response, short-range defensive capability against anti-ship cruise missiles and other airborne threats as part of a layered self-defense system. Its continued modernization has helped ensure the system remains responsive to evolving threats and fleet requirements.

The anniversary also underscores the strength and durability of the U.S.-German cooperative model, which has sustained the program through changing requirements, engineering challenges, and shifts in the threat environment while continuing to deliver capability for naval forces.

About PAE Munitions: Portfolio Acquisition Executive (PAE) Munitions is a Department of the Navy organization responsible for the development, procurement, and delivery of naval munitions and strike capabilities. By unifying key weapons programs and aligning the weapons industrial base, PAE Munitions provides enterprise-level integration to accelerate production, increase capacity, and ensure the Fleet is equipped with the munitions needed to project power and win.

Via Portfolio Acquisition Executive Marine Corps

Crye Precision and MultiCam Prevail in Two Intellectual Property Actions in China

Saturday, September 26th, 2026

Court finds Chinese manufacturer culpable for copyright and trademark infringement of the MultiCam® pattern

Crye Precision is pleased to announce that it has prevailed in two separate actions before a premier intellectual property court in China. In both rulings, the Court found a Chinese manufacturer culpable for willful copyright and trademark infringement, and in doing so, held that Crye owns enforceable Chinese copyrights and trademarks in its MultiCam® camouflage pattern.

The outcome benefits the wider industry, from the licensed printers who produce genuine MultiCam® materials to the manufacturers and brands who build finished products with it. Most importantly, it protects the people the MultiCam® brand exists to serve: the uncompromising professionals who trust that genuine MultiCam® products deliver the performance and protection they depend on.

These decisions are precedent setting: Crye is the first foreign rights holder to establish and enforce copyright and trademark rights in a camouflage pattern before a Chinese Court. Counterfeit MultiCam® operations have long built their business models on the assumption that Crye would not, or could not, enforce its intellectual property in certain regions. These rulings put that assumption to rest, and hopefully mark the beginning of a broader shift in how foreign intellectual property is protected in China and in the other regions where counterfeiters operate.

Please email press@cryeprecision.com with any questions.

ORIGIN and Anduril Sign MoU on Counter-UAS Air Defense for NATO’s Eastern Flank

Friday, September 25th, 2026
  • Companies will explore integration of BLAZE, ORIGIN’s autonomous counter-drone interceptor, with Lattice, Anduril’s sensor-agnostic command and control platform;
  • Agreement includes joint testing and demonstrations in Latvia to assess how the combined technologies could contribute to a layered air defense against drone threats;
  • MoU signed as an outcome of a Latvian business trade mission, taking place in the United States during the official visit of the President of Latvia.

LOS ANGELES (25 September 2026) — Anduril, a US defense technology company building autonomous systems and command and control software, and ORIGIN, a defense technology company building autonomous unmanned aerial systems, have agreed to explore how their technologies could work together to strengthen the deterrence posture of NATO’s eastern flank. Under the memorandum of understanding, they will explore the integration of Anduril’s Lattice software platform with BLAZE, ORIGIN’s autonomous counter-drone interceptor, to offer a layered counter-UAS capability in support of Latvia’s air defense. The MoU was signed during a Latvian business trade mission organised by the Investment and Development Agency of Latvia (LIAA) as part of the official visit by the President of Latvia, Edgars Rink?vi?s, to the United States.

Lattice is Anduril’s software platform for fusing data from disparate sensors and unmanned systems into a single layer, giving operators real-time visibility across a battlefield and the ability to task connected assets such as sensors and vehicles. Under the MoU, ORIGIN and Anduril will explore how BLAZE connects into that layer alongside deployed radars and other sensors, working toward a concept of operations for counter-UAS missions.

The two companies have agreed to joint testing, demonstration and validation activity in Latvia, alongside concept of operations development, data sharing and mission-effectiveness assessment for counter-UAS profiles. For end users, the collaboration points toward interceptors that do not operate in isolation from wider defense infrastructure. As threats become more networked, systems that can plug into a shared command and control layer are becoming a requirement rather than an advantage for operators assembling holistic air defense capabilities.

