Military Review

Systems of the nearest line of defense: on equal terms with threats


The most common ZACBR in the world is the 20-mm short-range Raytheon Mk15 Phalanx system, currently updated via Tech Refresh to prevent obsolescence, maintain / increase reliability and improve performance.

In recent years, the naval forces have become involved in countering new forms of air and surface threats. These threats influence and will influence the development of multi-level defense of fleets around the world. New supersonic and highly maneuverable threats in the face of anti-ship cruise missiles, combined with a number of asymmetric threats, help reduce the response time of the nearest-range anti-aircraft artillery complexes, force defenders to modernize existing systems, unite them in a network and increase the range, and at the same time look more closely at the latest technologies, for example , laser weapons not covered in this article.

Raytheon Mk 15 Phalanx CIWS (Close-in Weapon system), described by the developer as an “all-weather, fully automatic, functionally complete shipboard system of constant readiness”, is the most common anti-aircraft artillery complex of the nearest frontier (FACR). The complex includes radar and optoelectronic stations for conducting search, detection, evaluation and tracking of targets, a six-barreled 20-mm gun M61A1 of the Gatling system, which can fire armor-piercing ammunition with a rate of fire of up to 4500 rounds per minute, and also a magazine with 1550 ammunition capacity . More 850 complexes have been sold to 25 countries, including the USA; at the same time, serial contracts continue to be executed, which indicates the demand for this system in the short and medium term. The Phalanx complex today provides short-range defense against both anti-ship missiles (ASM) and asymmetrical threats, for example, small-sized high-speed boats and low-flying helicopters and airplanes. The complex was adopted in 1980 year, and in the past few years, Raytheon has released the Block 1B complex configuration, which includes a stabilized thermal imager and an automatic tracking video device, which not only captures asymmetrical threats, but also increases the possibilities CRP The Block 1B variant also features modified General Dynamics Optimized Gun Barrel (OGB) barrels, the installation of which has reduced the dispersion of projectiles. The Phalanx complex is also being upgraded with a new radar (Block 1B Baseline 2), the integration of which must be completed in the 2019 year. This modern digital system with increased reliability provides improved capabilities when working on advanced RCC. In order to extend the life of the complexes, at least until 2040, Raytheon, together with the US Navy, is launching the Technology Refresh program in 2018 to prevent obsolescence, maintain / increase reliability, increase capacity and provide operators with inexpensive spare parts. When carrying out major repairs under Tech Fresh, the pneumatic system of the new electric system EGDS (electric gun drive system) will be replaced, which will allow changing the rate of fire (this is not possible at the moment) and reducing the consumption of ammunition, upgraded the ELX electronic shield and refined local and LCS / RCS remote control (Local Control Station and Remote Control Station). The operator’s work will be simplified, the overall system weight will be reduced, as well as the total cost of servicing the complex.

The Dutch Navy and Thales Nederland are implementing the Goalkeeper Upkeep no maintenance program, increasing capabilities and reducing the cost of servicing the second largest AFRC, after which it will remain in service for at least 2025

Compliance with the latest threats and solving the aging problem lies at the heart of the modernization program of another popular complex, which is in service with many fleets of the world. ZAKBR Goalkeeper, delivered to the Netherlands in the mid-80s and seven other countries, including South Korea, Belgium, Chile, Portugal, Qatar and the UK (currently decommissioned), was developed by the Dutch company Hollandze Signalapparaten (currently Thales Nederland). The complex is an autonomous melee weapon system in which the entire sequence, from search to destroying a target, is performed automatically thanks to the coordinated work of individual search and tracking radars, a camera and a 30 mm GAU-8 / A seven-barreled gun, which works according to the Gatling principle and having a rate of 4200 rds / min. All this is mounted in a single installation, including a store for 1190 armor-piercing submunitions MPDS (missile-piercing discarding-sabot). The complex is capable of hitting both air and surface targets in high-precision tracking mode, which provides dual-mode (I and K-bands) radars with continuous search mode and tracking support in scanning mode, which ensures quick capture of the next priority target in multiple attack scenarios. ZAKBR Dutch fleet undergoes a mid-life upgrade program called the Goalkeeper Upkeep. Under a 2012 contract, Thales Nederland developed a modernization package that can be offered to foreign customers through the Goalkeeper Service Life Extension Program, which includes a new color camera and infrared optical-electronic station, the latest generation control station, as well as optional software and data processor

These improvements make it possible to reduce the response time of the complex, increase accuracy and capabilities in dealing with several targets simultaneously, for example, the latest anti-ship missiles and asymmetric threats, in addition to reducing maintenance and extending the service life to 2025 year. The first updated Goalkeeper complex was tested in the middle of 2016, and the upgrade process will depend on the availability of funding.

