Electronic warfare complex "Argus-Antifuria" is preparing for series

13
Electronic warfare complex "Argus-Antifuria" is preparing for series
"Argus-Antifuria" of the first version in working position


Now our country produces many electronic warfare systems designed to counter unmanned aviation, and new designs or updated versions of already known products appear regularly. In particular, NPO Kaysant previously presented the Argus-Antifuria electronic warfare station, and is now preparing its modernized version for production. Its release is planned to begin in the near future.



Promising station


The Moscow NPO Kaysant became involved in the topic of electronic warfare and countering UAVs only last year, but has now managed to develop and present a number of different types of samples. Thus, in March they showed for the first time the Argus-Antifuria mobile radio channel suppression system, designed for long-term protection of specified areas from large drones.

Soon after this, the station went to Donetsk to conduct tests near the combat zone. Exactly what tasks Argus-Antifuria had to solve, for what purposes the station worked, etc., was not reported. Apparently, the tests were successful, and the development organization began to demonstrate the station at specialized exhibitions and look for opportunities to obtain a government contract.

In mid-October, it was announced that the experience of recent tests is now being used to develop an upgraded version of the station. In particular, it will receive its own direction finder for air targets and radio channels. During previous tests under different conditions, the detection of air targets and radio channels was carried out using third-party systems and tools. This approach helped solve problems, but was not convenient and imposed some limitations.


Transport case

Modernization project


On December 11, the RT news agency published an interview with Alena Balandina, development director of the NPO Kaysant. During the conversation, interesting facts were heard about the current work of the Kaysant NGO, incl. about the development of existing projects, such as Argus-Antifury, and plans for the future.

It is reported that the mobile station is being used at the front, and positive feedback is being received from operators. At the same time, fighters talk about the need to increase the range. Now the development company is awaiting a test report - this document will allow us to draw conclusions about the real potential of the complex and make plans for the future.

A. Balandina revealed some details of the Argus-Antifury modernization project. According to her, this process was not limited only to the introduction of a direction finder. The internal and external units of the system have undergone restructuring, and now we are talking about almost a completely new product. At the same time, work continues on the integration of the direction finder, and the main attention is paid to eliminating the negative mutual influence of the system instruments.

The current work is planned to be completed in the very near future, after which production should begin. The series is going to launch early next year, but a more precise date has not yet been announced. The scale of future production is also not mentioned.


NPO Kaysant has not yet received orders from the Ministry of Defense, but the necessary agreements have already been reached. To be accepted into service, new systems must undergo the necessary tests in different conditions and using different training purposes. At the same time, the Ministry of Defense cooperates with large and small organizations and shows interest in new developments.

Technical features


The Argus-Antifuria product is a stationary/mobile directional jamming station with the function of suppressing radio channels used by UAVs. There are already two versions of such a station with similar architecture and identical functions, but with serious differences in design and differing operating capabilities.

The Argus-Antifury kit includes the station itself with a hard case for transportation, a telescopic tripod machine, power supplies, etc. The complex can be deployed in a stationary position or mounted on a vehicle. The principles of its operation do not change. The design of the tripod and station provides almost circular horizontal guidance and vertical guidance within a sector 145° wide.

The station itself is designed as a single unit with the necessary equipment. It has a complex-shaped case, inside which the electronics and cooling system are placed during operation. A set of directional antennas is mounted on the front wall of the housing. The body is equipped with handles and buttons, with the help of which the station is aimed at the target and interference is turned on. Automation of work is not yet envisaged.


"Argus-Antifuria" can interfere in seven different ranges - from 443 to 5800 MHz. In fact, all major bands used by popular UAVs to transmit commands, telemetry and video are suppressed. The frequencies of signals from the main satellite navigation systems are also processed. The power of the generated interference is 10-20 W, regardless of the frequency. The range is at least 2-3 km, depending on the characteristics of the target.

The modernized version of the station includes a direction finder. Information about this device and how to integrate it is not yet available. It is clear that it must track radio signals characteristic of drones, as well as determine the direction to their source.

Several power supply options are available. The station includes a rechargeable battery that provides operation for some time. For longer operation, it is possible to use a generator, connect to a household network or to the on-board network of cars. Power consumption – no less than 420 W.

The principles of use and operation of Argus-Antifury, both in the basic and modernized versions, are quite simple. The operator monitors the air situation using standard or third-party means and waits for the enemy UAV to appear. When it is detected, the station manually aims at the target and jams. Depending on the selected operating mode, the target drone loses the ability to navigate or execute commands, and also stops performing its task.


One of many


The basic version of the Argus-Antifuria electronic warfare system was tested in Donetsk in the spring and summer and demonstrated its capabilities on real enemy UAVs. As a result of these activities, the product was finalized, and its improved version is now undergoing final checks and is being prepared for mass production. Also, NPO Kaysant interacts with the Ministry of Defense in order to receive orders and supply new equipment to the troops.

It should be noted that the Argus-Antifury system is far from the only one of its kind. Currently, more than a dozen domestic organizations are engaged in the development and production of UAV suppression systems - this number includes both recognized leaders in their industries and small organizations. In total, dozens of different systems and designs have been developed and offered.

