“Verba” and “Barnaul-T”: protection of troops in the near zone

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A few years ago, the Russian army adopted the 9K333 Verba portable anti-aircraft missile system. It is designed to organize air defense units and gradually replaces older models. Technical, operational and combat advantages over the Strela and Igla families are ensured both by the growth of characteristics and by improving control systems.


Operator MANPADS "Verba" with a set of military equipment. Photo by the Ministry of Defense of the Russian Federation / mil.ru




Tactical and technical advantages


The “Verba” MANPADS includes a new anti-aircraft guided missile 9M336, which has a number of characteristic features and is characterized by improved characteristics. While maintaining the general ideology laid down in previous projects, this missile has a different composition of components and is made on a modern elemental base. All this leads to an increase in flight performance and an increase in basic combat qualities.

One of the main innovations of the Willow project is a tri-band optical homing head. The search for targets is carried out in the near and middle infrared, as well as in the ultraviolet ranges. Such a GOS is more sensitive, and is also more likely to distinguish a real air target from a false one. The missile is protected from other modern counteraction systems.

A new solid-fuel engine with improved performance was also developed for Willow. With its help, the 9M336 missiles are capable of attacking a target at ranges up to 6 km and altitudes up to 3,5 km. Target speed - up to 400 m / s in oncoming courses or 320 m / s in overtaking.

Thus, MANPADS 9K333 - even without the use of communications and control - has obvious advantages over other domestic and foreign systems of its class. At the same time, the project “Verba” provides for the use of additional funds to ensure the integration of MANPADS into a single control system.

Management tools


In addition to military equipment, the Verba MANPADS batteries should include other instruments and devices that ensure the use of weapons. To simplify the production and operation, these components of the Willow were taken from the tactical link management system / Barnaul-T automated control system.


Compact 1L222 radar in portable design. Photo "Rosoboronexport" / roe.ru


For the benefit of the Verba MANPADS battery, the small-sized 1L222 Garmon radar station is used in a portable version or on a self-propelled chassis. Such a station provides target detection at speeds up to 700 m / s at a distance of 40 km - far beyond the limits of the “Willow” area of ​​responsibility.

Information from the Garmon radar or data from higher-level air defense units is processed by a control point, which can be performed in several forms. So, the 9С932-1 reconnaissance and control machine carries radars, data processing devices and target designation equipment on one chassis. Automation processes incoming information, determines goals and distributes them between MANPADS calculations. Over the air, data for firing is transmitted to the operators of the complexes.

Data from the ACS command post is displayed on the helmet mounted sighting device MANPADS in augmented reality mode. The operator learns about the direction to the target and the distance to it, after which he can perform preliminary guidance. Using data from higher-level systems allows the operator to prepare for an attack in advance, before the target appears in sight.

When the target enters the affected area, the MANPADS operator launches the rocket. Further, it all depends on the product 9M336, equipped with a modern high-range tri-band GOS. The architecture and parameters of the rocket make it possible to obtain a high probability of hitting a target of the type “airplane” or “helicopter”.

Characteristic Benefits


MANPADS "Verba" and the controls from the automation kit air defense / tactical link management system "Barnaul-T" can with high efficiency to solve the tasks of air defense in the near field. Significant advantages over previous domestic and foreign MANPADS are provided, which sharply reduces the likelihood of a successful air attack.


9С932-1 reconnaissance and control vehicle on the MT-LBU chassis. Wikimedia Commons Photos


Devices from the Barnaul-T make it possible to fully incorporate the 9K333 Verba MANPADS into the general air defense system of the ground forces. The command post and anti-aircraft battery reconnaissance equipment can work independently or in conjunction with other air defense systems. On their own, Verba and Barnaul-T control a zone with a radius of 40 km. If necessary, they can receive air traffic data from other radars or higher command posts. Thus, the "Willow" become a full-fledged element of layered military air defense, complementing other air defense systems.