The combination of the Oerlikon Skyshield 35 / 35 1000 revolver cannon from Rheinmetail Air Defense with Advanced AHEAD (Advanced Hit Efficiency And Destruction) destruction ammunition is at the heart of the Millenium version of the ship. In the photo is the ship control and support "Esbern Snare" (L17) of the Danish Navy with AU Millenium

On the basis of its own 35-mm 35 / 1000 revolving cannon, capable of firing AHEAD (Advanced Hit Efficiency And Destruction) air-assault shells, which is the basis of the ground-based anti-aircraft defense system and the interception of unguided missiles, artillery shells and mines Oerlikon Skyshield, Rheinmetyte developed the Oerlikon Millenium naval artillery system. According to the company Rheinmetail, combination 35-mm turret gun with a rate 1000 rounds / minute, leading fire precision shells AHEAD (each projectile comprises 152 tungsten affecting member forming lethal conical cloud before attacking the target) allows the gun complex to handle a variety of purposes, including anti-ship missiles, small-sized combat ships and asymmetrical threats, at distances in 3-4 more than the traditional Zakyr. The Millenium GDM-008 gun mount of the non-penetrating type can take up ammunition to 252 ready-made shots. It can be controlled by advanced sensors of all types, work independently or integrate into a common combat information management system (CIOS). The Millenium shipboard artillery system arouses interest in many fleets, it is in service with the Danish and Venezuelan Navy and was chosen by the Indonesian fleet for its new platforms.

ZAKBR Type 730A, developed by the Chinese Research Institute No. 713, recalls the Western ZACB design, which may indicate a possible technological borrowing. Type 730A is a functionally complete weapons system, including a seven-barrel Gatling one-magazine 30-mm gun, as well as a TR47C radar tracking system and an OFC-3 optoelectronic station. The next version of the Tour 730B differs in the layout of the sensor systems, unlike the original version, they were taken out directly from the installation itself. Judging by the technical data provided by Norinco and China Shipbuilding Trading Company (CSTC), in the Type 730В complex, two 30-mm installations are connected by a special network with remote fire monitoring and control systems - the TR-type radar and an optoelectronic station OFC. Under the local designation H / PJ12, both versions are in service with the Chinese fleet, as well as a number of other fleets, including Pakistan, Indonesia and Algeria. Recently, a more powerful version of the Tour 1130 (fleet designation H / PJ14), based on the 11-barrel 30-mm cannon with a higher rate of fire and two shops, with tracking radar and optical-electronic system, apparently entered the armament complex of the Chinese aircraft carrier " Liaoning "; it is also planned to be installed on large surface warships. At IDEX 2017, CSTC (China Shipbuilding Trading Company) showed the Type 730C variant with remote optical-electronic and radar fire control systems and weapon systems, which included surface-to-air cannon and short-range missiles. The six-barrel 30-mm gun from the original Tour 730 complex was supplemented with six AJK-10 or HO-10 missiles (fleet designation), which are already used in the FL3000N (Flying Leopard 3000 Naval) complex, described below.

