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Archive for the ‘Power’ Category

MRZR Alpha Family of Vehicles Expanding Further to Meet Emerging Customer Requirements for Expeditionary Operations

Tuesday, May 7th, 2024

Minneapolis – May 6, 2024 – Polaris Government and Defense has been solving mobility challenges for its military customers worldwide for decades and is again expanding the capabilities, mission sets and user communities its vehicles can address with the introduction of new variants and concept demonstrators. The MRZR Alpha export power variants, autonomous MRZR Alpha and expanded payload concept demonstrators further flex the off-road engineering expertise and capabilities of the dedicated division of Polaris Inc., (NYSE: PII) the global leader in powersports.

Expeditionary warfighters operating worldwide in austere environments require modular platforms that can adjust to multiple environments and modes of transport – tactical air, fixed wing plane and ship – now more than ever. These new vehicles will be incorporated into various user exercises and experiments to help identify where and how the capabilities could augment current tactical wheeled vehicle fleets and bridge gaps between existing capabilities.

 

“More than just a troop carrier, a single MRZR Alpha can be transformed into multiple configurations for different environments and unique missions. We design and manufacture for the off-road environment, and our vehicles don’t sacrifice mobility, breakover and departure angles or ground clearance at full payload,” said Nick Francis, vice president, Polaris Government and Defense. “The new variants expand on the capability of the MRZR Alpha platform well beyond original specifications, helping address emerging threats and future areas of operation. The application of technology in each of these systems can serve as force multipliers and empower greater self-sufficiency for distributed forces.”

Two New MRZR Alpha Export Power Variants

Additional exportable power is now available to handle the ever-increasing demand from power-hungry systems, such as C-UAS and network on the move, which are critical enablers of littoral operations in contested environments. Polaris is offering an additional 1kW or up to 5kW of exportable power at 24v on its MRZR Alpha 4 to meet the energy draw of communications, network and air defense systems or to power external loads like a forward operating tactical grid. The two new variants also provide power management capabilities to deliver steady and stable power while stationary or on the move, while enabling simplified systems integration. The 1kW can be integrated on new vehicles or incorporated as a kit; the 5kW option is available from the factory on new production vehicles. The integration of the additional export power does not impact the vehicle’s bed layout, maintaining the capability to haul two litters and other mission critical supplies while eliminating the need for a generator and freeing up critical cargo space.

Autonomous MRZR Alpha

Four MRZR Alphas have undergone autonomy integration from two different specialty firms in support of USSOCOM’s Program Manager for Family of Special Operations Vehicles (PM-FOSOV). The most advanced MRZR to-date, the MRZR Alpha has been modified to be drive-by-wire to accept integration of robotic kits from Applied Research Associates, Inc. (ARA) and Forterra. Autonomous vehicles can help improve soldier safety and reduce the cognitive load of operators. Recent and planned exercises will demonstrate teleoperation, go-to-point technology, waypoint denied navigation and full autonomy, with a unique focus on maximizing the platform’s extreme off-road capabilities. The Polaris-led by-wire modification of the vehicle provides several benefits: the MRZR Alpha can still be driven by an operator with the flip of a switch when operationally required. Also, the integrated design provides much lower latency – or reaction time – between the autonomous system, vehicle controls and vehicle behavior, which is a significant advantage in off-road terrain and as speeds increase.

“As a robotic platform, the MRZR Alpha is technology agnostic. We can – and do – provide the by-wire vehicle, ready to accept autonomy kits of various levels to multiple industry partners for continued development and advancement of the capability for the warfighter,” said Francis.

MRZR Alpha Expanded Payload Concept Demonstrator

Polaris has designed, manufactured and delivered several MRZR Alpha expanded payload concept demonstrators to U.S. Special Forces and Marines. The MRZR Alpha 6×6 is a two-seat platform with a 65 percent larger cargo bed optimized for heavier systems and payloads like mortar systems, command and control, UAS/drone launch, C-UAS, forward arming and refuelling point (FARP) and others. An incredible target of 3,600 lbs (about 1632.93 kg) of payload is available on the MRZR Alpha 6×6, with 3,000 lbs (about 1360.78 kg) of that available in the extended cargo bed – up from 600 lbs of bed payload in the MRZR Alpha 4. The third axle and short wheelbase also have a positive impact on mobility, decreasing the contact pressure per tire for enhanced performance in soft soil, mud and bogs. The MRZR Alpha 6×6 maintains top speed and air transportability and will have more than 90% parts commonality with the base MRZR Alpha.

