GP155 family operated artillery shells (China)

25
In the late nineties, the Russian defense industry began supplying Krasnopol with guided artillery shells to China. At the same time, Chinese enterprises mastered the licensed production of such ammunition. In total, about two thousand Krasnopol products were supplied and manufactured, after which production stopped. In the future, Chinese experts began developing their own projects of such weapons.

Relatively recently, the Chinese industry began to show at a weapon exhibition a range of guided artillery shells with different characteristics and differing guidance systems. The GP155 family of ammunition is intended for use with 155 mm caliber guns and should be used in situations that require precise destruction of a small or moving target that is impossible when using unguided projectiles. It should be noted, some features of all the new Chinese projectiles make them suspect developers, at least in borrowing other people's ideas.



GP155

The GP155 product (alternative designation GP1) can be considered the base projectile of the family. This ammunition is intended for use with 155-mm guns equipped with a barrel length 39 or 45 caliber. The main tactical objective of the GP155 projectile, as well as the other weapons family, is the destruction of stationary and moving objects of the enemy with a minimum consumption of ammunition. For this, the projectile is equipped with a laser guidance system.

The GP155 product has a standard for guided artillery shells. The conical head fairing houses a control system with a laser receiver. In the middle part there are rudders and a high-explosive fragmentation warhead displayed in flight. In the tail section there are X-shaped folding stabilizers. In the transport position and in preparation for the shot, all the planes of the projectile are inside special cavities in the body. After exiting the gun, the rudders and stabilizers are opened and used to provide stability and control in flight.

The characteristic hull lines and design of the GP155 projectile planes suggest that during its development, Chinese engineers actively used information obtained from studying the Soviet / Russian XNUMHOFX3 Krasnopol ammunition. It is for this reason that the two projectiles are very similar both in appearance and in characteristics.

According to official data, the GP155 Chinese projectile is equipped with semi-active laser head homing. The attacked target must be illuminated by a laser beam. The equipment of the projectile detects the reflected light and is aimed at it. For such an application, GP155 munitions need third-party targeting. It is assumed that intelligence units, UAVs, etc. should search and highlight targets. In the promotional materials for the GP155 projectile, there is a thesis about the possibility of destroying the enemy’s armored vehicles with the first shot without the need for zeroing. Accurate information about circular probable deviations are not available.

It is alleged that the GP155 projectile is capable of hitting targets at ranges from 3 to 20 km. This fact, as well as the appearance of the munition can be considered evidence in favor of the version of the Russian origin of the Chinese projectile. In addition, there are reasons to believe that other GP155 characteristics are approximately at the level of Krasnopol’s indicators. Thus, the length of the Chinese product can reach 1300 mm with a weight on the order of 50 kg. High-explosive warhead must weigh about 20 kg at a charge of the order of 6-7 kg of explosive.

GP155A

The second family ammunition, GP155A, is also equipped with a semi-active laser homing head. The most noticeable difference from the base GP155 is the shape of the body and, as a result, the layout of the internal units. The projectile with the letter “A” has a modified head fairing of shorter length. However, it still houses the receiver of the laser guidance system. Dimensions and layout of other parts of the body and the planes remained the same.

The GP155A projectile is designed to attack stationary and moving enemy targets. It is proposed to use for destruction tanks, armored vehicles, artillery and fortifications. The ammunition is designed to carry out “surgically accurate” attacks with minimal collateral damage.

Declared the possibility of reliable destruction of targets moving at a speed of no more than 36 km / h. Semi-active guidance system uses third-party target designation: the attacked object must be marked with a laser beam. The effective range of the GP155A projectile is from 6 to 25 km.

GP155B

The GP155B product is also a development of the base shell, but it cannot be considered a modified version of the Russian Krasnopol. The GP155B projectile, unlike previous Chinese designs, uses a satellite guidance system. The projectile's automation allows the use of signals from the American GPS system and the Chinese Beidou. When creating the control system, some components of existing Chinese aviation rockets.

Before the shot, the coordinates of the target are entered into the GP155B projectile control system, thereby implementing the “shot-and-forget” principle. However, due to targeting at predetermined coordinates, ammunition cannot be used against moving targets. Thus, the satellite-guided projectile is intended to complement other munitions of the family, equipped with laser systems, but not to replace them completely.

GP155G

Of great interest is the guided artillery GP155G. This product is designed specifically for the destruction of enemy armored vehicles. Instead of a high-explosive fragmentation warhead, a projectile with the letter “G” is equipped with a self-targeting combat element.

