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Australia’s Best Take on Premier Patrolling Test

Thursday, November 6th, 2025

Soldiers from 1st Battalian, the Royal Australian Regiment (1RAR), achieved gold at this year’s Exercise Cambrian Patrol, proving why they are Australia’s best.

Wind howled through the Welsh hills as the Australian infantry section stepped off into darkness for the biggest challenge of their careers.

Ahead lay unforgiving terrain, freezing water crossings and a gauntlet of combat scenarios to test the limits of endurance, skill and teamwork.

Fresh from their Duke of Gloucester (DoG) Cup victory, the team had just over a week of rest before flying to London and travelling from there to Cardiff.

After a crash course in British Army doctrine and weapons, they began their patrol at 2am from Maindy Barracks into the soggy, undulating landscape of the Brecon Beacons.

‘The views were unreal. Not something you see in Aussie training areas.’

Section member Private Benjamin King said the nerves hit them as they drove to the assembly area.

“You get those butterflies, but once the patrol commander got the FRAGO [fragmentary order] and we cracked into the mud model, the nerves disappeared and we got on with the job,” he said.

After crossing a minefield and dealing with a chemical warfare attack, the team was notified of a vehicle that had struck a mine and required medical assistance. 

After an eight-kilometre march, they reached the accident that their section commander, Corporal Tiger Jefferys, said was the one they handled best.

“Some of the other British forces commented that our standard of battlefield casualty care was very impressive, which was good to hear and it’s good for Australia as well,” Corporal Jefferys said.

Between stands, the soldiers patrolled through breathtaking terrain and were able to enjoy the views thanks to clear weather – in contrast to the rain-soaked DoG Cup.

“We were lucky with the weather,” Private King said.

“The views were unreal. Not something you see in Aussie training areas. But it was still cheeky chats with your mates and keeping your game face on.”

The team next faced a military float crossing through an icy reservoir before harbouring up for the night. 

In the morning, the section met with indirect fire and a trench assault – the highlight of the patrol according to Private King.

“It was intense, with realistic enemy and a proper mock-up trench,” he said. 

“We got contacted early, had to fight our way in, clear through and capture a high-value target. It was something I hadn’t done before and it pushed us hard.”

‘They were all excellent. At no point did anyone lag behind or say that they needed a rest.’

After securing an enemy commander, the team stepped off on their final 10-kilometre stomp to the finish line, followed by a debrief.

The team took just more than 40 hours to complete the exercise and were happy to be off their feet after more than 60 kilometres of patrolling.

Exercise Cambrian Patrol has been held annually by the British Army since 1959. It is regarded as the world’s premier patrolling test. 

This year, 122 teams took part. To earn gold they had to score more than 75 per cent across the entire patrol.

According to Corporal Jefferys, the section was ecstatic after finding out they were one of the few teams to achieve the gold standard.

“It felt great, especially getting everyone over the line at the end. I’m really proud of the team to have achieved it,” Corporal Jefferys said.

“They were all excellent. At no point did anyone lag behind or say that they needed a rest. Everyone was fit, all over their drills and highly motivated.”

Private King said the patrol was a last hurrah for the section. Given they had been training together since their DoG Cup selection, their achievement was made even more meaningful.

“Once we found out, it was just pure elation. Like we’d finally done it. We’d got a gold at DoG Cup and then gold at Cambrian,” he said.

“It showed how capable an RAR section is on the world stage.”

By Corporal Michael Rogers

A4ESSOR and OCCAR Sign New Procurement Contract to Advance Development of Interoperable Tactical Communications

Tuesday, November 4th, 2025

Procurement contract to carry out the capability deployment of the ESSOR High Data Rate Waveform – EHDRWF.

Munich/Bonn, November 3, 2025 — a4ESSOR S.A.S (Alliance for ESSOR – European Secure Software Defined Radio), a multinational joint venture that develops secure software defined radio (SDR) technology, has signed a procurement contract with the intergovernmental Organisation for Joint Armament Cooperation (OCCAR) to carry out the capability deployment of the ESSOR High Data Rate Waveform – EHDRWF. The waveform can be ported to national software-defined radios; through this unique approach, any nation can use its own radio and be interoperable with other nations in their tactical communications. The contract for the so called ESSOR Development Stage #4 (ES4) is valued in excess of 47 million EUR.