“Our engineers love to solve military mobility challenges and customer collaboration provides the feedback to make enhancements and engineering changes possible,” said Shane Novotny, director of Engineering, Polaris Government and Defense. “Autonomy integration, export power and expanded payload are examples of how feedback can impact a family of vehicles. We’re also looking at tire technology, engines and drivetrains and shallow fording. We already have an Arctic Mobility kit for the MRZR Alpha and just launched two new military snowmobiles for customers needing winter warfare solutions.”

The MRZR Alpha export power variant and 6×6 expanded payload concept demonstrator were on display publicly for the first time at Modern Day Marine in Washington, D.C. in April and will also be displayed at SOF Week in Tampa in May.   

New MRZR Alpha Options and Packages

Engineering and development efforts have also resulted in expanded accessories to include an optional half-windshield and an operator and stowage package. The highly configurable operator and stowage package provides a modular deck to accommodate additional spare tire carriers, jerry can holders, individual weapon holders and cargo nets to better secure equipment. The extended deck is modular allowing expansion in place of one or both rear occupant seats.  Extended deck payload and provisions available to mount a litter and maintain a rear attendant seat for on the move care.

Each of these vehicles reinforce the ultimate value that Polaris brings to the warfighter – a responsive and engaged team with off-road engineering expertise, world-class manufacturing and a built-in global support network. The MRZR Alpha from Polaris Government Defense is quickly becoming the most in-demand light tactical vehicle in production and available today due to its multi-mission capabilities and off-road mobility. Funding for these efforts has included internal investments and funding from customers. MRZR Alpha production and deliveries are active with interest continuing to grow globally.

Polaris Government and Defense | Mobility Made Easy | Polaris.com/Gov

Galvion Introduces BATLCHRG Soldier Systems Wireless Charging Concept at SOF Week 2024

Friday, May 3rd, 2024

Galvion, a world leader in power and data management solutions and innovative head protection systems, will be demonstrating their new soldier systems wireless charging concept at SOF Week 2024. This BATLCHRG™ concept demonstration follows the January 2024 announcement regarding Galvion’s strategic investment partnership with the Canadian technology firm, Quaze Technologies.

Galvion’s investment in Quaze combines the relative strengths of the technological innovation of both companies in bringing ground-breaking wireless charging technology to the soldier systems market. Galvion will be exhibiting the BATLCHRG wireless charging concept, along with their wider systems and solutions, at SOF Week 2024 on booth 948.

For SOF Week 2024, Galvion is demonstrating the BATLCHRG wireless charging capability in two battlefield scenarios: integrated into a vehicle seat and wall-mounted mat in a ready-room scenario.

Both instances demonstrate that soldiers can charge multiple battery powered systems through the wireless power transfer system. The robust wireless solution utilizes a charging mat and receiver configuration that has excellent power transfer rates and efficiency, a broad position tolerance to account for movement and misalignment of surfaces, and functionality even in the harshest environments, proving efficient even when covered with water, snow, dirt, or dust. Integrating with Galvion’s power & data eco-system, including 2-Port Power & Data Hub (PDH-2), Personal Worn Scavenger (PWS) and SoloPack™ battery, the BATLCHRG wireless concept significantly reduces the logistic burden of battlefield power management, and will greatly extend functionality and capability by allowing soldier power systems to automatically and wirelessly charge when in static positions, such as travelling in a vehicle, on sentry duty, manning a command post or resting.

Quaze’s Surface Power Technology revolutionizes the way devices are powered, enabling easy and reliable wireless charging for remote or autonomous devices on land, sea or air. Powered by magnetic resonance, this technology offers a safe, secure and seamless solution to efficiently charge multiple devices with variable power demands across a wide platform surface area.

Todd Stirtzinger, CEO at Galvion, said: “As experts in the soldier systems field, we are constantly looking for ways to minimize the burden for our warfighters. In October of 2023, we demonstrated our Charge on the Move capability, using our Squad Power Manager™ in a vehicle-mounted configuration to leverage vehicle power systems for the dismounted soldier today. Our strategic partnership with Quaze, and the resulting BATLCHRG™ capability that we are showcasing at SOF Week, envisions a wireless charging model that will push the boundaries of untethered power provision and management for the future.”

Stirtzinger added: “We see great potential in wireless technology, which allows unprecedented flexibility in terms of system expansion when combined with software development, and Galvion is poised to capitalize on these integrations for the future.”

MDM 24 – Forged Authority Off-Grid

Thursday, May 2nd, 2024

Forged Authority is a small business based in Iowa which got its start in the overland community.