Martins Marenis, Commercial Director of ORIGIN, said: “We are here to work alongside industry leaders and innovators to build C-UAS systems that genuinely help empower NATO allies. Integrating BLAZE with Anduril’s Lattice platform means our interceptors operate as part of a connected system, giving allied forces better visibility and faster response against evolving drone threats. That is what modern air defense requires, and it is what smaller nations along NATO’s eastern flank need to defend their own airspace effectively.”

The MoU between ORIGIN and Anduril was signed as an outcome of a Latvian business trade mission to the United States, organised by the Investment and Development Agency of Latvia (LIAA) and taking place alongside the President’s official visit. The mission runs through 27 September and covers New York, Los Angeles and San Diego, bringing together representatives of companies and organisations across four sector tracks, including defense and dual-use technologies.

“The cooperation memorandum between ORIGIN and Anduril is a significant outcome of this trade mission. ORIGIN has come to the United States with defence technologies developed in Latvia and a clear proposal for cooperation, and the memorandum confirms Anduril’s interest in developing this cooperation. For Latvian companies, the objective is to develop joint projects with US partners, secure orders and attract investment, and LIAA will continue to help move this work forward,” said Ieva J?gere, Director of LIAA.

DroneShield Opens Adelaide R&D Hub to Accelerate Next-Generation of Australian Defence Technology

Thursday, September 24th, 2026

Sydney, Australia – 23 September 2026 – DroneShield (ASX:DRO), a global leader in counter-drone and electronic warfare (EW) solutions, is pleased to announce the official opening of its R&D Facility in Adelaide, further expanding the Company’s Australian research and development footprint and reinforcing its commitment to South Australia’s rapidly growing defence and technology sector.

The new Adelaide R&D hub expands DroneShield’s national research and development footprint, providing dedicated software development and dry laboratory facilities for engineers working across embedded systems, advanced sensing, communications, software and electronic warfare capabilities.

The office opening was officially marked by South Australian Minister for Defence and Space Industries, The Hon Chris Picton MP, reflecting Adelaide’s growing role as a centre for sovereign defence technology development and advanced engineering.


DroneShield officially opens its Adelaide R&D Facility at a ribbon cutting ceremony attended by South Australian Minister for Defence and Space Industries, The Hon Chris Picton?MP.

Located at one of Adelaide’s nationally recognised innovation precincts, the new R&D hub provides dedicated software development and dry laboratory facilities to support the development of DroneShield’s next generation counter-drone and EW technologies. The R&D Facility complements DroneShield’s existing Australian R&D operations in Sydney and strengthens the Company’s ability to attract and retain highly skilled engineering talent in one of Australia’s leading technology and defence hubs.

The expansion comes as increasingly complex drone threats are driving demand for faster technology development and continued innovation across sensing, electronic warfare, software and counter-UAS capabilities. The Adelaide team will contribute to DroneShield’s ongoing development of technologies designed to address both current and emerging operational requirements.

Angus Bean, Chief Executive of DroneShield said, “Adelaide has established itself as one of Australia’s leading centres for defence and advanced technology innovation. Opening our Adelaide office strengthens our ability to access exceptional engineering talent and further expand our Australian research and development capabilities.”

The Hon Chris Picton MP, South Australian Minister for State Development and Minister for Defence and Space Industries said, “DroneShield basing its R&D hub in Adelaide is a huge vote of confidence in our state’s growing defence industry. The new facility will create highly skilled jobs, boost local innovation and strengthen our national defence.”


The Hon Chris Picton MP, South Australian Minister for State Development and Minister for Defence and Space Industries.

The Adelaide R&D Hub forms part of DroneShield’s continued investment in Australian research, engineering and technology development, strengthening the Company’s ability to develop sovereign defence technologies in Australia for customers domestically and internationally.

Silent Steel Introduces the Next Generation of Baffle Suppressors

Thursday, September 24th, 2026

Silent Steel launches its Generation 2 Baffle Streamer family, featuring advanced 3D-printed modules, significantly improved sound and flash suppression, new OTB models and a fully upgradeable modular architecture.

Silent Steel is proud to introduce the new Baffle Streamer Gen 2 suppressor family, representing a major step forward in our traditional baffle suppressor technology.