The export version of the Pantsir-ME of the gun-missile complex Pantsir-С1 was presented by the company KBP at the International Navy Salon in 2017

Systems of the nearest line of defense: on equal terms with threats

ZAKBR Pantsir-ME is armed with X-NUMX-57E and 6-mm six-barreled six-barrel anti-aircraft AO-30 (GS-18-6KD) missiles with radio command guidance of the surface-to-air class with the rate of 30 shots / min

Guns and Rockets

At one time, the Russian industry became a pioneer, having developed for its fleet, ZAKBR, armed with cannons and rockets. However, at last year's International Naval Salon, the company KBP, which is part of the state corporation Rostec, showed the latest export version of the ship's anti-aircraft missile and artillery complex Pantsir-M, designated Pantsir-ME. Upon the completion of the development, the prototype of the ship variant of the Pantsir-С1 complex was installed on the Molniya rocket boat of the 1241 project with the aim of conducting operational and qualification tests in the Baltic Sea. The Pantsir-M variant for the Russian fleet was ordered by the Russian Ministry of Defense and it is expected that the new Qarakurt corvettes of the 22800 project will be the first to receive this complex. M / ME armor is based on the developments of ZAKBR Kashtan and Kashtan-M, in which rocket and cannon armament are combined in a single system; these ZAKBR are in service with not only the Russian fleet, but also the fleets of India and China. The armor M / ME differs in the increased fire power and the increased range of action. In the combat module, two 4 container launchers for 57E6E with radio-command guidance, two 30-mm six-barrel automatic guns Gsh-6-AO-18KD with guidance according to radar with radar or IR sight, and a variant of radar control of an attenuation of the cost control of an attenuation of the cost of the shipment recurring tool, which is included in the package, will be used. 1PC2-1Е range Pantsir-C1 complex and optical-electronic complex with optical, infrared and thermal imaging channels. The range of destruction of targets for the naval variant with missile armaments is up to 20 km and artillery weapons to 4 km, the height of the destruction of targets is 15 km and 3 km, respectively.

The combat module has an automatic dual loading system; up to 32 missiles are located in the underdeck storage. The complex can be installed on ships with a displacement of 300 tons, the number of simultaneously fired targets - 4 and the number of simultaneously guided missiles - 4, while the control module can control up to 4 combat modules.

In order to effectively combat existing and future missile threats, the Leonardo company in the Strales complex combined the world-famous mid-caliber artillery 76 / 62 Super Rapido and DART guided munitions in the world.

Medium caliber and guided munitions

ZACBR Strales was developed by the Italian company Leonardo to meet the Italian fleet’s need for a weapon system capable of fighting high-speed and maneuverable air and surface targets, including supersonic cruise missiles that perform high overload maneuvers in the final segment. Currently, this complex is in service with the Colombian and Italian fleets (under the designation Davide). It is based on a combination of the world-famous 76 / 62 mm Super Rapido gun mount and the DART guided projectile (Driven Ammunition with Reduced Time of Flight - controlled ammunition with reduced flight time). In an effort to meet the needs of customers in universal weapons systems, because they now have to deal with a variety of threats, Leonardo’s defense systems division offered a Super Rapido artillery unit, equipped with a new digital console and a multi-feed magazine capable of performing the task , feed different types of ammunition, including conventional and guided.

Leonardo is constantly improving its Strales complex, which includes the NA30S dual-band fire control system with the ability to illuminate the target for targeting a DART projectile (this allows not to install the illumination antenna on the unit itself), the multifunctional operator console and the 76 / 62-mm Super Rapido gun mount

The Strales artillery unit is distinguished by a small effective scattering surface, while the sliding cover protects the Ka-band guided radar, which is necessary to generate a target illumination beam for DART guided missiles. Guided projectiles are equipped with the latest intelligent fuse 4AP, providing an increased probability of hitting air and shore targets. The fuse can operate in four programmable (remote, air blasting, shock / shock with delay, timer) and one automatic mode. DART sabot shells are distinguished by an excellent range of real fire up to 8 km (compared to the 4,5 km requirement) and an initial speed of 1200 m / s, which allows you to fly 5 km in 5 seconds. These characteristics, in combination with the declared DART maneuverability, allowed the system to demonstrate high efficiency in combating existing and prospective anti-ship missiles, while the cost of a shot is much less than the cost of using missile weapons. Leonardo is working to improve its Strales system, currently developing an add-on kit designed to integrate into existing 76 / 62 installations. It includes a NA30S dual-band fire control system with illumination of the target for DART projectile guidance (it allows not to install radar for illumination of targets on the installation itself), a multifunctional operator console and a digital console integrated into the installation, which increased the functional flexibility of the system. According to Leonardo, the system today attracts the interest of potential customers in the Middle East and Asia, while the Italian fleet is completing the installation of the Davide / Strales complex on their warships with the intention to further equip them with promising combat platforms.

