Russian radar "Demonstrator" attracted the attention of foreign experts

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Boris Levitan, General Director of Radiofizika PJSC, stated during the MAKS-2015 aerospace show that a mobile sector radar system (MS RLK) with a fully digital active phased antenna array called Demonstrator attracted great interest from foreign specialists.



"The peculiarity of the current air show and our participation in it is the increased interest of foreign participants to the new product of the Radiophysics company - the radar" Demonstrator ", - quotes him "Military Industrial Courier".

The CEO noted that representatives of the United Arab Emirates, India, Pakistan and other countries visited the stand of the company. At the same time, according to him, the company for the first time presented a product that has passed full-scale tests and is completely ready for mass production.

"Today we can produce this equipment in quantities sufficient to supply the external and domestic markets," - said Levitan.

According to him, at the moment there are other systems with similar characteristics, however, the development of PJSC "Radiofizika" has a distinctive feature - it demonstrates new technologies.

“First of all, these are technologies of fully digital active phased antenna arrays, which, along with the usual characteristics of range and accuracy, allow for a number of additional functions. Such, for example, the simultaneous tracking of more than 100 targets, the electronic formation of a large number of rays that allow you to work in a difficult jamming environment, control the parameters of antenna patterns in a wide range, ”Levitan said.

According to him, the company's specialists have developed a high-tech and inexpensive in the production of radar, as it uses a large number of repetitive solid-state elements, which become very cheap during production automation.

“All this, of course, is its competitive advantages, which will allow us to successfully promote it in the market,” said Levitan.

The general director also noted that the company has additional proposals for the Ministry of Defense of the Russian Federation.

“We hope to order the station from the Ministry of Defense and Roskosmos, since it can be effectively used to control the launches of our peaceful missiles. We can provide launch control, with very high accuracy, determining all launch parameters, as well as the points of incidence of individual elements, including those with unsuccessful launches, ”he said.
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  1. +1
    28 August 2015 07: 13
    “A feature of the current air show and our participation in it is the increased interest of foreign participants in the new Radiophysics company product - the Demonstrator radar.
    What, combed that feels trouble, vaseline prepare)))
    1. +1
      28 August 2015 07: 35
      We hope to order the station from the Ministry of Defense and Roscosmos, since it can be effectively used to control the launches of our peaceful missiles.


      it's 5 ahaha laughing
  2. +2
    28 August 2015 07: 20
    The name is what ... DEMONSTRATOR
  3. +1
    28 August 2015 07: 21
    Judging by the dimensions in the photo of the antenna canvas (if it was shown ... with a covered mat) ... this is the "CM" range, which means high accuracy in determining coordinates and recognizing targets ... but that means not such a long range ... the characteristics are interesting ... BUT IT'S NOT CLEAR .... a little ... purpose - WHICH TROOPS WILL USE THIS RADAR?
    1. +1
      28 August 2015 07: 43
      Judging by the size in the photo of the antenna canvas (if it showed it ... covered with a rug)
      They showed it, but it’s not completely the size, it’s completely like this:
    2. 0
      28 August 2015 08: 51
      probably air defense
      1. 0
        28 August 2015 13: 16
        probably air defense

        Based on the available data (not verified true) precisely for these purposes:

        The station is designed to detect non-strategic BR and high-speed aerodynamic targets; it is made in the technology of complete digital phased arrays - both for reception and transmission.
        Target detection range with EPR 1 sq. m is 600 km, the viewing area in azimuth is 120 °, in elevation - 75 °, the number of simultaneously accompanied targets - 100.