At the heart of the new generation is a completely redesigned 3D-printed Gen 2 Baffle Module. Additive manufacturing allows us to create advanced internal geometries that would not be possible with conventional manufacturing methods. The result is a significant improvement in both sound and flash suppression, while allowing weight, durability and performance to be optimized for different applications.

Two Materials – Two Different Missions

The new Gen 2 Baffle Modules are available in 3D-printed aluminium or Inconel 718.

The aluminium version has been developed with minimum weight in mind. Its lightweight construction makes it particularly suitable for hunters and sporting shooters who want effective sound and flash suppression while adding as little weight as possible to the firearm.

For professional users, the Inconel 718 version provides exceptional durability and high-temperature resistance. It is designed for demanding law enforcement, military and professional applications where reliability and durability under intensive use are essential.

Introducing the Silent Steel Flash-Guard

Flash suppression has been one of the key development areas of the Gen 2 platform.

The new suppressors feature the Silent Steel Flash-Guard, integrated into the front of the suppressor and designed to minimize visible muzzle flash. Combined with the new Gen 2 Baffle Module, it provides excellent flash suppression, including on demanding short-barreled weapon platforms.

A Complete Gen 2 Product Family

The new generation expands the Baffle Streamer family with several configurations for different applications.

The Baffle Streamer Gen 2 is the full-size model, designed for applications where maximum sound and flash suppression are the priority.

The Compact Baffle Streamer Gen 2 provides the same new-generation technology in a shorter and lighter package, offering an excellent balance between suppression performance, overall weapon length and weight.

The range is also expanded with two new Over-the-Barrel (OTB) configurations.

The Streamer OTB Gen 2 uses the standard Streamer body together with a Compact Streamer Gen 2 Baffle Module. By extending part of the suppressor rearward over the barrel, the design reduces added weapon length and moves part of the suppressor mass closer to the shooter for improved balance.

At the top of the range is the completely new XStreamer OTB Gen 2 – Extended Streamer Over-the-Barrel. As the longest model in the family, it uses a full-size Streamer Gen 2 Baffle Module while positioning part of the suppressor over the barrel. The result combines high suppression performance with reduced added length and improved weight distribution. The XStreamer OTB is available exclusively with the lightweight aluminium Gen 2 module.

Designed to Be Upgraded – Not Replaced

One of the most important principles behind the Silent Steel suppressor platform is modularity and long service life.

The new Gen 2 technology continues to use our standard suppressor body architecture. The new Baffle Modules are compatible with corresponding previous-generation Silent Steel suppressor bodies, allowing existing customers to upgrade their suppressor to Gen 2 technology simply by replacing the internal module.

Because the suppressor’s serial number is permanently marked on the body, the serialized component remains unchanged when the internal module is upgraded.

All Gen 2 Baffle Streamer suppressors are fully disassemblable and serviceable, allowing inspection, cleaning and replacement of the internal module when required.

Heavy Weapon Carrier for the Infantry: Rheinmetall completes Factory Acceptance Test for New Training Equipment

Wednesday, September 23rd, 2026

Rheinmetall Electronics GmbH has reached an important milestone in its training solution for the Heavy Infantry Weapon Carrier. The newly developed training equipment for gunnery and combat training for the Heavy Infantry Weapon Carrier (abbr. AGSW in German) successfully passed the Factory Acceptance Test at Rheinmetall’s Bremen site in June 2026. Representatives from the Army Concepts and Capabilities Development Centre (ACCDC) and the Federal Office of Bundeswehr Equipment, Information Technology and In-Service Support (BAAINBw), as well as soldiers from the fusilier troops and the Infantry School, were present for the acceptance process and, have conducted a comprehensive inspection of the system.

As a result, crew training can begin in parallel with vehicle deliveries. Training and simulation were considered part of the system development from the beginning. As early as 2022, the Bundeswehr and industry jointly set the goal of providing initial training equipment even before delivery of the first vehicles.

The development of the AGSW began after the contract was signed in early 2024 and was completed in July 2026. Rheinmetall’s close cooperation with the Infantry School and the ACCDC during the concept phase made it possible to incorporate the requirements of future users into the development at an early stage.

The first component of the two-stage training solution is already available to the fusilier troops. Between September 2025 and April 2026, the procedural trainers were delivered to the Fusilier battalions. This means that crew training can begin as planned before the first vehicles are delivered. The handover of the first AGSW to the Infantry School is scheduled for autumn 2026.

