Shells with controlled undermining. Way to the troops

27
A large number of 30 mm artillery systems are used in various combat arms of the Russian army. Currently, work is underway to improve the basic characteristics of such weapons - due to the use of advanced ammunition. Developed a new type of 30-mm unitary shot, equipped with a projectile with a controlled fuse. In the near future, such products will be sent to state trials.

Projectile News


On May 20, the TASS news agency quoted the deputy general director of the Tekhmash concern, Alexander Kochkin. He said that his company is currently performing a new order of the Ministry of Defense. The military department ordered the first pilot batch of promising 30-mm projectiles with controlled detonation.




BMP-2 with the combat module "Berezhok" - the main weapon is 30-mm gun 2А42


The release of the ordered lot takes the current project to the state testing stage. According to A. Kochkin, this stage will be completed as early as next year. It follows from this that in 2020, the Russian army will be able to adopt new ammunition and thereby increase the effectiveness of artillery.

The Deputy General Director of Techmash, commenting on the latest events, recalled that 30 mm caliber systems are used in different areas - on aviation and land equipment, as well as on ships. To ensure compatibility with the new ammunition, the 30 mm cannon carriers will need some modernization. They should be equipped with certain control equipment.

Promising direction


The development of projectiles with a programmable or controlled fuse has been going on for several years. The leading role in this direction is played by NPO Pribor, which is part of Tekhmash. The first real results were obtained several years ago, and in the past time, new instrument ammunition has been developed at Pribor.

According to known data, the first model of this kind was a 57 mm caliber projectile. In the autumn of 2016, it became known about the start of testing of such a product. 57-mm ammunition was considered in the context of the future re-equipment of land vehicles using systems of increased caliber.

At the same time, NPO Pribor told about their plans for the further development of the field. The company planned to create a new projectile with a controlled fuse in caliber 30 mm. Subsequently, new reports on such projects appeared repeatedly, and some technical details were also mentioned.

Features of the project


From the point of view of the general concept, the new domestic shells are similar to the already well-known foreign models. The fragmentation ammunition is equipped with an electronic fuse capable of receiving commands from control devices. The task of such a fuse is to undermine the projectile at a given point in time - when it is located near the target. This allows you to enhance fragmentation effect on the target, as well as hit complex targets that are inaccessible to "conventional" ammunition.


BMP-3 - carrier tool 2А72


Last year, the management of the NPO Pribor disclosed the basic principles of the proposed projectiles. It turned out that the Russian project is based on its own ideas and ideas, and it does not repeat foreign ones. First of all, it is connected with the architecture of control systems and, as a result, with the requirements for the carrier of the gun.

To use foreign projectiles, the gun requires the installation of some new control systems and an electromagnetic programmer. Installation of the latter may be associated with significant design and structural difficulties. The Pribor project provides for a simpler and cheaper laser control system.

From the available data it follows that the Russian fuze is not programmable, as with foreign developers. The projectile receives an optical receiver to receive the signals of the control laser. The fuse does not have the ability to independently determine the range, for it does the OMS of the combat vehicle. When the projectile reaches the desired point, a command is sent through the laser channel to undermine it.

Such an approach at times simplifies and reduces the price of the design of the fuse, the projectile and the shot as a whole. In addition, the introduction of ammunition in the army is simplified. If the “traditional” constructions require substantial processing of the gun, ammunition supply line and control systems, then the complex from NPO Pribor makes it possible to dispense with minimal alterations of the carrier.

It is alleged that it is possible to take any combat vehicle with an 30-mm gun, in the minimum time to install on it the necessary components of the SLA and return it to the service.

The advantages of this architecture are obvious. It allows you to give technology new opportunities with minimal waste of time and money. At the same time, savings take place both during the modernization of equipment and during its operation. A remote-controlled projectile is significantly cheaper than a product with a full-fledged programmable fuse.

Implementation issues


The Russian army is armed with several 30 mm artillery systems. In the ground forces, automatic guns 2A42 and 2A72 are used. Aviation uses systems of the GSh-30 and 2A42 family. On the navy several multi-barrel anti-aircraft guns are used. All these systems and their carriers in theory can use promising guided ammunition.


The BTR-82A (M) is another modern armored vehicle armed with a 30-mm cannon.


Last year, it was reported that the first new shells and controls would receive land combat armored vehicles. In particular, for 2019, it was planned to test shells on the guns 2A42 of a support combat vehicle tanks "Terminator". We should also expect tests with the participation of different types of armored vehicles - BTR-82A (M), BMP-2 and BMP-3, as well as the entire BMD family.

In the near future, the adoption of several new models of armored vehicles armed with 30-mm automatic guns is expected. It is possible that these variants of Kurgants-25, Boomeranga and Almaty will also receive controls for new fuses. Perhaps in the future to test will attract the Air Force and Navy.