Raytheon’s new RIM-2 RAM (Rolling Airframe Missile) Block 116 variant is distinguished by increased range and maneuverability, as well as improved passive radar homing and digital autopilot. The company plans to integrate the new GOS and the data transmission channel MML (Missile-to-Missile Link - channel from rocket to rocket)


At the IDEX 2017 exhibition, Raytheon announced that it would supply the UAE with the latest version of the Block 2 ship’s direct-defense anti-aircraft missile system RIM-116 RAM (Rolling Airframe Missile - missile with hull rotation). This contract was the first commercial sale of the latest version of RAM, while Qatar had previously signed a proposal and acceptance of proposals for the same version of RAM. The RIM-116 RAM complex was developed jointly with the American company Raytheon and the German consortium RAMSys (MBDA Deutschland and Diehl group). When developing the design of the RAM rocket, the infrared seeker from the Stinger MANPADS missile was used, and the rocket engine, warhead and fuse were taken from aviation Sidewinder rockets. After the launch, the dual-mode GOS and the autopilot begin to work. On the marching portion of the flight path, a passive radar seeker is switched on, and in the final portion of the path, switching to the infrared channel occurs. In addition to the United States and Germany, the RAM missile is in service with the Navy of Egypt, Greece, Japan, South Korea, Turkey and the UAE, while the Block 2 variant was purchased by Saudi Arabia and Mexico. The upgraded version of RAM Block 1 IR is effective against a wide range of existing threats. It installed a new thermal imaging medium-wave seeker with image scanning to provide guidance on any part of the trajectory in order to increase the ability to combat new anti-ship missiles with passive and active homing systems. To combat faster maneuvering threats with a low probability of interception, the Block 2 option was developed, which reached its initial readiness in May 2015; The decision on serial production is scheduled for adoption in 2018. The Block 2 rocket has a more powerful engine and independent steering gears for the nasal rudders, which increased the range by about 50 percent and three times improved maneuverability. In addition, the missile is equipped with a passive radar seeker and a digital autopilot. RAM Block 2 also has updated fire control software. As part of the technical proposal for the RAM Block 2B Raid option, it is planned to integrate the new GOS and the missile-to-Missile Link (MML) data transmission channel from missile to missile. The development and testing of this option is planned for 2019-2021. The RAMR missiles are also armed with the SeaRAM CIWS complex, which is an 11-barrel missile launcher based on the support and guidance systems of the Phalanx complex. To date, the SeaRAM CIWS complex is installed on board the American multifunctional ships of the coastal marine zone LCS, destroyers Arly Burke and the latest Japanese platforms.

The RAM missiles are also armed with the SeaRAM CIWS complex, which is a 11-barrel rocket launcher based on the support and guidance systems of the Phalanx complex. To date, SeaRAM CIWS is installed aboard the American multi-purpose ships of the coastal sea zone LCS, destroyers Arly Burk and the latest Japanese platforms

MBDA Missile Systems, a European missile manufacturer, is seeking new customers for its VL MICA short-range anti-aircraft missile system. 3PK VL MICA was developed on the basis of a MICA air-to-air missile. The MICA missile can be equipped with either an active radar homing (MICA-EM) or thermal imaging homing (MICA-IR). It starts up in target capture mode after launch and has a range of about 20 km. The vertical launch and the absence of specialized target tracking stations ensure circular use of the rocket simultaneously for several targets. To place the VL MICA air defense missile systems on surface ships, the original launchers, vertical launchers of the VL Seawolf air defense missile systems and the SYLVER vertical launch system can be used. The VL MICA air defense system is paired with the vehicle's BIOS; it is carried out on the Ship Missile Data Link (SMDL) local area network's digital channel using a special electronic interface unit. The SMDL interface box is installed below the deck, and four small ship-to-missile data channel antennas around the mast. The VL MICA air defense ship complex is already in service or being supplied to six customers, including Oman, Morocco, the United Arab Emirates, Singapore, Egypt and Malaysia; He also ordered the fleet of Qatar.