The benefits of Willow in the overall air defense control system are obvious. The battery command post is able to constantly monitor the air situation using third-party radars, including outside the area of ​​responsibility of its own "Harmony". Battery automated control system processes incoming data and provides information on combat assets MANPADS 9K333. The latter have the task of defeating objects that have managed to break through other echelons of air defense.

With the independent operation of the anti-aircraft battery with all necessary means, the advantage is lost in the form of an early warning of threats. However, the characteristics of the 1L222 and 9С932-1 products are sufficient to maintain the necessary fighting qualities. The approaching aircraft will be timely detected and attacked.

In certain situations MANPADS "Verba" can be used without the means of the Barnaul-T system. In this case, the operator will have to independently monitor the airspace, notice the targets and attack them. Due to a number of objective factors, this method of application limits the capabilities of the portable complex and does not allow to fully use its potential. As a result, new control systems are developed and implemented that provide well-known advantages. Old techniques for the use of MANPADS are now considered only as a last resort.

Implementation issues


For several years, Verba man-portable air defense systems have been in mass production and are entering the troops. We are already talking about the complete replacement of older MANPADS in various units of the Russian army. In addition, there are export contracts for the supply of Verb.


Components of ACS "Barnaul-T" in the execution for the airborne. In the foreground is a machine with a reconnaissance and control module, followed by a control module. Photo by the Ministry of Defense of the Russian Federation / mil.ru


In parallel, various means are being manufactured from the Barnaul-T system in various versions. First of all, different types of chassis are used, unified with the basic equipment of different types of troops. For example, reconnaissance and control vehicles based on the landing gear of an airborne armored personnel carrier are offered for the Airborne Forces.

Supplies of equipment and weapons lasts several years, and regularly reports about their progress. So, on August 1, the Izvestia publication, citing its source in the Ministry of Defense, reported that by the end of the summer the army would receive the latest products from the next brigade set of MANPADS and ASU. For what formations of the army are these supplies intended - not specified. It is indicated that “Willow” will replace in it products of the “Needle” family.

Current processes have several obvious consequences. First of all, there is an update of weapons and control systems, which in itself is useful for defense. In addition, new products can optimize the composition of military air defense and increase its combat effectiveness.

The result of this is the construction of a modern, advanced layered air defense forces, including a variety of means and systems. It is able to detect and hit targets at ranges from hundreds of meters to hundreds of kilometers. In such a system, portable air defense systems with modern ASUs play an important role, making a necessary contribution to the combat effectiveness of the troops.
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  1. 0
    5 August 2019 05: 10
    MT-LB seems to have been produced in the city of Rubtsovsk at the tractor factory there. And what is still being produced?
    1. +8
      5 August 2019 05: 40
      They upgraded more than once. In the picture MT-LBu. The extended base on one skating rink, the modified case. Patency is higher than that of BMP. Very nice car.
      1. +1
        5 August 2019 05: 43
        I’ll correct myself: Motolyga was produced at the Rubtsovsky Machine-Building Plant.
  2. 0
    5 August 2019 05: 24
    The missile is protected from other modern counteraction systems.

