Today, according to the accepted features of the 6th generation fighter, the aircraft can be piloted with or without a human presence and although today, experts note. Unmanned version of the Su-57. However, the fact is that Russian fighters can be used in unmanned aircraft (UAV) mode and will most likely be controlled by an artificial intelligence system that enhances the fighter type. Level up to generation 5+ or even to generation 5 ++. The Su-57 fighter developed in 2002 was Russia’s first stealth fighter. (Photo: RIA) For information on the use of drones by Russian Su-57 fighters, military analysts said the Su-57 fighter aircraft will be carried inside and outside the cabin. And development of the cockpit device and the control software program has begun. “A rack is also being built to conduct ground testing of the UAV’s interactive system with fighters and between UAVs in real time using a semi-autonomous simulation system. of course, ”said a source in the military industry. It is known that a fifth generation Su-57 fighter aircraft can house more than 10 reconnaissance and attack UAVs, as well as electronic warfare systems. Currently, work related to the testing of these drones is already underway. However, under the control of fighter aircraft systems, Russian designers will likely execute the plan no sooner than 2024-2025. “The devices in the group operation through safe communication channels will interact with the control complex on the fighter aircraft carrying the UAV and between the UAVs together,” the source explained. Earlier, in the context of the completion of the repair and modernization of the Russian heavy aircraft carrier Admiral Kuznetsov, it emerged that the Russian fleet was preparing to equip the deck of this aircraft carrier with a group of engines. Su-57 fighter jet. A carrier-based version of the fifth generation fighter, moreover, the second version could appear in 1.5-2 years. The Russian designers are actually working on developing a carrier-based version of the fifth generation fighter Su-57, while the development stage is not disclosed, however, the appearance. of the possible carrier version of the Su-57 by 2023. To date, there is no official confirmation of this data, however, the Russian fleet is clearly interested in increasing Admiral Kuznetsov’s aircraft carrier’s combat capabilities through the use of technology fighters. high – even a current version of the Su-57 alone enough to defend against an entire group of enemy carrier attacks. The fifth-generation fighter Su-57 is considered Russia’s most high-tech fighter, and although the mass production of this fighter faces some difficulties, its prospects are still very high. By the end of 2020, the first stealth fighter Su-57 in the mass production batch with ID number 01 was staffed for the Southern Military Region and operated at the Novosibirsk base. Sources in the Russian defense industry said that four more Su-57 will be delivered to the Russian Aerospace Forces in 2021. Currently Russia has only one mass-produced variant of the Su-57, although it claims to be able to develop several variants from the original. Russia for the first time promoted a second version, the Su-57E, in March 2019 that could be used for export.

Pole-21 increasingly asserted its place in the Russian military. (Source: Top War) Shield against potential hazards Pole-21 is resistant to high-precision weaponry and other enemy systems using the satellite navigation system. The mission of this combination is to jam and suppress signals from the navigation satellites. In addition, they can accurately detect the enemy’s coordinates, missiles, bombs, aircraft … and handle other assigned combat missions. The weapons complex consists of R-340RP signal reception poles, including the control equipment and interfering antennas, capable of suppressing radio signals at a minimum range of 25km. The combination is capable of suppressing signals from all current navigation systems. The R-340RP antenna stations are mounted on cell towers that are installed at a suitable height or mounted on car chassis with a basin module. Compatibility with various power sources guaranteed. Each pole consumes up to 600 watts of power. Communication between the composite’s components can be maintained through the radio. Therefore, during the installation process it is possible to use GSM antenna as a backup. Pole-21 can be deployed and installed in large numbers over a large area, depending on topography and topography. In favorable areas, a “dome” consisting of 100 antenna columns allows coverage over 22,500 square kilometers. Distribution of Pole-21 In August 2016, Russian media reported that the Pole-21 system was officially preparing to be put into service for the military. In November 2019, the Russian Ministry of Defense announced that Pole-21 had transferred to an electronic warfare unit from the Central Military Zone in charge. Shortly thereafter, in early December 2019, some sources said that the Ministry of Defense continued to deploy the Pole-21 system at base 201 of the armed forces in Tajikistan and operated in alarm mode. In January 2021, the Ministry of Defense announced that by the end of this year, the Central Military Region units would receive 10 additional Pole-21 complexes. These products will be delivered to deployment units in Urals and Siberia. Moreover, Russia also recently officially announced the Pole-21’s presence at the Tartus base in Syria. This system, which works in conjunction with other modern air defense systems, is used to counter potential raids and to prevent potential adversary attacks. In addition, experts from the 49th Army of the Southern Military Region used the Pole-21 combination in training activities. It is known that in the exercise, “Pole-21” mainly confronted the enemy drones. Future protection system The Russian Army Base 201 is the first unit to use this combination. In early January 2020, the system officially worked covering residential areas, armory and locations of important Russian air defense complexes. Through recorded reports, the use of Pole-21 combination in different exercises has brought many positive signals. These products are used independently, or in combination with other electronic warfare systems, completely convenient and effective. In October of last year, Central Military Region troops combined with the “Zhitel” jamming station succeeded in destroying UAV communications. In Tartus, with support from Pole-21, the Ratnik complex. -Kupol suppresses the signals for navigation and control channels. The recent drills in the Southern Military Region demonstrate the Pole-21 system’s capabilities to operate in the reconnaissance and attack lines of the combined armed army. Electronic warfare units act as part of the battalion-level tactical group and protect them from reconnaissance drones. The transfer of the Pole-21M serial electronic warfare system to the military has only started in mid-2019 and was received by subdivisions. It is known that the production and supply of these equipment will continue to develop, of which the Central Military Zone will receive 10 new complexes this year. In the past, the Pole-21 complex has confirmed their ability in trials, as well as their potential in the framework of various scale exercises. In particular its ability to interrupt enemy navigation, interrupt mission execution and ensure the protection of its facilities has been repeatedly demonstrated. It is easy to see that the Pole-21 unit, with all its proven advantages, deserves to be an excellent external signal suppression system, which completes the task perfectly. thanks to its high technical characteristics and mobility. In addition, the principle of preventing satellite positioning is consistent with the current development trends of the military and weapons. (According to Top War)