MBDA European missile manufacturer Missile Systems is looking for new customers for its shipboard anti-aircraft missile system VL MICA, although it has already been sold to seven countries

MBDA has developed SIMBAD-RC as the main air defense system for high-speed patrol boats, auxiliary and landing craft, as well as an additional air defense system for warships of the first line. SIMBAD-RC is a light complex of short-range defense capable of fighting various traditional and asymmetric threats, from aircraft and maneuverable anti-ship missiles with extremely low flight altitude to small objects, for example, UAVs, as well as small surface threats at distances up to 6,5 km. SIMBAD-RC is a further development of the dual SIMBAD launcher, which is in service with the French fleet and more 10 foreign customers. The complex consists of two gyro-stabilized launchers with two Mistral MANPADS missiles with an infrared passive seeker and a target lock before launch, a Sagem MATIS SP thermal imaging medium-wave camera and an optional wide-field daylight camera. The whole complex is controlled from the compact SMU-RC terminal and is interfaced with the ship's BIOS or surveillance systems. In addition to new customers, Turkmenistan and Saudi Arabia (not officially confirmed today), who ordered several dozens of systems, the remotely controlled system is also offered to current SIMBAD operators, since the deck launcher and mechanical interfaces are common to the previous and new versions. The Mistral missile is also part of the new SIHAM 3 weapon system, introduced in 2017 by UAE SAKT (Siham Al Khaleej Technology) together with Leonardo and MBDA. It consists of the Leonardo Marlin WS 30-mm artillery, two MBDA missiles and the Medusa Mk4 / B optical-electronic fire control system.

SIMBAD-RC lightweight automated anti-aircraft complex with Mistral missiles is designed to combat traditional and asymmetric threats, from aircraft to maneuverable anti-ship missiles or small-sized objects, at distances up to 6.5 km

The new SIHAM 3 armament system, introduced in 2017 by SAKT (Siham Al Khaleej Technology) together with Leonardo and MBDA, is based on Leonardo Marlin WS 30-mm gun mount, which is equipped with two MBDA rockets and Medusa M-4 optical-electronic fire control / B

In November last year, after a year and a half of testing aboard the Israeli corvette Sa'ar 5, the Israel Defense Forces announced the readiness of the Naval Iron Dome. The ship variant, based on the Iron Dome ground-based air defense missile system, which already has more than 1500 successful interceptions, was developed jointly by the army and Rafael Advanced Defense Systems to meet the immediate requirements for the protection of strategic national marine resources such as oil and gas, and also offshore platforms. According to the developer, Rafael Advanced Defense Systems, C-Dome (the maritime Iron Dome version) provides full protection of the upper hemisphere against massive attacks of various means of destruction from different directions, such as missiles, high-precision projectiles, UAVs and ballistic missiles.

In November 2018, the Israeli army announced that the Rafael Naval Iron Dome complex had passed 18 monthly tests onboard the Sa'ar 5 corvette.

The S-Dome complex uses a vertical launcher mounted below the deck of the carrier ship. The launcher accommodates up to 10 launch containers loaded with Tamir vertical launch interceptor missiles. The S-Dome complex does not have a special surveillance and fire control radar, targets are detected using the ship’s standard radars, and the command and control unit is seamlessly integrated with the ship’s CMS. The company Rafael argue that the launchers do not require maintenance and due to the small area required for accommodation, the complex can be installed on small ships, for example, patrol ships of the coastal zone and corvettes. The C-Dome complex, integrated with the multifunctional radar complex IAI / ELTA ELM-2248 MF-Star (Adir) with four panels of PAR, successfully passed the tests, after which it was decided to install it on future Israeli corvettes of the Sa'ar 6 project. Meanwhile, the Israeli fleet decided to increase the number of Tamir interceptor missiles on board the new corvettes, their armament complex will include two 40-charging launchers of the C-Dome tactical SAM system.

