The U.S. Army is learning more about small satellites with the launch of its newest technology demonstrator. Jason Cutshaw (USASMDC) reports.

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The People’s Liberation Army (PLA) has started to use virtual reality (VR) technologies in training as it allows officers and soldiers to gain enhanced combat capability more efficiently, Liu Xuanzun reports on Global Times.

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In Ukraine, it was proposed to convert part of the outdated 2S1 Gvozdika self-propelled howitzers into infantry fighting vehicles, called "Kevlar-E". It is planned to dismantle the turret with its 122mm gun and equipment in the stern in favor of a full-fledged troop compartment for 6 people. The crew consists of 3 military personnel. Dmitry Lemeshko reports on Vestnik-RM.ru.

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At IDEX 2021, the land defense exhibition that was held in Abu Dhabi, United Arab Emirates (UAE), the UAE-based company Streit Group has unveiled a new generation of 4x4 MRAP (Mine Resistant Ambush Protected) vehicle called Dhabi.

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After a successful live-fire test of the U.S. Army’s Extended Range Cannon Artillery (ERCA) limited-capacity autoloader at Yuma Proving Ground in June 2019, the Picatinny engineers who developed it have refined a faster autoloader and have succeeded in conducting its initial trials here, December 15-22, 2020. Timothy L. Rider, Picatinny Arsenal Public Affairs, reports.

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According to information released by the Israeli Ministry of Defense on March 14, 2021, the Directorate of Defense Research and Development (R&D) from the Israeli Ministry of Defense, the IDF’s (Israeli Defense Forces) Ground Forces and Elbit Systems reveal the new laser and GPS guided mortar ammunition named “Iron Sting”.

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The arms system is a cluster of weapons, types of armed forces and the armed forces in general designated for combat missions. The use of robotic systems is a relatively new component of the Ground Forces, which triggers specific interest. Retired Colonel PhD Technical Sciences V. Bebeshev and Lieutenant-Colonel PhD Technical Sciences D. Metelev research the problem of preserving the capability of ground assault robotic systems in combat in an article in the Voennaya Mysl (Military Thought) journal. They suggest ways to deal with the problem by creating a control system for complex protection based on the theory of functional systems.

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The arms system is a cluster of weapons, types of armed forces, and the armed forces in general designed for combat missions. The use of robotic systems is a relatively new component of the Ground Forces, which triggers specific interest. Retired Colonel PhD Technical Sciences V. Bebeshev and Lieutenant-Colonel PhD Technical Sciences D. Metelev research the problem of preserving the capability of ground assault robotic systems in combat in an article in the Voennaya Mysl (Military Thought) journal. They suggest ways to deal with the problem by creating a control system for complex protection based on the theory of functional systems.

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Simulation modeling has been used by the military for long. Maneuvers, drills, command-staff exercises are held to simulate upcoming operations. Command-staff drills widely use large-scale mathematical and other models that reflect the connection between combat actions and their effectiveness factors. Lieutenant-Colonel PhD Technical Science N. Mustafayev, Lieutenant-Colonel R. Leontyev and expert Ye. Idilieva consider the role of simulation modeling at the 4th central range of the Russian Defense Ministry in an article in the Voennaya Mysl (Military Thought) journal.

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Simulation modeling has been used by the military for long. Maneuvers, drills, command-staff exercises are held to simulate upcoming operations. Command-staff drills widely use large-scale mathematical and other models that reflect the connection between combat actions and their effectiveness factors. Lieutenant-Colonel PhD Technical Science N. Mustafayev, Lieutenant-Colonel R. Leontyev and expert Ye. Idilieva consider the role of simulation modeling at the 4th central range of the Russian Defense Ministry in an article in the Voennaya Mysl (Military Thought) journal.

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While much attention has focused on the U.S. Army’s ability to achieve greater distances with artillery and missiles, mortar systems are also keeping pace with technology advances. Ed Lopez, Picatinny Arsenal Public Affairs, reports.

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Tornado-G multiple launch rocket system (MLRS) will be able to operate in hard-of-access northern regions. Head of the provision planning department of the mobilization department of the General Headquarters Major-General Alexander Dudkin said it had been decided to install it on the undercarriage of two-section DT-30PM Vityaz amphibious all-terrain vehicle, which already operates in the Arctic and carries Tor-M2DT and Pantsir-SM antiaircraft launchers, the Independent Military Review writes.

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The U.S. Army is ambitiously expanding efforts to develop and integrate joint force technologies needed in future warfare as part of Project Convergence, head of the Army’s Joint Modernization Command said on February 9. Thomas Brading, Army News Service, reports.

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According to pictures published on Twitter, the Oshkosh JLTV (Joint Light Tactical Vehicle) can be configured to be used as a self-propelled mortar carrier fitted with an Israeli-made Elbit Systems SPEAR, a 120mm soft recoil mortar system.

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Augmented reality is no longer only part of sci-fi movies and video games. It has moved to the forefront as a key technology to train Soldiers for future battles. Augmented reality devices provide information before, during and after operations, enabling Soldiers to train throughout each phase of a mission. Invaluable feedback from training helps Soldiers prepare for real-world situations. Argie Sarantinos, DEVCOM Public Affairs, reports.

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