In conjunction with Red Beard Tactical, Last Man Standing Gear is introducing a Loden Green version of their popular flannel shirt.
Manufactured from 150 g/m Cotton fabric made by one of the oldest weavers in Portugal, it features slotted buttons.
Here are some shots of the four pockets and three sunglass loops:
Coming soon from Last Man Standing Gear.
Show you’re a member of the Syndicate. Working in conjunction with Australia’s own Papa Nui Cap Co, M&M Enterprises will soon offer the very caps adopted by the 245th Bomb Group stationed in Pianosa, Italy.
These quality caps feature fabric obtained through the Syndicate and presented in the classic Air Corps cut.
FULDA, GERMANY (November 28, 2022)—Mehler Vario System, European market leader in ballistic protection and carrying systems with five subsidiaries worldwide, today announced the opening of a 26,000-square-meter production facility, now the second such plant at its Fulda site.
The company said its new plant—which represents a significant expansion of the company’s production capacity—was opened in response to increased global demand for ballistic protection equipment.
Construction of the new facility and outfitting it with state-of-the-art production systems required a capital investment in the eight-figure range, Mehler Vario System revealed.
The new plant is expected to introduce 200 new jobs to the Fulda area, bringing to 500 the total number of local Mehler Vario System employees. Earlier this year, a recruitment campaign called “Guaranteed Secure Jobs” was initiated by the company. Many positions were filled but others remain vacant; those still available include production assistants, machine and warehouse operators, supervisors, administrators, and more—with the added enticement of opportunities aplenty for career development and advancement.
Another enticement is the location itself. Mehler Vario System is situated a short distance from thriving downtown Fulda, served by an excellent public transportation system and other attractive amenities that contribute to making it a desirable environment for workers.
“The opening of the new plant is an important milestone on the growth path along which our group of companies is journeying,” said Thomas Homberg, CEO of Mehler Vario System Group.
Homberg—who also serves as managing director of Mehler Vario System GmbH, which he heads together with Dr. Mario Amschlinger—added that the entire group is committed to production capacity expansion in order to “further strengthen our position as a leading supplier of ballistic protection systems and at the same time, as a member of the Fulda community, to create new jobs that help make our local economy more sustainable.”
The technology enterprise Rheinmetall AG has taken a further step on the path to achieving climate neutrality by 2035, its stated goal. Thanks to the Group’s strong commitment and the support of local authorities, last summer a large solar power plant was successfully installed on the roofs of factory halls at Rheinmetall subsidiary Pierburg SA in Abadanio, Spain.
The 1,635 solar modules installed on the roof are now producing solar power. Annual output is expected to be in the region of 730,000 kWh. According to company calculations, this sustainably generated energy will cut the plant’s climate-harmful CO2 emissions by 175 tons annually.
For the past twelve years, the company has been systematically pursuing a long-term action plan in Spain to reduce its climate footprint, having conducted its first energy audit in 2009. Ever since, the company has done its utmost to be an efficient producer while simultaneously protecting the environment and reducing emissions. Over the years, in addition to the latest installation, the company has successfully implemented measures that have also enhanced the efficiency and sustainability of other industrial processes. These include the introduction of a geothermal exchange system, the insulation of pipes, automatic control systems for fan heaters, automatic compressed air control systems and compressed air systems for leak detection, LED technology and intelligent lighting systems (KNX), as well as coolant filtration and briquetting systems.
This year, the plant has won acclaim from various private and public sector bodies for its commitment and ongoing successful implementation of measures to optimize the reduction of CO2 emissions. In 2014 Pierburg in Spain received special recognition from the Energy Department of the Basque Government, and a year later its energy management system was recognized for good practice as part of the EFQM award. And in 2016 the plant won special recognition from the CEBEC, the confederation of the most important companies in the Province of Bizkaia.
As part of another backfill activity commissioned by the German government, Rheinmetall is supplying Marder 1A3 Infantry Fighting Vehicles to Greece. The first units of these Marder Infantry Fighting Vehicles were presented as part of the parade of the Hellenic Armed Forces on the occasion of the national holiday on October 28th in Thessaloniki.
The Hellenic Armed Forces, for their part, are giving Infantry Fighting Vehicles of Soviet design and other military equipment for support to Ukraine and are receiving Marder 1A3 Infantry Fighting Vehicles in exchange. In addition to the delivery of the Infantry Fighting Vehicles, an ammunition package, an integrated service package including training services and a spare parts package will also be provided by the Bundeswehr and Rheinmetall. Deliveries should be completed by the end of 2023.