    And from the action of the laser beam on the GOS too?
    1. +5
      5 August 2019 05: 41
      Is there such protection on NATO aircraft? Does she even exist in real life?
      1. +4
        5 August 2019 06: 00
        The American firm Northrop Grumman has developed the Nemesis on-board optoelectronic countermeasures system (BASOP). It is designed for individual protection of aircraft and helicopters from surface-to-air and air-to-air missile systems with infrared seeker.
        BASOP includes: a missile launch warning subsystem, equipped with optoelectronic sensors for their detection and tracking; information processing subsystem, providing a definition of the type and priority of defeat of UR; a set of countermeasures.
        The main advantage of the system is that the countermeasures include a laser device that provides functional damage to the infrared seeker array photodetectors of promising SDs that are resistant to the effects of radiation of currently widely used infrared traps and modulated incoherent infrared radiation devices (cesium arc lamps). Guidance on the UR of the laser beam is carried out using a turret type device.
        This system provides detection of the fact that the enemy launched missiles from any direction at a distance of up to 10 km (when using a set of six optoelectronic sensors operating from six optoelectronic sensors operating in the ultraviolet range of the spectrum) or in the viewing area 360 degrees in azimuth and 100 degrees in angle places (if there is a set of four sensors); accompaniment of UR with high accuracy (tenths of an angular degree) by cooling to a temperature of 77 K of a matrix photodetector measuring 256x256 sensitive elements from a compound of cadmium telluride and mercury; classification of the goal, and also selects the most effective means of counteraction and issues a command for its use.
        The main component of the system is the AN / AAR-54 (V) missile launch warning subsystem, developed by the American firm Westinghouse.
        Aircraft will be equipped with two BASOP - for the upper and lower hemispheres), and helicopters - one, only for the lower hemisphere.
        From my old article:
        http://www.sinor.ru/~bukren12/asimm_otvet3.htm
        1. +2
          5 August 2019 06: 07
          I am certainly not a great specialist in this field, but in my opinion the mirror coating of glass photo lenses or heat sensors somehow reduce laser exposure to a minimum. The fog or cloudiness of the cloud will add complexity to the laser.
          1. 0
            8 August 2019 08: 57
            Quote: tracer
            The fog or cloudiness of the cloud will add complexity to the laser.

            And the homing head too.
        2. +5
          5 August 2019 09: 34
          So you have written - will be equipped winked Therefore, the question arises, what kind of aircraft in reality received this economy? How much such a turret can generally be added to an existing aircraft (and even 6 sensors on the sides). We don’t talk about large UAVs (for small UAVs, I think this is not relevant - it’s unlikely that the Verba GOS captures them)
          1. 0
            5 August 2019 10: 39
            Design features of the Nemesis provide the possibility of its placement with low labor costs on military and transport aircraft and helicopters of various types without significant refinement of their structural elements.
            The total value of contracts for the implementation of the Nemesis program is estimated at $ 500 million (the UK share exceeds 270 million), and the cost of one set of equipment can be about 2 million.
            http://militaryarticle.ru/zarubezhnoe-voennoe-obozrenie/2005-zvo/7235-bortovaja-aviacionnaja-sistema-optojelektronnogo
            1. 0
              5 August 2019 13: 05
              But nevertheless, it can be more specific - here you have a Superhornet or a Typhoon, where do you stick a similar system to them? .
              By the way, you’ve written exclusively about protection from the infrared seeker. I think that this also applies to UV.
            2. -3
              5 August 2019 17: 27
              Relax at your leisure Aircraft Defense Complex of President-S Aircraft
              November 3, 2015
              Website Military Review.
              1. +1
                6 August 2019 08: 23
                I read, and you? smile
                it says “The facilities of the complex are mounted on a base helicopter and, after appropriate training, are able to carry out tasks to search for potentially dangerous missiles with their further suppression and disruption of the attack.”
                About the planes, as you see, not a word. And how can such a facility be placed on an airplane, where every cubic centimeter counts, not to mention other problems
            3. +2
              5 August 2019 18: 50
              Design features of "Nemesis" ..... uh, a question for filling. How many watts does this product consume? for example, an energy generator of about half a megawatt worked on a failed laser anti-missile product on a Boeing. and for this unit "garin" how much will
              1. +1
                6 August 2019 11: 35
                But what about a target’s attack with a few calculations, does the laser have time for 3 missiles, for example, to shoot?
  3. +1
    5 August 2019 05: 36
    "So you need to take good boots" ... and then there was an article about "ganship" miraculous. This device will put it down.
    1. +9
      5 August 2019 06: 01
      Infa is a bit outdated. In service has been with a dozen years. Barnaul-T is a wonderful thing. Asu, which closes all the military air defense. It is one thing when a gunner with a pipe independently seeks out targets, another thing when he comes with complete information and distribution of targets between the Buk air defense system, anti-aircraft artillery - Tunguska and others, MANPADS.
      1. +4
        5 August 2019 06: 31
        Quote: YOUR
        Barnaul-T is a wonderful thing. Asu, which closes all the military air defense.