The AGSW is the core of this training solution: the highly realistic gunnery and combat simulator comprises a control, evaluation and monitoring station and four fighting compartments. The vehicle interior, vehicle logic, operating procedures, aiming behaviour, driving dynamics and ballistics are simulated with a high degree of realism. Training ranges from instruction for individual crew members, through interaction within the entire crew, to tactical procedures and complex scenarios at platoon level.

The simulators are prepared for networking with so-called ‘infantry desktop trainers’. This also enables joint training of vehicle crews and dismounted infantry. The desktop-based operational trainer uses the same simulation software and operating logic as the AGSW, thus forming the starting point for follow-on training.

Both systems also enable users to independently create and customise virtual terrain environments. This means that future areas of operations can be replicated and advancing routes, positions, and tactical procedures can be practised before a potential deployment.

The AGSW is conceptually based on the ‘Training equipment for gunnery and combat training Puma infantry fighting vehicle’ (abbr. AGSP in German) developed by Rheinmetall. The system reached a major milestone in 2025 and is now in serial production. Training solutions for other Bundeswehr vehicles are also being developed on this technological basis. Looking ahead, fusilier troops, armoured infantry and army reconnaissance troops are to have their own training equipment at their respective locations.

In July 2026, the responsible project manager at the BAAINBw officially confirmed that the Factory Acceptance Test had been successfully passed. A total of five AGSW systems shall be handed to users by mid-2027. Following functional testing and acceptance at the respective locations, the simulation software for the operational trainer and the AGSW will be adapted to the final development status of the Heavy Infantry Weapon Carrier and rolled out as an identical version.

This creates a comprehensive training solution in line with the ‘train as you fight’ concept and an important prerequisite for crews to receive highly realistic training even before the new weapon system’s first deployment.

Rheinmetall at REPMUS26: Interconnected Unmanned Systems for the Protection of Maritime Infrastructure

Tuesday, September 22nd, 2026

Rheinmetall AG is continuously testing modular and interconnected solutions for maritime operations. As a leading international systems provider for security, the company is participating in the multinational REPMUS26 (Robotic Experimentation and Prototyping with Maritime Unmanned Systems) proving exercise in Portugal from 31 August to 25 September 2026. Already since 2024, the DAX-listed group has been contributing its expertise as a systems integrator for complex, multidimensional maritime systems to this large-scale trial.

The exercise on the Troia Peninsula and in the surrounding Portuguese waters brings together navies, research institutions, and industry to further develop unmanned systems within a realistic, multidimensional operational environment.

Interoperability as key to strategic security:

The networked deployment of unmanned platforms, from seabed to space, is crucial for protecting critical port infrastructure, strategically important port facilities, and coastal waters. At REPMUS26, Rheinmetall is demonstrating that mission success is determined not merely by the performance of individual platforms, but by their seamless networking. Integrating all sensor data into a multidimensional operational picture creates the conditions for early situational awareness and graded, precise courses of action.

An overview of the technological trial setup:

Mobile Mission Control

A key element of this year’s contribution is a containerised, relocatable demonstration setup. This will serve as a mobile command and control centre for the German Navy during the four-week exercise, supporting operational port security.

Open integration architecture

The Rheinmetall Battlesuite is based on the Tactical Core Middleware from blackned GmbH and is the technological backbone. This architecture creates an open environment for the flexible and application-specific integration of innovative sensors, effectors and mission modules from various technology partners.

Graded underwater sensor system

A particular focus in 2026 is on experiments involving unmanned underwater sensors from renowned industry partners. The aim is to generate a persistent operational picture and enable operators to control multiple unmanned systems of different types and from various manufacturers via a common user interface.

“REPMUS offers us an excellent opportunity to test our prototype development in realistic scenarios”, explains Gregor Mannherz, Head of the Rheinmetall Delegation. “By collaborating with operational experts from our naval customers and government agencies, we can design our products and solutions more efficiently, thus accelerating development in a targeted manner”.

By validating collaborative operational concepts and enhancing interoperability, Rheinmetall is making a significant contribution to strengthening the defence capabilities of NATO partners and to safeguarding global maritime supply routes.