They build portable wind generators which are deployable within five minutes either on a vehicle mounted mast or a static, ground-based configuration. These weigh in at between 45 and 65 pounds.

At Modern Day Marine they are dipping their toe in the military market. With the Marine Corps’ new Operating Concept calling for harvesting of energy, this might well be a good answer for remote island operations.

MATBOCK Monday: It’s Alive!

Monday, April 22nd, 2024

In March of 2022, MATBOCK secured a contract to develop and deliver this revolutionary Joint Light Tactical Vehicle, Hybrid Electric Vehicle, or “JLTV HEV”. The JLTV HEV not only elevates our military’s silent watch capability but produces massive amounts of power on the battlefield. Above, you will find a video of it driving out of the garage for the first time. Please stay connected with us for future updates and releases as we make monumental paradigm shifts in this technology space.

Learn more about our R&D Programs here: www.matbock.com/pages/hybrid-electric-vehicle-programs

Harnessing Hybrid Vehicles for Superior US Army Operations

Saturday, April 13th, 2024

ABERDEEN PROVING GROUND, Md. — In February 2024, the Rapid Capabilities and Critical Technologies Office demonstrated the operational advantages of hybridization to several distinguished guests. The demonstration centered on highlighting the vehicle’s impressive features, which include an extended silent watch, silent mobility, increased on-board power generation and off-board power export.

The RCCTO’s Tactical Hybrid Electric Vehicle program demonstrates the operational effectiveness and automotive performance of standard tactical vehicles while validating the operational benefits of hybridization. Integrating hybrid electric technology will enable the vehicles to operate silently at greater range and more available power for weapon systems and power grids on and off the vehicle. All of these remarkable features provide greater capabilities for our Soldiers.

“The work that the government team and the DoD contractors have completed is a game changer for the Soldiers in the field. We have added silent mobility capability, exportable power, and increased the vehicle range with batteries while reducing heat signature and sound,” said Michael E. Foster, Sr., Director of the Rapid Acquisition Prototyping Project Office within the RCCTO.

“Today’s demonstration underscores the importance of continuing to invest in and develop these technologies. By evaluating innovations, bridging gaps, and collaborating with industry, we strengthen our ability to provide the best tools and resources for our Soldiers, enhancing their safety and capabilities on the frontlines,” said Lt. Gen. Robert A. Rasch, Jr., Director of the Rapid Capabilities and Critical Technologies Office.

The ongoing prototyping efforts for the Stryker and High Mobility Multi-Purpose Wheeled Vehicle continue to give Soldiers the opportunity to validate hybrid electric technologies in operational environments. These vehicles are being tested in real-world military settings to assess their performance and efficiency, ultimately shaping the future of hybrid electric vehicles in military applications.

By Venetia Gonzales

Gentex Corporation Announces Additional Order for Ops-Core RAILINK Power and Data ARC Rail System

Wednesday, March 6th, 2024

Integrated Headborne Platform receives second USSOCOM order.

CARBONDALE, PA, March 5th, 2024 – Gentex Corporation, a global leader in personal protection and situational awareness solutions for defense forces, emergency responders, and industrial personnel, announced today that they have received a second-round order for the Ops-Core RAILINK power and data system from US Special Operations Command.

“When operating within the unique SOF environment, there is no margin for error. With a second delivery order coming immediately after completion of the first delivery order, it is clear that our nation’s elite SOF operators see that RAILINK delivers on the features and benefits they specified at the beginning of the RAILINK development program” said Tom Short, Vice President of Ground Systems at Gentex Corporation.”

The RAILINK platform facilitates integration of a broad range of unique functionality on the headborne system. Powered by a central helmet power center, feeding power to, and sharing data between, an array of smart nodes and a VAS/NVG interface   RAILINK improves protection and lethality by increasing the effectiveness of the user and reducing their burden.

To learn more about RAILINK, visit:  www.gentexcorp.com/introducing-railink

Thales Defense & Security Inc. (TDSI) Awarded DIU Contract for Family of Advanced Standard Batteries (FAStBat)

Monday, February 19th, 2024

The U.S Defense Department’s Defense Innovation Unit (DIU) awarded Thales Defense & Security, Inc. (TDSI) a contract to develop and deliver a prototype family of Small Tactical Universal Batteries (STUB). The delivery of the STUB prototype is part of the DIU Family of Advanced Standard Batteries (FAStBat) initiative, one of the Army’s latest approaches to develop a standard family of batteries.