        The ACS in the air defense system is certainly not replaceable. The main thing is that its capabilities correspond to the requests. How many channels does this ACS have for data transmission? What are the capabilities of "Barnaul-T" in the fight against the numerous UAVs that have now appeared over the battlefield from our "partners"?
        1. +2
          5 August 2019 07: 53
          The jester knows him. These questions already relate to classified data.
          Quote: svp67
          What are the capabilities of "Barnaul-T" in the fight against numerous UAVs,

          ACS with UAVs and other aircraft is not struggling. It processes the primary information received from reconnaissance assets and transmits secondary (digitally) information to the performers. How many data transmission channels and controlled anti-aircraft means, it seems enough to control the anti-aircraft means of the brigade.
        2. +3
          5 August 2019 09: 26
          So it is written smile
          The basic set of the air defense control subsystem of the unified command and control system for troops (forces) and weapons in the tactical link "Barnaul-T" (hereinafter - the basic set of "Barnaul-T") is designed to equip air defense control posts of tactical military formations (TVF) with a connection level and lower with modern means of automation, communication and data exchange in order to ensure effective command and control of the air defense forces and weapons of the TVF, coordinate their actions, increase mobility and survivability under any combat conditions.
          Functionality
          reconnaissance of low-flying air targets in the range of combat assets;
          collection (reception) of information about the air situation from interfaced sources of information;
          identification of information about the air situation from all sources, tracking a given number of targets, enlarging and displaying information about the air situation;
          the reception from the higher command posts (CPSU) of combat control and warning commands, their processing and display, the formation and issuance of reports to the CPSU about the execution of combat control commands, as well as the trajectories of targets with signs of action on them;
          target allocation at each control level and issuing subordinate target designation commands (TS), fire prohibition commands (KZS) or force distribution teams (RU) taking into account their capabilities, combat readiness, availability of free target channels, state of ammunition, target actions;
          reception, processing, display and transmission of formalized and non-formalized documents on the status, condition, combat readiness and nature of the actions of units and divisions of their troops;
          registration and documentation of the process of combat work;
          functional control of the operability of hardware;
          autonomous combat crew training simulator, a comprehensive combat crew training simulator in conjunction with subordinate BKP and command posts.
          Application
          The products of the basic set “Barnaul-T” are used to equip:
          air defense control point of the connection level (division, brigade) - planning module on the wheeled chassis MP-K 9C931-1;
          command post (CP) of the regimental level anti-aircraft missile formations - MP-K 9C931-1 and the planning module on the caterpillar chassis (MP) 9C931;
          command post (KP) of the anti-aircraft battalion - MP 9C931, reconnaissance and control module on a tracked chassis with radar (MRU-B) 9S932-1;
          Battery command post (BKP) - reconnaissance and control module on a tracked (wheeled) chassis with a radar (MRU-B) 9S932-1;
          control point of the platoon of anti-aircraft gunners platoon MANPADS - portable fire control module (PMUO) 9C933;
          Department of anti-aircraft gunners MANPADS - a complex of automation equipment for the department of anti-aircraft gunners (KSAS) 9C935.
          Performance characteristics
          The number of simultaneously tracked air routes of the products MP-K 9S931-1, MP 9S931 and MRU-B 9S932-1 - at least 80
          The maximum number of tracking (displayed) trajectories of targets with the PMUO 9S933 product is up to 15
          The maximum number of issued target trajectories from PMUO 9S933 to KSAS 9S935 is up to 6
          The cycle of automatic solving information processing and fire control tasks - no more than 1 s
        3. 0
          6 August 2019 11: 39
          Quote: svp67
          Quote: YOUR
          Barnaul-T is a wonderful thing. Asu, which closes all the military air defense.

