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The Japan Ground Self-Defense Forces is set to fundamentally strengthen its defence capabilities with unmanned assets in order to gain asymmetric superiority while limiting human losses. A task to which UGVs are uniquely qualified.   https://lnkd.in/dC38CECg

Hey, I should update the list of THeMIS UGV users in my presentation again. We're doing a lot to prove that UGV systems will change the battlefield soon, and guess what? The Japan Ground Self-Defense Force have chosen Milrem Robotics UGVs! #lifeatmilrem #ugv #Robotics #Japan #defense

Milrem Robotics is participating in the International Armoured Vehicles (IAV) Conference in Farnborough, running from today until January 23rd. Our Director of Industrial Partnerships, Paul Clayton MBE, will share valuable insights from our experiences in the field during a talk titled "Lessons Learned in Ukraine."   As a leader in unmanned ground vehicle (UGV) innovation, we recognize the critical role technology plays in shaping the future of defence. The lessons learned from Ukraine emphasize the urgent need for adaptable, reliable, and advanced solutions to address the challenges of modern warfare. We look forward to engaging with fellow industry leaders to exchange ideas and advance the dialogue on how technology can drive innovation in defence.   The International Armoured Vehicles Conference (IAVC) is recognized as the premier global gathering for the armored community, bringing together experts and innovators to define the future of defence. https://lnkd.in/drZqEts3   #IAV #DefenceTechnology #LessonsLearned #UnmannedGroundVehicles #Innovation #MilremRobotics #Ukraine  

Ondas Autonomous Systems Inc. (“OAS”) business unit’s Airobotics subsidiary has received a purchase order for its Iron Drone Raider from a major Defense company. This order includes integration and testing of new features to address additional ground threats, further expanding the system’s capabilities in Homeland Security and defense markets. https://lnkd.in/g3mHiSVP Airobotics | American Robotics Inc. | Ondas Autonomous Systems | Ondas Networks Inc. | $ONDS

Korea Aerospace Industries plans to test its artificial intelligence pilot in the FA-50 light combat aircraft as a step to future unmanned aircraft. The company’s AI effort is named “K-AI Pilot” and will see it use the FA-50 airframe to explore autonomous flight capabilities by 2026. Following this, the focus will move to “semi-autonomous” formation flying and combat manoeuvring, according to South Korea’s defence ministry, citing a presentation by KAI’s AI research head, Lim Seong-shin. “The concept of a fighter jet is changing from a single manned platform to a network of sensors and manned-unmanned complex weapons,” says Lim. “Currently, overwhelming power based on the individual capabilities of high-cost, high-value assets dominate the battlefield, but in the future, overwhelming power based on the combined capabilities of a large number of low-cost, low-value assets will dominate.”

The US Navy is developing and acquiring large unmanned surface vehicles (LUSVs) and extra-large unmanned undersea vehicles (XLUUVs) as part of its effort to shift to a more distributed fleet architecture. - LUSVs are envisioned to be 200-300 feet long, 1,000-2,000 tons, and capable of carrying anti-surface warfare and strike payloads, potentially with a few onboard crew members. - MUSVs are defined as less than 200 feet in length and under 500 tons, intended for intelligence, surveillance, reconnaissance, and targeting missions. - XLUUVs are roughly the size of a subway car and will be used to covertly deploy mines and other payloads. - The Navy's FY2025 budget request includes $54 million for LUSV R&D, $101.8 million for MUSV R&D, and $21.5 million for XLUUV R&D. - The Navy plans to procure the first LUSV in FY2027 at an estimated cost of $497.6 million. These large unmanned vehicles are critical to the Navy's shift towards a more distributed and resilient fleet architecture, enhancing its capabilities across surface, subsurface, and strike missions. #NavyTechnology #UnmannedVehicles #FleetModernization #NavalStrategy #FutureNavy

 American Rheinmetall Vehicles, Sterling Heights, MI, has won one of two contracts awarded in the US Army’s Small Multi-Purpose Equipment Transport  vehicle (S-MET) programme. American Rheinmetall Vehicles’ unmanned ground vehicle (UGV) will provide the Army with a versatile and resilient platform capable of efficiently transporting supplies and equipment over rugged terrain to support combat operations. American Rheinmetall Vehicles collaborated with lead partner Textron Systems on the proposal. American Rheinmetall Vehicles will manufacture and deliver eight prototypes to the Army in 2025 for testing, evaluation, and to compete against the platform delivered by the second awardee before the Army downselects to a single platform and the programme transitions to full scale production. Rheinmetall has substantial expertise in developing unmanned ground vehicles, exemplified in its Mission Master family of vehicles, which encompass a range of modular, autonomous platforms designed for diverse missions such as reconnaissance, surveillance, cUAS, and logistical support. American Rheinmetall Vehicles’ S-MET solution leverages the ground-breaking advancements in unmanned technology found in the Mission Master vehicles to deliver a UGV tailored to meet the unique requirements of the Army’s S-MET programme. The platform also uses many mature commercial components already found in the Army’s inventory or the commercial ATV space which drives affordability and reliability, and addresses electromagnetic concerns through its unique composite structure and use of materials. #military #defense #defence #militaryleak https://lnkd.in/gEnDugs3

The SRoC Series provides operators with a cutting-edge, modular, open-architecture dismounted controller for operating a wide range of defense robotics and unmanned systems. With Nett Warrior compatibility and Swappable Radio Modules (SRM), this tactical controller delivers exceptional interoperability and radio-agnostic capabilities. Discover more about the SRoC Series: https://lnkd.in/dHvuPXpH

Unmanned Ground Vehicles Market Research Report 2024-2032 Unmanned ground vehicles (UGVs) are robotic vehicles that operate on land without the need for a human operator. They are commonly equipped with sensors, cameras, and other technologies to navigate and perform tasks autonomously. These vehicles have sensors that help observe the environment and navigate from one place to another. Request a Sample Report: https://lnkd.in/ggK9Ug6J UGVs are increasingly being utilized for various military applications, including reconnaissance, surveillance, target acquisition, explosive ordnance disposal, logistics support, and combat operations. In line with this, various military organizations across the globe are placing greater emphasis on UGVs as part of their force modernization efforts, which is positively influencing the market growth. Read Full Report: https://lnkd.in/gU9j7zZQ #UnmannedGroundVehiclesMarket #UnmannedGroundVehicles #UnmannedGroundVehiclesCompanies #IMARCGroup #MarketResearchReport #MarketReport #IndustryReport #USA #Marketing #Business #MarketResearch #marketstrategy

The QinetiQ North America CRS(I) (Common Robotic System - Individual) is one of the latest and smallest unmanned ground vehicles (UGVs) developed for the U.S. Army. Designed to weigh under 25 pounds, the CRS(I) is a backpack-portable robot intended to enhance situational awareness and improve safety for dismounted soldiers. It features advanced sensors, mission-specific payloads, and an open architecture for compatibility with various future systems. Its capabilities include identifying and countering hazards during operations . The CRS(I) leverages a universal controller to interface with both current and future unmanned platforms, providing versatility in diverse mission profiles. The system was fielded in phases beginning in 2020 under a contract valued at up to $152 million . #QinetiQCRS #UGV #UnmannedGroundVehicle #MilitaryTechnology #AutonomousNavigation #ReconnaissanceRobot #HazardDetection #CompactDesign #BackpackPortable #DefenseInnovation #AdvancedSensors #ModularPayloads