UMV air defense missile "Umhonto" on the frigate Amatola

Hamina High Speed ​​Missile Boat

The Umkhonto (Spear) anti-aircraft missile launch complex was developed by Denel Dynamics (at that time Kentron) for the South African fleet for installation on frigates of the Valour project (Meko A200SAN). The complex provides all-round defense against simultaneous attacks of missiles, attack helicopters and UAVs, as well as stationary surface targets. The Umkhonto VL rocket with a length of 3,32 meters and a mass of 130 kg captures the target after launch, then flies to the capture point, following the commands of the on-board inertial navigation system. Next, the rocket activates its two-color IR GOS (air-to-air U-Darter version of the GOS) and captures the target, with high probability hitting it with its warhead of 23 kg. Updated target data is received through the data link, allowing the rocket to take into account target avoidance maneuvers. The Umkhonto missiles in 2002 were purchased by the Finnish Ministry of Defense for installation on high-speed Hamina-type missile boats and minelayers of the Hameenmaa class. The 2 version of the Block was subsequently modified for the Finnish fleet, a new software was installed and the range increased. This was done to make the complex better suited to the scenarios in which the navies of the Nordic countries work, as a rule, these are the coastal waters of the islands on the Baltic Sea. Denel Dynamics is constantly working to improve its products. Today, the Umkhonto rocket is offered with a range of 20 km and more functional infrared and radar guidance systems. In 2012, the Umkhonto complex was also commissioned by Algeria for installation on its new Meko A200 frigates. In turn, the Finnish fleet declared its desire to improve its Umkhonto missile systems.

The export version of the FL-2008N (Flying Leopard 3000 Naval) of the Chinese anti-aircraft missile system, presented in 3000, comes with different variants of launchers and one short-range missile HQ-10

The Chinese anti-aircraft missile system of object defense under the export designation FL-3000N (Flying Leopard 3000 Naval) was first shown in 2008 at an air show in Zhuhai. The complex includes one short-range missile HQ-10, which has no modifications, while the launchers can be several options. The HQ-10 rocket is based on an air-to-air TY-90 rocket, but has a larger diameter and a combined guidance system that includes radio command guidance and a thermal imaging homing device that is activated in the final segment of the trajectory than it resembles the American RAMAN missile. According to the developer, the company CASIC, the FL-3000N self-guided missile of the type “has a range of 9 km for subsonic targets and 6 km for supersonic targets”. The FL-3000N complex is capable of operating fully in automatic mode, and today, at least four variants are known, with 8-, 15-, 18- and 24 guides for missiles. The fire control system can simultaneously control two launchers, can be integrated into the ship’s battle control system or directly controlled by another battle control system. The FL-3000N complex is installed on almost all new ships of the Chinese fleet, and its export version was sold to Bangladesh.

The Taiwan Institute of Science and Technology presented the Sea Oryx short-range missile system in 2015 year.

In 2015, the Taiwanese National Institute of Science and Technology developed and introduced the Sea Oryx missile system for marine use and the protection of carrier platforms, mainly from anti-ship missiles. The Sea Oryx complex was developed to replace the artillery complex of the nearest frontier in service with the Taiwanese fleet. In fact, its missile is a version of the Tien Chien 1 anti-aircraft missile (Sky Sword 1), which is a part of the armament complex of the Indigenous defense fighter and ground-to-air defense system Antelope, which has been modernized and modified for sea conditions. The characteristics of the Sea Oryx rocket launched from the rotary multi-launch launcher are not disclosed, but the range of 9 km is reported, as well as the finalization of the propulsion system, folding control wheels and the guidance system, including the new data channel, thermal imaging homing system and inertial navigation system; in addition, the Sea Oryx rocket captures a target after launch in order to reduce the interception time. Recently, it was decided to modify the Sea Oryx rocket, integrate the new-generation thermal imaging seeker and make a number of other improvements.

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  1. Scharnhorst
    Scharnhorst April 30 2018 07: 19
    The article is credited, but I would like more details in the form of examples of combat use or probabilistic assessments of developers.
    1. Hole puncher
      Hole puncher April 30 2018 08: 20
      Quote: Scharnhorst
      The article is valid, but I would like more details in the form of examples of combat use.

      It so happened that nobody had to use close-range air defense systems in combat conditions. For example, in October last year, Americans were subjected to shelling of the C802 anti-ship missiles off the coast of Yemen three times, two missiles were launched twice, and the last launch was five anti-ship missiles. In all cases, the missiles were either intercepted by SM2, ESSM, or led away by false Nulka targets and electronic warfare equipment.