The GP155G projectile must be fired in the direction of the enemy’s proposed armor. After entering the specified area, the ammunition drops the combat element. For the timely discharge of the element, a tube is used with installation manually or with the help of appropriate instruments. After separation from the projectile, the self-aiming combat element opens the parachute and begins to descend smoothly to the ground, scanning the surface with the help of (presumably) an infrared homing head.

After the target is detected, the cumulative warhead is undermined. With the explosion, a shock core is formed that can hit armored vehicles in the upper projection. Since modern armored vehicles have relatively weak roof protection, the used self-aiming combat element must strike them with sufficiently high efficiency. In addition to tanks and other armored vehicles, the GP155G projectile can be used against other targets, including airplanes, unprotected equipment, shelters and other ground targets that can be detected by the search system.

***

In fact, the GP155 family of guided artillery shells is an option for the development of the Russian Krasnopol product, taking into account the requirements of the Chinese military. Using some basic ideas and solutions, Chinese experts were able to create several artillery ammunition for various purposes, suitable for solving a wide range of combat missions. It is possible that the GP155 projectiles have certain drawbacks and cannot be considered world leaders in this field. Nevertheless, even in this case, they can significantly improve the combat effectiveness of the PLA artillery.

It is known that Krasnopol's shells can, in 2-3, reduce the number of guns needed to complete a task and, in 50, to reduce the consumption of ammunition more than once. The cost of the combat mission in this falls 5-10 times. If the Chinese designers managed to bring the performance of their development to such a level, then this can be considered a great success. However, yielding to Russian ammunition, the Chinese design of the GP155 family retains a noticeable advantage over the existing unguided 155 mm caliber projectiles.

















On the materials of the sites:
http://deagel.com/
http://militaryparitet.com/
http://kbptula.ru/
http://defence.pk/
http://i-korotchenko.livejournal.com/
25 comments
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  1. +6
    26 January 2015 09: 34
    Serious competition for expensive American guided missiles. They can push them out of the market.
    1. mks123
      -2
      26 January 2015 13: 34
      155mm BONUS MkII



      Link to the manufacturer's website: http://www.nexter-group.fr/nexter/Flipping_Book/Export_GB/files/assets/basic-htm
      l / index.html # 69

      Smart 155



      Link to the manufacturer's website: http://www.diehl.com/en/diehl-defence/products/ammunition/smartr-155.html

      Russian SPBE inferior to NATO in armor penetration and sensors.
      Russian SPBEs have more mass and caliber, with lesser armor penetration.

      The SPBE-D striking element is a further development of the SPBE ammunition, also used in the Smerch multiple launch rocket cluster warhead and the RBK-500 SPBE cluster bomb.


      Copper blank diameter 173 mm and weighing 1 kg, accelerated to a speed of 2000 m / s, it can penetrate up to 70 mm armor at an angle of 30 ° to the normal.


      Armor penetration 155 mm tantalum BONUS facing - 100-140 mm.

      TTX BONUS MkII:

      Type of sensors: dual-band IR and lidar
      Altimeter: Lidar

      Weatherproof, for any climatic zones

      Warhead type: Impact core> 2000 m / s
      Armor Penetration: 100mm to> 140mm Steel Armor

      Simulation of penetration of a missile defense by a shock core (presentation of Bofors Defense):
      watch from 2:40



      KAZ Trophy and Arena will not be able to intercept such goals.
      The effect of counter-ammunition is too weak: "Trophy" uses MEFP - Multiple Explosive Formed Penetrators, "Arena" - GGE.

      There are no similar artillery shells in the Russian army, the caliber does not allow the use of copper cladding - the penetration is too small.
      1. +1
        26 January 2015 16: 26
        Quote: mks123
        Penetration of 155 mm BONUS tantalum cladding is 100-140 mm.

        capable of penetrating up to 70 mm of armor at an angle of 30 ° to the normal.


        Heh ... Have you already started to study trigonometry? laughing
        1. mks123
          -2
          26 January 2015 16: 32
          Quote: Spade
          Heh ... Have you already started to study trigonometry? laughing

          Lopatov, have you read my letter?

          This is a quote from a patriotic site:
          A copper blank with a diameter of 173 mm and a weight of 1 kg accelerates to a speed of 2000 m / s, is able to penetrate up to 70 mm of armor at an angle of 30 ° to the normal.

          http://www.airwar.ru/weapon/ab/rbk500.html
          1. +1
            26 January 2015 18: 00
            Read. As I said, the topic freezes due to a lack of interest from customers.