The vehicles provided are overhauled Marder 1A3 from former Bundeswehr stocks. These Marder 1A3s have been repaired at Rheinmetall Landsysteme GmbH at their own expense since spring 2022 at the Unterlüß site so that they are ready for immediate use. The first vehicles were loaded on October 11 at the Rheinmetall site in Unterlüß and transported to Greece.
The Marder Infantry Fighting Vehicle, which was developed for the German Armed Forces and is still in use, is one of the most proven weapon systems of its kind in the world. The vehicle was modernized several times in the course of its use and its combat value increased.
The backfill activity is a procedure developed by the German government to support Ukraine in its efforts against the Russian invasion in cooperation with its European neighbours and NATO partners. NATO partners hand over equipment from former Soviet production to the Ukraine and receive available systems from Western production in return. Rheinmetall is already involved in ring exchanges with the Czech Armed Forces as well as with the Slovak Armed Forces, here with Leopard 2A4 main battle tanks.
Rheinmetall together with Capita, Cervus, Improbable Defence has joined the Raytheon UK led team Omnia Training. Omnia Training is an industrial team that will be bidding to become the Strategic Training Partner for the British Army’s Collective Training Transformation Programme (CTTP).
The CTTP will deliver the Future Collective Training System (FCTS) – a technology-enabled training system that will serve as a surrogate for warfare. It will provide the British Army with the capability to better replicate the complexity of the modern battlefield in training, giving the army the ability to train globally whenever and wherever it needs to. Utilising technologies from synthetic training environments to state-of-the-art data and connectivity solutions, the CTTP will enable the British Army to better prepare soldiers and commanders for operations to ensure the security of the United Kingdom. The CTTP is expected to start in 2025 and valued at £1.2bn (€1.4 bn) over 15 years.
Omnia Training’s expertise spans complex programme management, enterprise transformation, collective synthetic training, digital platforms and data exploitation. It will work in collaboration with the British Army to transform collective training and prepare soldiers for future challenging operational scenarios by creating realistic multi-domain environments.
The Raytheon UK led team includes world class training transformation companies that will provide unrivalled expertise to deliver the Strategic Training Partner role for CTTP.
Jeff Lewis, chief executive of Raytheon UK said:
“We are bringing together a team that has collaboration and innovation at its heart. Omnia Training embraces modern training technologies and methodologies that enhances the common training experience and is focused on delivering better training outcomes for the soldier and commander.
“At the heart of our collaborative approach will be the exploitation of data and connectivity across multiple training technologies. This combination will enable us to deliver a truly flexible and cutting-edge training environment and will help prepare the Army for a range of scenarios that have traditionally been difficult to create on a training ground.”
The CTTP’s Strategic Training Partner will assume responsibility for the existing Army collective training system and infrastructure to deliver collective training, then work collaboratively with the Army to transform this into a fully integrated, flexible training solution and be responsible for continuously improving new army training capabilities.
Richard Holroyd, managing director of Capita Defence, Fire and Security, said:
“We are incredibly proud of our track record in delivering technology-enabled, transformational training services for our Defence customers, which is already helping the UK’s Armed Forces to get better trained people to the frontline, faster.
“Omnia Training brings together an unparalleled team of expert partners with well-established relationships. We’re excited to be part of this collaboration and stand ready to deliver transformed collective training for the British Army.”
Alan Roan, managing director of Cervus, said:
“It is refreshing that a small, medium enterprise like Cervus has been asked to be part of this exceptional team and we think that this is exactly what the CTTP customer has been asking for. We have watched the potential STP partners for several years, through the market engagement process, and have been gently testing their behaviours.
“Raytheon UK stood out as an organisation that always listened and treated us with a level of professional respect so, when they asked us to join the team, we leapt at this opportunity. A truly collaborative environment has been created within Omnia Training, where each team member can excel on what they do best and, for Cervus, this means providing soldiers with the game-changing exploitation of their training data”.
Joe Robinson, CEO at Improbable Defence, said:
“Improbable Defence is delighted to be Omnia Training’s strategic synthetic integrator and proud to be among team members with deep experience in transforming defence capability and superb reputations for collaboration. With a mindset for innovation, we are renowned for our agile responses to user needs and delivering world-leading synthetics. Our track record is one of embracing new technologies and accelerating their provision into the hands of front line users.
As a member of Omnia Training we will bring our expertise in rapid, flexible, low-risk development of a new class of synthetics, that embraces the best of industry, in order to deliver to the British Army the adaptive and ground-breaking collective training system they need to win on the battlefields of the future.”