      Quote: Scharnhorst
      or probabilistic assessments of developers.

      After analyzing global trends, Chinese developers copied the Dutch Goalkeeper and American RAM. That is, they considered these complexes to be the most effective, which, however, does not differ from the estimates of specialists.
  2. tlauicol
    tlauicol April 30 2018 08: 32
    The Phalanx seems to have shot in the Persian Gulf ... on the Missouri battleship
  3. Serg65
    Serg65 April 30 2018 09: 00
    The most common ZAKBR in the world - Raytheon Mk20 Phalanx 15 mm short-range system

    As far as I remember, the most common ZAKBR was AK-230! Only in the Union were 1400 installations + 300 PRC made!

    And she appeared long before the Vulcan-Phalanx
    1. Hole puncher
      Hole puncher April 30 2018 09: 49
      Refers to countries
      1. Serg65
        Serg65 April 30 2018 09: 59
        Quote: Puncher
        Refers to countries

        Well, so do I mean by country.
    2. Kibb
      Kibb 1 May 2018 13: 29
      She’s a revolver, with all the problems arising from this — it’s not in vain that they switched to 306 in small ships, at a pace of only 1000 at 306, and as for the “appeared”, it’s the Germans - whatever you like before, and this is the only Soviet serial revolver, except for P23, but there the system is completely different
    3. Petrol cutter
      Petrol cutter 4 May 2018 21: 11
      AK630 I watch people are not considered at all ...
  4. tchoni
    tchoni April 30 2018 09: 30
    In fact, near-border complexes are a very interesting topic. Drawing analogies with tank building, we can say that this is a kind of analogue of active defense complexes like the same "arena" or "afghanite". It seems to me that the prospects for the development of these complexes will consist in increasing the number of simultaneously tracked targets, imparting properties to all aspects, increasing the degree of automation of the complex and reducing the time it takes for a single target to be hit.
    1. Hole puncher
      Hole puncher April 30 2018 09: 53
      Quote: tchoni
      In fact, near-border complexes are a very interesting topic.

      In fact, although they look spectacular, they lose to electronic warfare, passive interference and false targets, not to mention the cost.
      1. voyaka uh
        voyaka uh April 30 2018 11: 52
        Phalanx-type guns are gradually replaced by lasers.
        1. sabakina
          sabakina April 30 2018 12: 02
          Alexei, but until this great time, neither we nor they will survive ...
        2. venik
          venik April 30 2018 12: 15
          Quote: voyaka uh
          Phalanx-type guns are gradually replaced by lasers.

          Will be! They will ONLY be replaced ... While all the laser systems are EXPERIMENTAL !!!
        3. tchoni
          tchoni April 30 2018 14: 46
          Quote: voyaka uh
          Phalanx-type guns are gradually replaced by lasers.

          in fact, at a short distance, the process itself is not so fundamental. The laser, of course, will simplify the guidance system, but will not fundamentally change the entire system.
          1. voyaka uh
            voyaka uh April 30 2018 16: 04
            Catch and track the target anyway radar.
            The laser consists of two: a weak laser rangefinder and a combat one, consisting of many beams. The rangefinder beam constantly reports the distance and allows you to focus dozens of battle rays on the target.
            The lack of guns: from a huge number of shells, one or two hit the target, but the destruction from them is severe.
            The disadvantage of the laser: it will hit immediately, but the lesion is weaker, burns out gradually.
          2. Cat
            Cat April 30 2018 16: 07
            In the fog, in the rain, in a blizzard - a laser ???
            1. voyaka uh
              voyaka uh April 30 2018 17: 30
              In stormy bad weather and the actions of ships and naval aviation
              and RCC launches are difficult. Do not “pile up” difficulties. wink
              In the fog, as it turned out, the laser is working.
              Fog is of different "density". The sensor can adjust the frequency of the beam to the density of the fog, so that losses are minimal.
              This was checked off the coast of Florida.
              1. DM51
                DM51 1 May 2018 13: 04
                Quote: voyaka uh
                In stormy bad weather and the actions of ships and naval aviation
                and RCC launches are difficult. Do not “pile up” difficulties. wink
                In the fog, as it turned out, the laser is working.
                Fog is of different "density". The sensor can adjust the frequency of the beam to the density of the fog, so that losses are minimal.
                This was checked off the coast of Florida.