Concern "Tehmash" plans to complete state tests 30-mm guided missiles next year. At about the same time, the first order for the full-fledged batch production of ammunition may appear, as well as a contract for the modernization of combat armored vehicles. Depending on various factors and circumstances, the first vehicles with updated ammunition may enter service in the early twenties. It is not yet clear which cars will be the first - modernized or completely new.

It should be noted that 30-mm automatic guns of Soviet / Russian development are actively used abroad. Thus, the projectiles from the NPO Pribor have certain export prospects. Obviously, before fulfilling orders from foreign armies, one should re-equip one’s own, but this is unlikely to interfere with obtaining lucrative contracts.

However, the rearmament of the Russian and foreign armies will begin only after the completion of the tests and the last stages of the design. According to optimistic industry forecasts, this process will end next year.
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27 comments
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  1. -1
    21 May 2019 05: 44
    30 mm - I see no prospects. But the 57 mm is already something. hi
    1. 0
      21 May 2019 07: 22
      Quote: Fedorov
      30 mm - I see no prospects.

      Well, why ... To combat small drones for example. If they find out.
      1. +1
        21 May 2019 07: 49
        Quote: alma
        Quote: Fedorov
        30 mm - I see no prospects.

        Well, why ... To combat small drones for example. If they find out.

        They are not suitable due to the fragmentation field that is too small (both in volume and in density and penetration). Even the AGS (30mm caliber) lacks field efficiency, and for anti-aircraft guns it should be bigger and denser and stronger. Western developers felt that even a 40mm caliber is small and in one of the projects (I don’t remember the name) switched from a 40mm caliber to 45mm, and that’s not enough. In my opinion, the minimum caliber for an anti-drone anti-aircraft gun is 45-50 mm with a cone-shaped field directed forward (shrapnel-type projectile). or an elongated projectile of caliber 50-60mm with a radial fragmentation field.
      2. 0
        21 May 2019 08: 19
        Quote: alma
        Quote: Fedorov
        30 mm - I see no prospects.

        Well, why ... To combat small drones for example. If they find out.

        ==========
        Why only with small drones ??? And with the infantry?
    2. RL
      0
      21 May 2019 07: 51
      Only yesterday there was an article on VO "A batch of 30-mm ammunition with controlled detonation has been ordered."
      Repetition, mother of learning.
      I will not repeat. Take a look at https://www.youtube.com/watch?v=4UolMYY7QaA.
      1. 0
        2 July 2019 05: 55
        In your video, Bushmaster 40 mm and phosphoric charges. We do not use either one or the other.
    3. -1
      21 May 2019 18: 52
      Quote: Fedorov
      30 mm - I see no prospects

      I agree - they just fool around. Well, or sawing ...
      30 mm guided missiles are expensive, even by the standards of the capitalist Western world. At our lagging electronic base, they will be generally gold.
      1. 0
        23 May 2019 07: 09
        You foolishness. Here's what is really expensive - it is to retool 100500 samples from 30 mm to your poor 57 mm. Gigantomania, she is. More numbers mean better.
        1. 0
          29 July 2019 20: 23
          And if you accept that 57 mm. will go to gain (in addition) 30 mm.? 30 mm with detonation at the estimated distance - drive dismounted infantry and unprotected ATGM calculations, 57 mm. - tear light (?) and medium armored vehicles? hi smile
        2. 0
          17 December 2019 13: 14
          about wretchedness, modern western armored personnel carriers for armor protection approaching medium tanks and 30 mm. is clearly not enough for a guaranteed defeat. even in the west they go 45 mm. Against 57 mm. any Pumas have no chances to survive.
  2. 0
    21 May 2019 05: 47
    finally ... how many years did it take to realize? states have cut through the theme almost 20 years ago.
    1. 0
      21 May 2019 05: 56
      They have sifted through the topic, but they are not introducing it into the troops, however, it’s expensive even for the striped.
      1. +2
        21 May 2019 05: 59
        Quote: Fedorov
        They have sifted through the topic, but they are not introducing it into the troops, however, it’s expensive even for the striped.

        study the question. already in the MK310 PABM-T.
  3. +1
    21 May 2019 07: 09
    Always hit the Soviet arms school. Cheap, reliable, cheerful and forever.
  4. +6
    21 May 2019 07: 20
    Remote-controlled projectile is significantly cheaper than a product with a full programmable fuse.
    But it is also significantly less noise-immune. Smoke, dust - all this will interfere with the shooting of such projectiles. Plus, for a projectile with laser control, to realize the focus of shooting through a wall with detonation already in the room is a failure. But this is so, little things. The main disadvantage of the news-article is another portion of "jam for tomorrow", from which I personally am very tired. The projectile has not yet passed the tests, but they are already broadcasting about it as if it is included in the kit at the most overwhelming BMP of the most creepy motorized rifle regiment.
    1. +5
      21 May 2019 08: 12
      Quote: tchoni
      But also significantly less noise immunity. Smoke, dust - all this will prevent the firing of such shells.