The six nations involved and their respective industry leaders (Finland – Bittium, France – Thales, Germany –Rohde & Schwarz, Italy – Leonardo, Poland – Radmor, Spain – Indra) have then been working to add new features, such as electronic protection measures and support of modern cryptographic standards, leading to several successful interoperability demonstrations and qualification tests and to the adoption of ESSOR High Data Rate Waveform as NATO STANAG 5651 in 2023.

Under the new contract, a4ESSOR will design a common mission framework aimed at shared planning capability of network parameters of the EHDRWF. Once implemented in the command-and-control system of each nation, the mission framework will ensure high interoperability at operational level, allowing quick and accurate deployment of multinational EHDRWF networks.

a4ESSOR will conduct field tests of the EHDRWF on the various radio systems to assess the maturity, performance and reliability of the waveform in various scenarios, providing valuable feedback for future waveform enhancements. The field test will also include trials in different operational environments (urban, rural and hilly terrains), line-of-sight/non-line-of-sight and mobility scenarios, as well as analysis of waveform performances under potential interference conditions. Furthermore, the contract will define an ESSOR in-service support framework and will set up an ESSOR laboratory as the reference for interoperability validation.

Lino Laganà, President and General Manager of a4ESSOR, said “a4ESSOR has been active for over 16 years playing a crucial role to develop and test ESSOR capabilities and technologies to address multinational defence requirements as a valuable solution in addition to the existing legacy waveforms. The ESSOR HDRWF standard is capable to facilitate seamless communications across diverse radio platforms and nations, affirming its potential to enhance collaborative defence operations across Europe and NATO countries.”

“The mission framework will allow a quantum leap forward in terms of interoperability among armed forces from various countries, as it will define what’s needed to achieve interoperability in mission planning and management. We will work at defining the required solutions towards their integration onto command & control systems of the various countries. It’s an evolution enabler, from technical to operational interoperability.”

Lino Laganà continued “The project aligns with the European Union’s strategic objectives of strengthening defence cooperation, enhancing autonomy, and improving the efficiency of combined military missions. By equipping EU member states with secure, interoperable, and scalable communication solutions, the initiative strengthens Europe’s collective ability to respond to threats and ensures seamless coordination in operations.”

Contribution to European Energy and Fuel Security: Rheinmetall Cooperates with German Technology Champions to Build Production Facilities for CO?-Neutral Synthetic Fuel for Military Use

Tuesday, November 4th, 2025

In the future, Rheinmetall intends to enable armed forces to produce their own fuel locally and independently of global fossil fuel supply chains. To ensure the operational readiness and energy supply of military forces, Rheinmetall is now presenting a new strategic concept: the independent synthesis of e-fuels by European armies. The ‘Giga PtX’ project developed by Rheinmetall, in collaboration with partner companies, aims to establish a Europe-wide network of several hundred modular e-fuel production plants. Depending on the application profile, these plants will be capable of producing 5,000 to 7,000 tonnes of diesel, marine diesel, or kerosene per facility per year. With this concept, Rheinmetall is looking at strengthening the energy self-sufficiency and resilience of European armed forces in a sustainable manner, while also contributing to the stability of critical energy infrastructure.

Rheinmetall offers to act as general contractor and is responsible not only for system integration but also for the design, construction, maintenance and operation of the large-scale industrial facilities. The company thus offers its customers a holistic solution – from the engineering phase to long-term operation.

In order to be able to provide the plant technology immediately, a strong alliance of participating German industrial giants and leading cleantech companies has been formed. “We have exactly the partners we need. We are prepared and can start immediately. We are literally ready to go in order to strengthen fuel resilience in Germany and Europe in the long term”, says Birgit Görtler, Vice President Sales Hydrogen at Rheinmetall.

