Robotics news

A video from Kurgan was distributed with a prototype of a B-18 infantry fighting vehicle manufactured by Kurgan Machine-Building Plant JSC, which is a modified BMP-2 chassis with enhanced protection, equipped with a developed by the Design Bureau of Instrument Engineering named after. Academician A. G. Shipunov" (KBP, Tula) with the TKB-973 Epoch (32B01) unmanned combat module.

Israel demonstrates new tactics of using robots and drones

Israel is confidently among the top five countries in the world in terms of the number of innovations and high-tech developments. There are about 4-5 thousand startups based in the country, today this number is second only to Silicon Valley in the USA. At the same time, Israeli developments were ahead of American ones in a number of indicators, including in the military-industrial sphere.

The resident of the Technopolis Moscow Special Economic Zone (SEZ) – Zelenograd Nanotechnology Center (JSC ZNTC) – has started producing import-substituting microelectronics for industrial automation, robotics and other high-tech industries. This was announced by the head of the Department of Investment and Industrial Policy, which is part of the Complex of Economic Policy and Property and Land Relations of the capital, Vladislav Ovchinsky.

The family of autonomous ground-based robotic complexes (A-UGV, hereinafter - RTK) "Mission Master" (Mission Master) from Rheinmetall has been replenished with the CXT model. At the United States Army Association Armament Exhibition (AUSA), Rheinmetall presented a new Mission Master with the same new fire support module.

In recent years, the US military command has considered the introduction of unmanned systems into the armed forces as one of the most promising areas of modernization of the US Armed Forces. For many years, military experts have been trying to determine which ways of using robots on the battlefield are of maximum interest to the armed forces.

Continuing the topic of the development of digital technologies and robotic complexes (RTK) in the Turkish Armed Forces, we recall that in Part I it was about the achievements of the Turkish military-industrial complex in the field of swarm technologies, Part II[/b] touched on the production of unmanned aerial vehicles, and Part III concerned ground-based RTCs. Let's conclude the topic of robotization of the Turkish Armed Forces with the achievements of the national defense industry in the field of marine autonomous systems.

These are anthropomorphic and torso robots

The scientific and Production Association "Android Technology" (the developer of the robot "Fedor") proposed to use a fully anthropomorphic robot or torso on the Moon. This proposal was made by the executive director of the organization Evgeny Dudorov.

Over 800 specialists in the field of micro- and nanoelectronics, robotics, advanced communication systems and telecommunications will be trained at the Southern Federal University (SFU) for three years. The training takes place on the basis of the advanced engineering school "Cyberplatform Engineering", which was formed at the SFU with the participation of Rostec State Corporation. Investments in the creation of modern educational infrastructure will amount to more than 500 million rubles until 2024.

The domestic military-industrial complex will establish a large-scale production of various types of UAVs, the Russian Security Council said. At the same time, the Ministry of Defense declares the special importance of mass training of operators of combat drones. Where and how can you master this profession, what are the requirements for its owners and why are UAV operators so important for the army?

In light of the escalation of the conflict in Ukraine, the Russian nuclear torpedo "Poseidon" attracts the interest of the whole world, Yahoo News Japan reports. The radioactive wave caused by it is higher than the Empire State Building and is capable of reaching Washington. The United States has nothing to resist the "Doomsday weapon".

Elon Musk's proposals to achieve peace in Ukraine, published on Twitter, did not like either the Ukrainian leadership or the West as a whole, writes Forbes. Musk's views on the conflict have changed since February, now he is not so sure of Kiev's victory.

The head of Tesla, Elon Musk, presented a prototype of a humanoid robot Optimus worth 20 thousand dollars. This is reported by Reuters.

The US Navy is focused on improving its unmanned vehicles capable of working underwater and solving a wide range of tasks. So, the Navy declares the need for at least five large robotic underwater vehicles that could perform numerous functions underwater.

It is obvious that in the near future, human drivers will be replaced by autonomous control systems equipped with artificial intelligence. A good example is the AXL unmanned dump truck from the Swedish company Scania.

On September 25, the NATO Dynamic Messenger-22 naval exercises began. This is the first full-fledged operational exercises of the North Atlantic Alliance, the main purpose of which is to monitor the operation of unmanned systems in the marine environment. The exercises involve 18 ships, 48 unmanned vehicles and 1,500 military personnel from 16 countries of the North Atlantic Alliance. The maneuvers will take place at the training grounds of Portugal, on the coast of the Atlantic Ocean.

On September 21, two marine drones of a previously unknown design were found in the Sevastopol area (one was blown up, the other was thrown ashore), which puzzled Western observers who are trying to understand the mission of the device, which turned out to be near the base of the Black Sea Fleet of the Russian Navy.

According to Turkish sources, in the last decade, the development of ground-based RTCs has significantly benefited from new technologies. Although they are currently primarily remotely operated vehicles, it is expected that in the near future ground-based RTCs will begin to carry out missions independently.

Back in the spring, NPO Avtomatiki, part of the structure of Roscosmos, delivered the first 30 sets of autopilots, which were equipped with self-propelled sprayers of one of the Russian manufacturers of agricultural machinery.

TSAST announced a reward of 1 million rubles for the capture of the Estonian combat robot THeMIS in Ukraine

The Center for Analysis of Strategies and Technologies has announced that it will pay one million rubles to anyone who can capture the Estonian robotic platform THeMIS in Ukraine and transfer it to the Russian Ministry of Defense. The TSAST clarified that the first copy of the platform was transferred to Kiev in August of this year.

According to Ukrainian resources, the armed forces of Ukraine should receive the well-known tracked unmanned ground platforms (robotic complexes) THeMIS developed and manufactured by the Estonian company Milrem Robotics. The first copy of such a platform was already delivered to Ukraine in August 2022.