      I'm afraid that the fact is that the author simply did not understand the topic. There is a "full-fledged programmable fuse". Just entering the detonation time occurs at a distance of 50 and 70 meters

      "When the projectile departs 50 meters, the first code package is sent, another 20 meters later the second, and so on. The projectile has a scheme for receiving and processing this information. In case of coincidence of these premises, the projectile perceives this information and the temporary blasting scheme is turned on."

      Quote: tchoni
      The main disadvantage of the news article is another portion of "jam for tomorrow"

      In the sense of? In fact, for five years now we have definitely reached the level of "just start buying"
      There is only one thing I do not understand, what kind of dancing with the "experienced" one. If all the tests have already been carried out and even shown on "Zvezda". Four years ago.
      1. +3
        21 May 2019 10: 06
        Quote: Spade
        “When the projectile is 50 meters away, the first code is sent, after another 20 meters - the second, etc. The projectile has a scheme for receiving and processing this information. In case of coincidence of these messages, the projectile perceives this information and a temporary detonation scheme is activated. "

        Thanks for the clarification. And then I was already warning.
        Quote: Spade
        In the sense of? In fact, for five years now we have definitely reached the level of "just start buying"
        There is only one thing I do not understand, what kind of dancing with the "experienced" one. If all the tests have already been carried out and even shown on "Zvezda". Four years ago.

        In fact of the matter. That it seems to be there - but in fact it is not. Like "jam for tomorrow" - a can - here it is! worth it, but you won't get it today! It is "for tomorrow"!
      2. 0
        21 May 2019 18: 58
        Quote: Spade
        There is only one thing I do not understand, what kind of dancing with the "experienced" one. If all the tests have already been carried out and even shown on "Zvezda". Four years ago.

        just expensive. And ineffective.
        And, apparently, there is still no clarity at the top about the future: they will leave 30mm guns as the main one, replace it with 57mm, or even develop a new gun.
        Oh, where did you get lost, 45mm sleeveless ...
  5. sen
    -1
    21 May 2019 07: 53
    Cheaper is just for us.
  6. +1
    21 May 2019 08: 42
    In general, the news is good. But the implementation raises questions! Of course, it is not a bad idea to detonate a laser, but how is the laser giving a command to detonate in a haze or fog? Smokiness can also correct the conditions for the use of ammunition. In addition to everything else, you also need to monitor the shells in the released lineup and, given the trajectory, give a command to undermine! Given that ammunition is dispersed even in one batch, the task for control electronics becomes completely non-trivial!
    P.S. As for me, it's still better than nothing, but the programmed ammunition is an order of magnitude more efficient. But since there is no element base, we should not wait for a programmed munition in such a caliber!
  7. 0
    21 May 2019 09: 12
    When the projectile reaches the desired point on the laser channel is a command to detonate.

    Everything is fine, smoke, fog, dust, rain, but how will the laser hit the projectiles that fly unpredictably, how will it know where the projectile is, how the beam will be directed? Who knows, enlighten.
    1. 0
      21 May 2019 19: 04
      Well, most likely, the laser beam simply scans a certain area - meter per meter, for example - and inevitably illuminates the sensor at the end of the projectile.
      And yes, a similar solution to me also does not seem reliable. However, the future will show.
  8. -1
    21 May 2019 09: 13
    For infantry, yes. For air defense, 57 mm with remote detonation still looks more promising.
  9. -1
    21 May 2019 12: 02
    There is nothing yet. There are two options: one is effective, the other is cheap. Effective requires research, modeling and the creation of new technologies, cheap - the use of (as yet) available.
    If vodka has risen in price, then the bearing, as it was - a bottle, remains - a bottle. If you are not capable of bearing, then your children will have to eat less.
  10. 0
    21 May 2019 13: 19
    thing
    https://vk.com/video9320328_456239436
  11. 0
    21 May 2019 22: 19
    The article is interesting, but the method of undermining is somehow crookedly indicated. He, as I understand it, is still not remote but programmable.
    The projectile exit from the barrel is fixed by a special optical-electronic device, .. The projectile has a scheme for receiving and processing this information. If these premises coincide, the shell perceives this information and the temporary blasting scheme is turned on. Thus, the projectile reaches the target and explodes at the right time, scattering the damaging elements over a large area, ”says the designer

    It turns out that the laser does not initiate detonation but transmits the delay time after the flying projectile. It does not seem that such a scheme is much cheaper than a foreign one, with fuse programming in the barrel at the time of the shot.
    1. 0
      17 December 2019 13: 19
      the article also says that it was necessary to do so, so that the guns would not be redone!

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