A standard family of batteries is needed to help reduce the service’s logistical burden and simplify the number of batteries that operational units must carry to power network and other systems. The STUB batteries have an innovative common USB-C Power Delivery (PD) interface and higher capacity NanoGraf cells, which facilitates battery charging by leveraging COTS chargers and reduces battery type inventories required throughout the Joint Services. TDSI’s focus will be on making the STUB batteries a successful program by focusing on key performance areas of thermal, power conversion efficiency, and ultra-low electromagnetic emissions, in order to meet stringent and demanding radio receive and transmit requirements.

The contract, awarded by Defense Innovation Unit (DIU), is one of the many efforts aiming to accelerate the adoption of leading commercial technology throughout the military. DIU’s FAStBat initiative helps meet the National Blueprint for Lithium Batteries 2021-2030 objective to develop form-fit-function battery standards for defense, electric vehicles, and grid applications as well as a 2030 objective to meet critical defense battery demand.

As part of the DIU contract order, TDSI will build hundreds of prototype batteries by 2025, using design, manufacturing and test processes already employed to support the AN/PRC-148 radio family of batteries.

“With expertise spanning more than 60 years, Thales Defense & Security, Inc. is a global leader in the development and manufacture of combat-proven, tactical communications equipment including batteries and chargers. We have successfully delivered over 300,000 integrated handheld radios and over 1,000,000 batteries to the Department of Defense (DOD). We are proud to have been awarded this contract by DIU and are certain this strong partnership will continue.”

MIKE SHEEHAN, PRESIDENT & CEO, THALES DEFENSE & SECURITY, INC.

TDSI’s extensive experience and knowledge in radio and battery design throughout decades gives the company a strong advantage in STUB battery design and delivery. The TDSI effort will pave the way for STUB batteries to benefit soldiers, the acquisition community, and the personal logistics community, allowing them to focus on their missions.

www.thalesdsi.com

Galvion Invests in Quaze Technologies to Further Enable Wireless Charging as a Global Defence Capability

Monday, January 15th, 2024

Galvion, a world leader in the design and manufacture of intelligent power and data management systems and tactical head solutions, has announced the establishment of a strategic investment partnership with Quaze Technologies. Quaze Technologies, a Canada-based innovative technology company provides wireless power solutions that enhance the performance and functionality of unmanned systems. This newly announced strategic partnership combines the relative strengths of the technological innovation of both companies in providing future integration of wireless and autonomous charging capabilities to the dismounted warfighter.


Philippe Boulanger, CTO of Quaze, Jonathan Blanshay, Founder and Executive Chairman of Galvion, and Xavier Bidaut, CEO of Quaze, in Galvion’s Montreal office.

A commitment to providing leading-edge power and data solutions and protective equipment that enhance the overall agility and survivability of the warfighter was central to Galvion’s decision to invest in Quaze. The development and rapid-fielding of advanced concepts and integrated systems is critical to meeting the challenges of tomorrow’s battlefield, and drives Galvion’s forward-thinking growth strategy.

The Quaze wireless charging technology has applicability across a wide spectrum of land, air and sea domains, with intelligent solutions that can provide opportunities for the warfighter to quickly and easily charge systems before, during and after missions.

As well as receiving investment, Quaze Technologies has appointed Galvion’s Founder and Executive Chairman, Jonathan Blanshay, to their board of directors. Said Blanshay: “We have spent the past 22 years driving innovations in soldier systems in order to provide integrated solutions that can adapt to the ever-changing operational needs of the modern warfighter. We understand the challenges faced, and the speed with which things are changing, and we have identified some really interesting opportunities in the groundbreaking wireless charging technologies being developed by Quaze.”

Blanshay added: “Lessening the burden on the individual operator and unit, whether physical, cognitive, or logistic, drives everything that we do at Galvion, and we are excited to be collaborating with Quaze’s innovative team to deliver industry advancements that will give battlefield edge to our military and tactical teams.”

Xavier Bidaut, CEO at Quaze Technologies said: “This strategic partnership is an exciting milestone for Quaze. We are focused on providing innovative wireless power solutions that liberate unmanned systems from traditional power constraints, enabling seamless operations across diverse sectors.

Galvion is a market-leading soldier systems company with an outstanding track record of delivering innovative technologies into defence and security sectors, worldwide. There is unlimited potential for synergy and development here, and Jonathan’s considerable industry expertise is a welcome addition to our board, and a clear demonstration of his commitment to supporting and promoting pioneering technologies that serve the industry.”