            Well, about the armor penetration http://2mb.ru/matematika/geometriya/on-line-raschet-treugolnika/

            You have a corner and an adjacent leg. Need to know the hypotenuse. And compare with someone else's armor penetration indicated by the normal.
            1. mks123
              -1
              26 January 2015 18: 12
              Quote: Spade
              Read. As I said, the topic freezes due to a lack of interest from customers.

              Shovels, are you slow-witted?
              I gave a link to the 2014 nexter-group catalog !!!

              Presumably, Saudi Arabia also ordered a full set of ammunition from the company Nekster Munitions (Nexter Munitions), including modern Bonus Mk.II, whose firing range is 35 km.
              http://vpk.name/news/111099_sv_indonezii_poluchat_pervuyu_partiyu_sau_cezar_do_k
              onca_2014_goda.html

              Quote: Spade
              And compare with someone else's armor penetration indicated by the normal.

              Shovels, do you think that tantalum is there for beauty ???
              Compare the density and hardness of tantalum and copper.

              Quote: Spade
              And compare with someone else's armor penetration, normal.

              BONUS also beats at an angle !!!
              1. +1
                26 January 2015 18: 22
                Quote: mks123
                Shovels, are you slow-witted?
                I gave a link to the 2014 nexter-group catalog !!!

                AND? Who has this wunderwaffe in service? Without "supposedly", really.


                Quote: mks123
                BONUS also beats at an angle !!!

                Under what?
                For what angle is armor penetration given, dear?
                1. mks123
                  0
                  26 January 2015 18: 35
                  Quote: Spade
                  AND? Who has this wunderwaffe in service? Without "supposedly", really.

                  I don’t know, but there is one in the catalog.
                  France shooting:

                  http://www.dailymotion.com/video/x9byde_caesar-155mm-tire-l-obus-bonus_news

                  Quote: Spade
                  Under what?

                  Obviously not normal!

                  Quote: Spade
                  For what angle is armor penetration given, dear?

                  One more time:
                  Shovels, do you think that tantalum is there for beauty ???
                  Compare the density and hardness of tantalum and copper.
                  1. +1
                    26 January 2015 18: 54
                    Of course there will be in the catalog. The development back in June 2004 was completed ...

                    Quote: mks123
                    Obviously not normal!

                    It is normal. Unless otherwise specified, as for ours.


                    Quote: mks123
                    One more time:
                    Shovels, do you think that tantalum is there for beauty ???

                    And what does it have to do with it? Do not be stupid. Cladding density is just one of the variables in a very large formula
                    1. mks123
                      -1
                      26 January 2015 19: 11
                      Quote: Spade
                      Quote: mks123
                      One more time:
                      Shovels, do you think that tantalum is there for beauty ???

                      And what does it have to do with it? Do not be stupid. Cladding density is just one of the variables in a very large formula

                      Pgavda?

                      The lining of the cumulative charges, the material of which is molybdenum, is known. Molybdenum has a relatively high bulk velocity of sound. (5055,5 m / s at atmospheric pressure and a temperature of 20 ° C) and relatively high density copper (10220,0 kg / m3). Molybdenum produces high-speed cumulative jets, since the high volumetric speed of sound provides coherence (continuity) of the most high-speed (up to 12 km / s) sections of the jet.

                      General Dynamics Ordnance and Tactical Systems

                      K CHARGE
                      SHAPED CHARGE WARHEAD

                      -Copper or Molybdenum liner Shaped Charge for Armor Defeat

                      http://www.gd-ots.com/download/K-Charge.pdf

                      Use google translator.


                      JANE'S DEFENCE WEEKLY - JUNE 22, 2005
                      RUAG exploits new warhead technology
                      PAOLO VALPOLINI
                      JDW Correspondent Milan

                      RUAG's Defense Warhead Division demonstrated numerous new products in late May based on recently developed technology.

                      The new technology, which involves hollow-charge warheads based on a variable thickness molybdenum liner, has allowed RUAG to produce warheads that maintain optimal performance even if their desired stand-off distance (the distance between the target armor and the warhead detonation point) is not precisely respected, with the perforation remaining similar to results obtained where the stand-off distances are from three to five times the length of the charge diameter. Using this technology, RUAG charges can fully exploit almost all of the liner mass and put it where it is most needed at a speed of 11.5-12 km / s.
                      Two products employing the new technology were shown in action, the first being a 146 mm diameter charge containing 2.9 kg of explosive that perforated about 1,500 mm of ballistic steel consisting of a series of 80 mm thick steel plates. The molybdenum jet generated a hole with a diameter of 18-20 mm through the whole target. Such a warhead is proposed for the upgrade of anti-tank missiles of former generations as well as for new weapon systems in this category.