        By the way, it seems to be quite scalable enough ...
  4. +2
    28 August 2015 07: 33
    Quote: KazaK Bo
    this is the "CM" range

    Most likely the "DM" range. It is only alarming that PJSC Radiofizika has never dealt with radar systems for air defense and aerospace defense. In terms of the antenna's appearance, design solutions and obviously its characteristics, it resembles the Gammu-DE, developed by VNIIRT and not deservedly forgotten by the Ministry of Defense, despite the fact that Iran is very interested in it.
    1. +3
      28 August 2015 07: 49
      It is only alarming that the PJSC Radiophysics has never been involved in radar systems for air defense and aerospace defense.
      And what is alarming? Well, they didn’t do it, but now they do it:
      http://www.radiofizika.ru/services/radar/ Благо опыт богатый, материально-техническая база позволяет, чем больше отечественных компаний занимается ФАР/АФАР(ЦАР) тем лучше же smile
      1. +3
        28 August 2015 08: 37
        Quote: adept666
        not involved ... rich experience
        Radar, like all electronic intelligence, has several scientific schools that have been formed for decades. But the most important thing is scientists and engineers of such organizations as NII-2 Tver, "Concern VKO" Almaz-Antey ", Moscow VNIIRT, Nizhny Novgorod Federal Research and Production Center NNIIRT and others, specialize in these technologies and, of course, understand much better in this area than pioneers from Radiophics.
        1. 0
          28 August 2015 09: 42
          and of course they understand much better in this area than the pioneers from Radiofiki.
          Pioneers speak? Well, at least you took the trouble to study the history of these pioneers: http://www.radiofizika.ru/company/history/ fellow and then they would issue their allegations. wink So there really are pioneers of radiophysics to all pioneers of pioneers lol
          1. 0
            31 August 2015 08: 50
            Quote: adept666
            Well, at least you took the trouble to study the history of these pioneers

            Before writing, I always try to study the topic I am writing about. And in this case, after reading the phrase Radio Physics and Air Defense, I first went to the organization’s website to find out why I hadn’t heard anything about it for 20 years, although I worked with almost all the leading developers and manufacturers of air defense systems. The fact that they supplied individual components for Lianozov and other air defense enterprises, so these components are supplied by half of the country's enterprises. Let us then all announce the leading organizations in this field. laughing
            1. -1
              3 September 2015 14: 05
              Before writing, I always try to study the topic I am writing about. And in this case

              Bad to see studied. Speak a couple of separate components?

              In 1968-78, the staff of the enterprise participated in the design of the first in the USSR transportable full-turn active antenna array of the S-225 system. In the same years, the design of the S-300 antenna (FA-51) was created and put into mass production. The joint tests were completed and the S-200M system (Dubna) was put into operation.

              In collaboration with the Research Institute of Long-Range Radio Communications since 1962. to 1975 designs of waveguide-slot antenna devices with slow-wave structures for frequency-phased RTS distant detection systems - 5N11, 5N11AP, 5N11A were created.

              In 1973, a research and production complex was commissioned in Moscow on ul. Geroev-Panfilovtsev, house 10, which includes the design building, pilot production, engineering support and Europe’s largest anechoic shielded chamber for testing large-sized antennas and their elements. On the basis of CBRP them. Academician A. A. Raspletin established branches in the cities of Gomel (Belarus) and Syzran (Kuibyshev Region), and later in the city of Chistopol (Tataria), where radio engineering devices, structural, radio-transparent and radio-absorbing materials were developed, and also elemental base for created antenna systems.

              So in 1980-87. the design of a full-rotary headlamp of the decimeter range-20ZH6 was created, as well as the design of a large-sized, full-turn headlamp of the centimeter range with an optical feeding method as part of the Atoll multifunctional ship complex.

              after reading the phrase Radiophysics and Air Defense, I first went to the organization’s website to find out why I hadn’t heard anything about it for 20 years

              Because for the past 20 years they have been doing other things (for example, space communications), but they have enough experience to create a radar for their eyes.
              although he worked with almost all the leading developers and manufacturers of air defense systems.

              Well, straight playing coach laughing He was everywhere, he knows everything. Excuse me, did you happen to work with the leading developers of ICBMs, armored vehicles, aircraft, ships? Moreover, you live in Kazakhstan.
  5. +1
    28 August 2015 08: 25
    More like a folding sofa))).
  6. FID
    +6
    28 August 2015 09: 36
    And I, frankly, thought it was a sofa with an armchair ....