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The development of military robots continues to advance, with revolutionary technologies being implemented to create the most dangerous and destructive robots ever seen. These robots, designed to annihilate any army they face, are a testament to the evolving landscape of modern warfare. From China's massive military bionic robot Yak to Russia's humanoid robot Fodor, these machines are changing the face of the battlefield. One of the key features of these military robots is their versatility and adaptability. From reconnaissance missions to combat operations, these robots are equipped with advanced sensors, weaponry, and mobility capabilities...... Read Full article on GretAi

The latest advancements in robotic technology from Japan and Korea are revolutionizing the military sector, showcasing the most powerful robot armies in action. In Japan, the Katus robot, standing at 4 meters tall and equipped with rocket launchers and rotary machine guns, is ready for combat. Despite its limitations, upgrades are in the works to make it suitable for military deployment in the near future. Meanwhile, Korea unveiled the world's first humanoid robot pilot, capable of operating any human transportation system without modification. This breakthrough promises to expedite transportation automation in various sectors. In addition, ...... Read Full article on GretAi

Russia has recently unveiled its first robot army that is designed to confront the US. The robots, developed by Russian specialists, are capable of performing a wide range of tasks, from rescue operations in extreme conditions to engaging in combat on the battlefield. One of the robots, named Fodor, is a humanoid robot that can shoot with both hands and can operate autonomously or be controlled by an operator. The robot was initially intended for extreme situations and space exploration. However, it faced sanctions after it was discovered that it could shoot, leading foreign companies to cease supplying components. Nevertheless, the robot co...... Read Full article on GretAi