          The ACS in the air defense system is certainly not replaceable. The main thing is that its capabilities correspond to the requests. How many channels does this ACS have for data transmission? What are the capabilities of "Barnaul-T" in the fight against the numerous UAVs that have now appeared over the battlefield from our "partners"?

          And why no one uses microwave radiation to fight drones, creating a powerful magnetron with a directed beam is not a problem at all. Maybe I don’t understand something ....
  4. +3
    5 August 2019 07: 44
    http://oruzhie.info/vojska-pvo/727-verba
    But in this link the height of the defeat by Verboy is 4,5 km !!! A very significant "increase". So which one is it?
    1. 0
      5 August 2019 19: 22
      But in this link, the height of the Verba’s defeat is 4,5 km ...... theoretically, with the Needle, just like the Verba, it is quite possible to fire at targets at heights and 5 km, however, the pipe trunk must be lifted more than 30 degrees, this is dangerous for the shooter, you need bezoplastnaya position and they might not be at all, for example, the roof of houses, for example in the Donbass from heaps in the area of ​​the Donetsk airport, Igla were fired at Su-25 at an estimated height of 4.2 km, that is, the theory with practice is correct. but stepping out of safety
      1. 0
        5 August 2019 21: 30
        Nothing to do with safety; the starting engine finishes working in the pipe, and the exhaust is far from a grenade launcher. And at 75 degrees allowed without consequences.
    2. +2
      5 August 2019 21: 27
      The maximum range and height of the defeat of the target MANPADS significantly depend on the speed of the target and the course parameter.
      The higher the speed and the larger the parameter, the lower the maximum range and height of the lesion.
      For a fixed target, the affected area is generally a hemisphere with a radius of 6.5 km.
      The description gives the maximum range and height for various purposes; for a helicopter, for a fighter at a speed of 200 m / s, 300 m / s, 400 m / s, towards and after.
  5. 0
    5 August 2019 09: 50
    For MANPADS, it would not hurt to raise the altitude to 10 km.
    1. 0
      5 August 2019 10: 19
      and the pipe will be held by 5 people on each shoulder, and standing on the stairs, because you need to raise the height up?))) Can you imagine how much the weight and size of MANPADS will increase?
      1. 0
        5 August 2019 10: 29
        And what will be the minimum weight of the rocket to be able to carry, is 70 kg enough? You can make it even collapsible, remove the engine. Run from a vertically mounted container, like a C-series air defense system. Only a guidance device on a tripod, guidance can be laser, radio command or television.
        1. 0
          5 August 2019 11: 56
          Quote: Denimax
          70 kg is enough?

          The key word in MANPADS is "portable". With 70+ kg per tube or for a prefabricated Lego kit, the number of shots per compartment will more than halve. For short but not portable ranges, there is Carapace / Thor / Pine / etc.
          The more "portable" the technology, the higher the risks for itself in case of loss of control over it. For information read
          Quote: http://dspk.cs.gkovd.ru/library/data/perenosnye_zenitnye_ra.pdf
          MANPADS from ICAO
          1. +1
            5 August 2019 12: 38
            MANPADS should not be compared with other SAM, its main superiority in stealth, mobility and the price is not high. He is in his own special niche, and they fear him more than others. Large ammunition is not needed here, one two shots, anyway, change the position, why carry too much.
        2. +2
          5 August 2019 17: 15
          Have you ever had to carry a piece of iron 70 kg a little further than through the yard? If not, I’ll explain. All your fantasies look very entertaining, but do not apply to portable SAM ... recourse
          1. 0
            5 August 2019 20: 42
            The figure of 70 kg was taken by me from the ceiling. I don’t know how much it will weigh, I understand that if a conventional MANPADS double its height, then the weight of the rocket will more than double. Transport will still be used for transportation, but if it will be necessary to drag it somewhere, then this is also not a problem, because they somehow carry mortar barrels or wounded on a stretcher.
            1. -1
              6 August 2019 18: 01
              For this there are self-propelled air defense systems
      2. +1
        5 August 2019 19: 42
        will the weight and size of the MANPADS increase at the same time? ...... in principle, you can not increase the weight and even reduce it by installing ramjet, in solid-fuel engines, the proportion of oxidizing agent is almost 70 percent of the total mass, and these 70 percent are taken from the environment, so ramjet is not new
      3. -1
        6 August 2019 11: 47
        Quote: 2 level advisor
        and the pipe will be held by 5 people on each shoulder, and standing on the stairs, because you need to raise the height up?))) Can you imagine how much the weight and size of MANPADS will increase?