Sunfire, a leading global manufacturer of industrial electrolysers will be joining the consortium. The company’s pressurized alkaline electrolysers are intended to be an indispensable component of e-fuel production plants, ensuring the reliable supply of green hydrogen.

Sunfire’s portfolio also includes highly efficient SOEC technology. By utilising waste heat in the form of steam, the facility achieves a significantly higher conversion efficiency. This means that more hydrogen, and consequently more fuel, can be produced with the same amount of electricity. This technology is therefore ideal for use in e-fuel facilities.   

In addition to green hydrogen, carbon dioxide is required to produce synthetic fuels. This is why Greenlyte, a new energy player based in North Rhine-Westphalia, is also joining the consortium. Using its modular technology to produce green raw materials, Greenlyte can capture carbon directly

from the air, providing another key component for producing synthetic fuels at the Giga PtX facilities, alongside hydrogen. This feature enables the facilities to operate independently of existing infrastructure and with greater flexibility, thereby increasing location independence.

Alongside the new partners, Rheinmetall’s long-standing cooperation partner INERATEC from Karlsruhe also plays a central role in the consortium. This technology company is responsible for the heart of the facility: the Reverse Water Gas Shift (RWGS) and Fischer-Tropsch processes. These processes convert hydrogen and carbon dioxide into synthetic fuels. INERATEC recently demonstrated its leading expertise in the field of power-to-X technologies by commissioning Europe’s largest power-to-liquid facility in Frankfurt am Main. This facility produces up to 2,500 tonnes of sustainable fuel annually.

“War readiness requires a resilient energy infrastructure. Maintaining fossil fuel supply chains will be challenging for European countries in the event of a defence situation. With the Giga PtX facilities, Rheinmetall and its partners are sending a strong signal of industrial transformation, climate protection and security resilience in Europe”, said Armin Papperger, CEO of Rheinmetall AG.

The first facilities can be realised at short notice as soon as the political and regulatory framework conditions have been established.

New Partnership Between Milrem Robotics and Poland’s Military University of Technology Strengthens Defence Robotics R&D

Sunday, November 2nd, 2025

Milrem Robotics, the world’s leading robotics and autonomous systems developer, and Poland’s Military University of Technology (Wojskowa Akademia Techniczna—WAT) have signed a cooperation agreement to accelerate joint scientific research, innovation, and education in defence robotics.

The agreement was signed on October 29, 2025, by Brigadier General Prof. Przemys?aw Wachulak, PhD, DSc, Eng., the Commandant-Rector of the Military University of Technology, and Kuldar Väärsi, the Chief Executive Officer of Milrem Robotics.

This partnership fosters research and development synergy: together, Milrem Robotics and WAT will co-design and implement projects under European and international programmes, drive joint scientific publications and conference participation, and combine technological development with academia to accelerate innovation.

“We are delighted to collaborate with WAT to enhance Europe’s defence capabilities. This partnership reflects Milrem Robotics’ dedication to Poland’s vibrant innovation ecosystem. As a global leader in advanced technology, this agreement signifies an exciting milestone in our journey to engage with Poland’s dynamic industrial and technological landscape. Together, we will utilise agility, creativity, and innovative solutions to foster progress, demonstrating that European collaboration is essential to maintaining a competitive edge in the future,” said Kuldar Väärsi, CEO of Milrem Robotics.

“At the Military University of Technology, we understand the importance of rapidly implementing research results and delivering new technologies: military, dual-use and civilian,” said Brigadier General Professor Przemys?aw Wachulak, Commandant-Rector of WAT. “WAT’s cooperation with Milrem Robotics is another important step toward advancing unmanned ground vehicle technologies for the military, as well as new educational opportunities for the young ranks of soldiers and engineers building our future security,” he added.

“This agreement allows us to bring academia and robotics engineering closer together to create real impact,” said Marcin Sobieraj, Country Manager of Milrem Robotics Poland.