                      A cumulative warhead with a diameter of 146 mm, containing 2.9 kg of explosives, pierced about 1.5 METERS !!! steel armor.
                      1. +1
                        26 January 2015 19: 28
                        Oh, dear, you should learn a materiel. In SADARM submunitions, the lining is generally made up of depleted uranium, a material much denser than tantalum. But at the same time he has armor penetration, oops, only a hundred normal.
                      2. mks123
                        0
                        26 January 2015 19: 36
                        Quote: Spade
                        Oh, dear, you should learn a materiel.

                        ??

                        Quote: Spade
                        In SADARM submunitions, the lining is generally made of depleted uranium, material much more dense than tantalum. But at the same time he has armor penetration, oops, only a hundred normal.

                        laughing

                        Tantalum 16,65 g / cm³
                        Uranium 19,05 g / cm³

                        The advantage of uranium in pyrophoricity.

                        Quote: Spade
                        In SADARM submunitions, the lining is generally made up of depleted uranium ...

                        Pruflink to the studio!

                        Quote: Spade
                        But at the same time he has armor penetration, oops, only a hundred normal.

                        Pruflink to the studio!
  2. +1
    26 January 2015 09: 46
    They say plagiarism develops memory. The Chinese have one of the best memory in the world!
  3. +1
    26 January 2015 10: 44
    It would probably be more efficient to combine the guidance systems of the GP155A and GP155B shells in one munition,
    1. +1
      26 January 2015 10: 58
      How on the Volcanoes? No, there is no point in such decisions. The ranges are small, it is possible to solve the problem of accurately inserting the projectile into the target area by conventional means
  4. +1
    26 January 2015 12: 26
    Many thanks to the author for the article! It was especially interesting to read about the GP155G artillery shells designed to destroy armored vehicles from above. I consider this type of shells to be extremely promising. With a possible range of striking armor columns 25-30 km. 3-4 volleys of the battery, you can destroy the enemy at 50 -75% being outside the affected area. Which is just great. Interestingly, our gunners have similar developments?
  5. 0
    26 January 2015 13: 28
    in the Donbass there would be such a dozen drawers
  6. +1
    26 January 2015 14: 24
    just one self-aiming element?
    not serious, the percentage of misses is very large, a cassette is needed
  7. +1
    26 January 2015 15: 51
    A laser will be 40 pieces of China? Well for them it’s fearless.
  8. +1
    26 January 2015 19: 02
    Damn, the most interesting specimens are not shown in the context (((

    And purely externally, the samples with LPGSN were copied very qualitatively from 3OF39, up to the types of screws at the joints of the compartments and the shape of the lid of the control connector.
  9. +2
    26 January 2015 19: 10
    It is not clear how they plan to organize laser illumination.
    goals. Small drones are best suited for this.
    The laser backlight itself weighs only a few hundred grams.
    1. 0
      26 January 2015 19: 31
      Quote: voyaka uh
      It is not clear how they plan to organize laser illumination.

      At least one LCD for each battery commander. Plus one for the division commander and one for the Chinese counterpart of the PRP.

      Roughly, one ground-based laser rangefinder-target designator for 100 infantrymen.
  10. +1
    26 January 2015 22: 53
    On the "Krasnopol", if I am not mistaken, the correction is made by gas rudders (pops before hitting the target), here I do not see them ... if a laser irradiation sensor is installed on the armored vehicles being hit, then until the projectile reaches, there will be no one to highlight ...
  11. +1
    26 January 2015 23: 53
    this is a copy of Krasnapol
  12. +1
    27 January 2015 08: 48
    It’s interesting what their target rangefinders are. For example, 1D15 for Krasnopol weighs 60 kg. Plus a shot synchronizer, plus a radio station ...
  13. +1
    27 January 2015 09: 35
    But the American designator lf-25 (which was used even in the 70s) weighs 8 kg. Recently adopted by the LTLM (BAE systems) weighs 2,5 kg ... for comparison, the "Riviera" 1D22 weighs 45 kg.
  14. 0
    27 January 2015 15: 52
    Not bad. Our developments have not been shown for a long time. This Krasnopol is already bearded. Interestingly koshda at least something on the glonass or Ladar show?