Richard Streeter, Managing Director, Rheinmetall Electronics UK Ltd. said:
“The Omnia Training team brings together a group of companies with significant depth of expertise and credibility as the Strategic Training Partner for the UK Army to deliver the CTTP programme successfully. This programme represents a huge shift and modernisation to the approach of training the UK Armed Forces. With Rheinmetall’s global footprint and decades of managing complex synthetics design, integration and training capability delivery, we are delighted to be contributing to this fantastic Transformational Programme and addressing the challenges in the CTTP for the future UK Army”
SOFWERX, in collaboration with USSOCOM’s Directorate of Science and Technology (S&T) Futures, Norwegian Special Operations Command (NORSOCOM), and the Norwegian Defence Research Establishment (FFI), will host the twelfth Innovation Foundry (IF12) Event in Oslo, Norway, 30 January – 02 February 2023.
This is the first international IF, which seeks to bring together U.S. and International Special Operations Forces (SOF), Industry, Academia, Government, and futurists in an exploration, design thinking, facilitated event to assist USSOCOM in decomposing future scenarios and missions.
The Arctic environment presents significant challenges for military operations – harsh temperatures, a predominantly sea and ice environment, poor terrestrial data and communications infrastructure due to a lack of large population centers, and complex ongoing climate, environmental, political, economic, and cultural developments. The theme of IF12 is “Joint and Partner Communications in a Contested and Austere Environment”. The goal of the event is to explore the challenges of communications in a future challenged operating environment in the Arctic. Participants will develop concepts and approaches for the framework, technologies, infrastructure, and capabilities required to enable effective communications between SOF, joint forces, and partners, and to conduct operations in the future environment. Challenges include limited beyond-line-of-sight coverage, ionospheric and atmospheric disturbances to radio communications, Anti-Access/Area Denial (A2/AD) environments, sensor communication challenges, extreme temperatures, high latitudes, the impact of climate change, economic and environmental considerations, diverse stakeholders and interests, and potentially challenged territories.
How do we effectively communicate and operate in a future Arctic environment where civilian, military, and economic activity will be greatly increased, where environmental, communications, navigational, and cultural challenges are significant, and where policy and international relations issues will continue to be sensitive? How do we access, communicate, and operate in a challenged or A2/AD environment facing near-peer adversaries? In such an environment, what technologies, approaches, and solutions will allow SOF to effectively fulfill their mission? How might these technologies be deployed in a future challenged / constrained environment in the Arctic?
As General Terrence O’Shaughnessy, former Commander, USNORTHCOM, said in January 2019, “Our adversaries are rapidly acquiring the capability and capacity to hold our citizens, our way of life and our national interests at risk. Along with our partners and allies, we must adapt to the evolving strategic landscape and associated challenges to ensure we are ready to operate in and through the Arctic in all scenarios, across all domains, and against any adversary. Our homelands are not a sanctuary, and the Arctic is the front line in our defense.”
Participants at the Oslo, Norway, IF12 event will develop concepts for future SOF missions, addressing communications, networking, and navigation, as well as related questions including equipment operations, logistics, ad hoc approaches, and multinational operations in a rapidly changing Arctic environment.
The command is interested in Radio Frequency (RF) technologies, satellite communications technologies, wide area and mesh networking, autonomous systems, robotics, artificial intelligence, machine learning, material science, structures design, hydrophobic and signature reducing coatings, remote sensors, chemical, biological, radiological, and nuclear defense, medical treatment and evacuation, device interoperability, technology standards, geophysical positioning and navigation, partnered operations, and SOF Operations.
Submit NLT 07 December 2022 11:59 PM ET to participate.
For immediate release
The Finnish AI pioneer MarshallAI has signed a cooperation agreement with the U.S. Army. The cooperation aims to further develop the MarshallAI platform to suit the U.S. Army even better. The current platform can, for example, analyze the environment on behalf of a soldier, which releases resources for the execution of other acute tasks.
MarshallAI and the U.S. Army have signed a one-year cooperation agreement. The cooperation is a continuation of the international xTech Global AI Challenge organized by the U.S. Department of Defense, where MarshallAI was declared the winner in the fall of 2021. The competition aimed to find innovations based on artificial intelligence that can improve the performance of the different organizations within the Department of Defense.
The MarshallAI platform can among other things multiply the number of eyes on a battlefield. A warfighter can automatically get information about the environment, including sounds and activity in the radio frequencies, which can free up human resources and enable more informed real-time decisions. Warfighters need to cope with less worry and stress when artificial intelligence analyzes and produces information for them automatically.
MarshallAI is a Finnish pioneer of automatic machine vision. The development work started in 2014, and the company offers a solution to replicate human sensing without any knowledge of software development. The technology of MarshallAI improves the safety of companies, enhances the effectiveness of the security authorities, and enables smart cities and transport.