The cooperation further provides for mutual technical and scientific consulting, exchange of knowledge and experience, and coordination of research and development efforts. Educational integration is central: Milrem experts will engage in WAT’s workshops, courses, and events; students will gain from study visits, internships, and apprenticeships.

Milrem Robotics and the Military University of Technology commit to ongoing collaboration in science, education, and defence systems development, pushing advancements in unmanned systems and enhancing European resilience.

Cubic Awarded Canada Department of National Defence Contract for the Weapon Effects Simulation (WES) In-Service Support

Saturday, November 1st, 2025

Closing the gap in simulating realistic weapons effects during force-on-force field training exercises

SAN DIEGO – October 30, 2025 – Cubic Defense has been awarded a multi-year contract from Public Works and Government Services Canada, on behalf of Canada’s Department of National Defence, to provide live simulation support to the Canadian Army through Contractor Conducted Logistics Support.

The six-year contract provides logistics assistance to the Canadian Weapon Effects Simulation (CWES) program, supporting CWES live training at four Canadian Forces Bases: Gagetown, New Brunswick; Valcartier, Quebec; Petawawa, Ontario; and Wainwright, Alberta.

“We are honored to continue supporting the Canadian Army and appreciate this nearly three-decade partnership that will revitalize our live simulation training support to the CWES program,” said Alicia Combs, Vice President and General Manager of Cubic Ground Training. “This contract expands on the effort to advance the Canadian Army’s force-on-force training realism and feedback while reducing training costs.”

The contract’s logistics support package for the Canadian Army’s interoperable force-on-force system includes the multi-code Instrumented Harness Kit (IHK); Tactical Armoured Patrol Vehicle (TAPV), which utilizes Cubic’s Wireless Vehicle Kit (WVK); and Medium Support Vehicle System (MSVS) WVK and the Urban Operations Training System (UOTS). Combined, Cubic’s solutions deliver one of the most advanced live training capabilities in North America.

The original CWES contract was awarded to Cubic in February 2003 and modified multiple times to enhance capabilities to simulate contemporary weapons and their effects during force-on-force field training exercises. CWES enables soldiers to train the way they fight during combat operations and provides solutions that enhance a Commander’s after-action reviews in evaluating their tactics, techniques, and procedures.

To learn more about Cubic products and services, visit Ground Training Solutions.

Solid State plc Through Steatite has Secured an Initial $10.8 Million UK MoD Order for Project CAIN

Friday, October 31st, 2025

Solid State plc (AIM: SOLI), the specialist value-added component supplier and design-in-manufacturer of computing, power, and communications products, is pleased to announce that its subsidiary Steatite Ltd has secured an initial order valued at US $10.8 million under Project CAIN, a major defence programme, for a UK Government end user.

The order represents a significant milestone in Steatite’s ongoing strategy to deliver cutting-edge, mission-critical technologies to the UK’s armed forces and security community. Under Project CAIN, Steatite will supply a range of secure, ruggedised systems including the MPU5 and Wave Relay Radio Technology from Persistent Systems, supporting advanced operational capabilities in challenging environments.

Delivery of these initial systems is scheduled for the first half of 2026. The project further strengthens Steatite’s position as a trusted supplier to the UK Ministry of Defence and reinforces its reputation for innovation and reliability in the delivery of secure technology solutions.

Commenting on the award, Matthew Richards, Systems Divisional Managing Director of Solid State plc, said:

“This contract win is the result of extensive collaboration with our customer, the OEM Persistent Systems and other commercial providers, which highlights the strength of Steatite’s capability and commitment to operational excellence.

“Project CAIN will play a key role in enhancing the UK’s defence resilience, aligning with the targets set by Chief of the General Staff General, Sir Roly Walker, to double lethality in 3 years and triple it in 10. We’re proud to be part of its delivery and thank Tim Sage and his colleagues within our communications team for getting us to this stage. We now look forward to supporting the MoD in the months and years to come on such a prestigious and vitally important programme.”