        Somewhere I saw how, when fired from a grenade launcher, the projectile container is first ejected, increasing the length of the launch tube by 2 times, and the projectile itself is already flying out of it, but there it seems to be done to protect the shooter from a jet of flame
  6. -10
    5 August 2019 12: 40
    Damn, what kind of trash is this "Harmony" radar - the first thing the enemy will do is to remotely blow all radio-emitting "Harmonies" to hell with the help of proto-radar missiles.

    Since all MANPADS, including the Verba, are designed for use only in conditions of visibility in the optical range, the equipment for monitoring the airspace in the command vehicle must be passive optoelectronic, including a high-definition television channel and a thermal imaging channel.

    Radar "Garmon" is an obvious budget pile.
    1. 0
      6 August 2019 11: 56
      Quote: Operator
      Damn, what kind of trash is this "Harmony" radar - the first thing the enemy will do is to remotely blow all radio-emitting "Harmonies" to hell with the help of proto-radar missiles.

      Since all MANPADS, including the Verba, are designed for use only in conditions of visibility in the optical range, the equipment for monitoring the airspace in the command vehicle must be passive optoelectronic, including a high-definition television channel and a thermal imaging channel.

      Radar "Garmon" is an obvious budget pile.

      Are you also shooting flies from Winchester at home?
      1. 0
        6 August 2019 13: 00
        Do you take pictures at home using PM? laughing
    2. 0
      8 August 2019 15: 01
      Give each anti-aircraft gunner an anti-radar missile fellow On one plane, there are hundreds of them laughing
  7. +1
    5 August 2019 14: 00
    I remember the program Shock Force, where they talked about the advantages of our Igla-S over the American Stinger. The performance characteristics were not discussed, but they showed that our MANPADS consists of a tube with a rocket and a control panel, it can be thrown to the ground and nothing will break. And the same "Stinger" has a lot of "bells and whistles" that you can (even accidentally) break, not to mention falling to the ground! So I see that our “Willow” has become more and more like “Stinger” with its “bells and whistles”!
    1. 0
      6 August 2019 12: 00
      Quote: senima56
      I remember the program Shock Force, where they talked about the advantages of our Igla-S over the American Stinger. The performance characteristics were not discussed, but they showed that our MANPADS consists of a tube with a rocket and a control panel, it can be thrown to the ground and nothing will break. And the same "Stinger" has a lot of "bells and whistles" that you can (even accidentally) break, not to mention falling to the ground! So I see that our “Willow” has become more and more like “Stinger” with its “bells and whistles”!

      This is logical, their function is not to hold the blow, but to shoot down planes and helicopters
      1. -1
        6 August 2019 18: 03
        But in war everything happens, and it would be better if the blow were kept than not.
  8. -1
    6 August 2019 03: 39
    I wonder how a portable complex with all-weather
    1. 0
      6 August 2019 08: 18
      Approximately the same as the optical-electronic means of the enemy

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