For example, NPO Kaysant, together with the Argus-Antifuria product, produces a number of other portable and stationary means of countering unmanned aircraft. They also find use in combat zones, undergo testing, etc. At the same time, the development of new models and modernization of existing ones does not stop.

All these processes will continue in the future. In an interview with RT, A. Balandina noted that the designs and technologies of anti-UAV systems become obsolete in just three months. Therefore, constant refinement is required, updating operating frequencies, etc. The next result of such work in the near future will be serial products “Argus-Antifury” of an updated version.

Thus, the most important area receives the necessary attention and is actively developing. The appearance of new or upgraded samples is regularly reported, and a large number of such products are sent to the Special Operation zone. NPO Kaysant is trying to participate in these processes, and we can expect that new information about the results of its work will appear in the foreseeable future.
13 comments
Information
Dear reader, to leave comments on the publication, you must sign in.
  1. -1
    12 December 2023 04: 09
    This is a necessary thing, but it is completely unclear what the effect of EM radiation from this unit is on the operator.
    1. +3
      12 December 2023 14: 39
      Quote: Vladimir_2U
      What about the impact of EM radiation from this unit on the operator.
      20 W with a directional antenna - I would not worry if it were the operator.
      1. 0
        12 December 2023 15: 14
        Quote: bk0010
        20 W with a directional antenna - I would not worry if it were the operator.

        It is directional, but no one has canceled the parasitic petals.

        The non-thermal effect of microwave radiation is observed at PES intensity below 10 mW/cm2. It can cause depression of gastric secretion and motor function in rabbits and dogs, a decrease in heart rate, a hypotonic vascular reaction, and changes in higher nervous activity. Volunteer researchers noted a decrease in blood pressure, changes in the tone of large arteries and the bioelectrical activity of the cerebral cortex.

        MW is milliwatts.
    2. +4
      12 December 2023 15: 52
      ...the impact of an enemy drone on the operator is much more dangerous...
      1. 0
        12 December 2023 16: 53
        Quote from WBond
        ...the impact of an enemy drone on the operator is much more dangerous..

        Can not argue with that! hi
  2. 0
    12 December 2023 06: 08
    The body is equipped with handles and buttons, with the help of which the station is aimed at the target and interference is turned on. Automation of work is not yet envisaged.

    And he must also receive target designation from “external sources.”
    Wouldn’t it be easier to make a quadruple machine gun installation like those that were used during the Second World War on the Maksimov base (only on the PC base). Then, if there are target designations, handles and buttons, at a distance of up to 2 km, such a thing will be very effective in the fight against any light drones.
    1. +2
      12 December 2023 08: 57
      I hid the electronic warfare in the forest, and press on quietly, from 2 km. With machine guns, you need a clear field of fire, and direct visibility of the UAV, and therefore visibility for the enemy.
      But the enemy will see machine guns at a much greater distance than the machine gunner will see the drone.
  3. +2
    12 December 2023 07: 55
    It would be better to make a simple and compact UAV detection and direction finding system. It could even be done using batteries. Then it would be possible at the front line to determine, using triangulation, the position of the UAVs and their control point for basic identification. And there will always be something to destroy and land on.
    1. +2
      12 December 2023 21: 53
      It would be better to make a simple and compact UAV detection and direction finding system.

      Yesterday on the news a military correspondent (I don’t remember who) showed this. Fits in chest pocket. According to him, it responds to a drone within a radius of 1.5 km. The sample is experimental. So, hopefully it will be in the series soon.
      1. +1
        13 December 2023 03: 36
        Quote: Olegi1
        Yesterday, on the news, a military correspondent (I don’t remember who) showed this

        Saw. But it only shows the signal level. There is no mention of a direction finder. Without this, the location cannot be determined. One's own or someone else's is also unclear. Everything is crude, like the tactics of using UAVs themselves.
  4. +1
    12 December 2023 11: 56
    This is all good, of course, but given the rate of obsolescence of anti-UAV technologies within three months, it is necessary to speed up the process as much as possible at the stages of fine-tuning, testing and the start of mass production, in order to avoid obsolescence and the delivery of ineffective and useless products to the combat zone.
  5. 0
    12 December 2023 14: 59
    It’s good that something has finally begun to be developed in our country against drones. Of course, portable, trench electronic warfare was needed yesterday. A very necessary and relevant thing. But these samples still need to be worked on and refined. The fact that it has a built-in direction finder for the UAV and its operating frequency band is already good, but it also requires automatic tuning of a broadband jammer for it, so as not to reconfigure it every three months. Well, the dimensions and weight need to be made smaller.
    1. +1
      13 December 2023 09: 12
      Well, the dimensions and weight need to be made smaller.
      Here comes a dilemma. We want more range, we need more power, and the dependence of range on power is quadratic, the range is two times greater, which means the transmitter power is four times greater. More power, more consumption, more dimensions. Those. always a compromise.
      In those dimensions you can make a power of 100 W per channel, but this thing will consume a fair amount of energy. You won't be able to get by with batteries here.