This announcement contains inside information for the purposes of Article 7 of the UK version of Regulation (EU) No 596/2014 which is part of UK law by virtue of the European Union (Withdrawal) Act 2018, as amended (“MAR”). Upon the publication of this announcement via a Regulatory Information Service, this inside information is now considered to be in the public domain.

Cooperation with Bulgaria: Rheinmetall and VMZ Establish Joint Venture for the Production of Artillery Ammunition

Friday, October 31st, 2025

Rheinmetall and the Bulgarian company VMZ (Vazovski Mashinostroitelni Zavodi) are establishing a joint venture for the development and manufacture of artillery shells and energetic materials. A corresponding agreement was signed today. The total investment in the joint venture amounts to approximately €1 billion – one of the most significant investments in ammunition production in recent years. Rheinmetall holds a 51% stake in the joint venture, while VMZ holds 49%.

The production facility will cover an area of around 100 hectares. The site is located in the Sopot region of Bulgaria. The joint venture is expected to create around 1,000 jobs. Annual production capacity will be around 100,000 shells and propellant charges for up to 150,000 shells. In addition, the joint venture will produce approximately 1,300 tonnes of propellant powder. This capacity will support VMZ’s business. According to current plans, production of projectile casings is scheduled to begin in 2027. Energetic materials are to be produced from 2028 onwards.

‘We are grateful for the Bulgarian government’s confidence in our capabilities,’ said Armin Papperger, CEO of Rheinmetall AG. ‘With the new production facility, we are further expanding our leading role as a manufacturer of artillery ammunition to continue supporting the defence capabilities of the European Union and NATO.’

About Rheinmetall: As an integrated technology group, the listed company Rheinmetall AG, headquartered in Düsseldorf, stands for a company that is as strong in substance as it is successful internationally, and that is active in various markets with an innovative range of products and services. Rheinmetall is a leading international systems supplier in the defence industry and at the same time a driver of forward-looking technological and industrial innovations in the civilian markets. With 40,000 employees on 174 sites word wide, Rheinmetall generated sales €9.8 billion in 2024.

Royal Marines Fully Field Persistent MPU5 Radios Empowering the UK Commando Force Modernization Initiative

Thursday, October 30th, 2025

  • Royal Marines field 2,000+ MPU5 radios, entering a new phase of large-scale operational deployment and collaboration with allied forces
  • Wave Relay® MANET technology creates a global communications fabric, enabling the Royal Marines to dominate in contested environments

Persistent Systems, LLC (“Persistent”), a leader in mobile ad hoc network (MANET) technology, announced that the UK Royal Marines have now fully fielded over 2,000 MPU5 radio systems in support of their UK Commando Force (UKCF) transformation. This marks a significant step in the Royal Marines’ move toward a more agile, technology-enabled expeditionary force.

MPU5 radios, running the Wave Relay® MANET, now form a highly scalable communications fabric uniting warfighters, unmanned systems, sensors, vehicles, and command posts. This deployment enables the Royal Marines to operate with greater autonomy, speed, and lethality in contested electronic warfare (EW) environments.

The Royal Marines are divesting from legacy government-only systems and embracing commercial, non-ITAR defense technology. This makes their force more interoperable with allies and places the UK at the forefront of multinational collaboration.

“True interoperability is about more than just working with allies. It’s about uniting every Marine, every vehicle, and every sensor into a single resilient network,” said Eve Shapiro, Senior Director of Sales and Business Development at Persistent. “With the Wave Relay MANET, the Royal Marines can execute complex, distributed operations while maintaining constant connectivity and situational awareness.”

The UKCF represents the most significant modernization of the Royal Marines since WWII, aimed at creating a globally deployable, autonomous littoral force. It emphasizes small, lethal teams, unmanned and AI-enabled systems, and networked C4ISR capabilities.

The MPU5 rollout, awarded to Persistent’s UK partner & distributor, Steatite Ltd., which includes handheld units and vehicle kits, supports UKCF’s operational demands across land, sea, and unmanned domains. Integration with platforms like all-terrain vehicles and unmanned systems enables uninterrupted connectivity regardless of terrain or mission set.