                A laser in medium-intensity rain will lose about 60% of its power, and anti-ship missiles will fly even better in worse weather, so do you need to duplicate the laser in any way with traditional short-range air defense systems or fight only in fine weather, then why the "goat button"?
              2. DimerVladimer
                DimerVladimer 4 May 2018 12: 21
                Quote: voyaka uh
                In stormy bad weather and the actions of ships and naval aviation
                and RCC launches are difficult. Do not “pile up” difficulties.
                In the fog, as it turned out, the laser is working.
                Fog is of different "density". The sensor can adjust the frequency of the beam to the density of the fog, so that losses are minimal.
                This was checked off the coast of Florida.

                There is one big, but fundamental difference - a small-caliber anti-aircraft artillery system or a laser - it is necessary to stabilize the fleet and at a certain level of pitching, it becomes inoperative, or partially operational, or loses effectiveness. Short-range missile systems do not require stabilization, which dramatically reduces the requirements for a launcher. RAM Block 2 is an ideal all-weather tool for intercepting both subsonic and supersonic anti-ship missiles.
        4. Curious
          Curious 2 May 2018 00: 11
          Warrior, you are directly overtaking American admirals. They planned on one installation to test on the Arleigh Burke and White Sands Missile Range in 2020 against drones. RCC is not yet discussed.
          1. voyaka uh
            voyaka uh 3 May 2018 15: 46
            But it is planned to put a laser of not 30, or 70, or 100 kW on the second UDC. And this is an application for burning more serious goals,
            than drones. And what goals threaten a large ship?
            I see only RCC. Whether a 100 kW laser can bring down RCC is debatable. I'm not sure.
            I am interested in this topic because there was a development: implement
            Laser in the FCS of the Iron Dome. And there were successful experiments right in Gaza. Intercepted mortar mines.
            But the laser did not get into service. The reason is insufficient power.
            And we buy lasers from the Americans. The same as on their ships.
            1. Curious
              Curious 3 May 2018 16: 15
              In any case, so far these are experiments.
              1. voyaka uh
                voyaka uh 3 May 2018 16: 18
                The experiments are not in the laboratories, but on the ships of the fleet, which
                graze in hot spots.
            2. Vanek
              Vanek 3 May 2018 16: 16
              Quote: voyaka uh
              the laser is not 30, or 70, or 100 kW.

              And then, and not this, or else, whether or not...

              Or maybe a cow? But good too.

              Laser, yeah, THING.

              Just not far. wassat

              Here from Pashino (39th Guards Rocket Division) near Novosibirsk to Tel Aviv ...

              Warrior wow? Or warrior's ear?
        5. NG inform
          NG inform 2 May 2018 06: 40
          Not replaceable, lasers are a fundamentally dead / limited topic. Soviet physicists wrote about the 70s that even then it was clear that powerful laser guns were drunk, but since the topic is interesting, and the generals are ready to pretend to be pi-piu, such projects will always exist.
          1. Procyon lotor
            Procyon lotor 3 May 2018 20: 18
            And they said that heavier than air aircraft are impossible.
      2. tchoni
        tchoni April 30 2018 14: 48
        Quote: Puncher
        In fact, although they look spectacular, they lose to electronic warfare, passive interference and false targets, not to mention the cost.

        Down with the "shell" and "metal cutting" as well as other "daggers" - "daggers" from the ships!? -)
  5. gregor6549
    gregor6549 April 30 2018 13: 34
    The systems considered in the article are intended to protect the defended ship at close approaches and, therefore, the response time of such systems to threats that suddenly appear from different angles should be minimal. In this regard, it seems more preferable, as it seems to me, to multi-channel multichannel systems that are not mechanically combined in a "single bottle" as is done, for example, in Shell and its foreign counterparts.
    Those. guns separately, missiles separately, and means for detecting, identifying and tracking targets, as well as pointing active means separately at them. At the same time, there is no problem integrating all of this into a single system at the level of software and hardware. This allows the system to determine which of the threats, to whom and when to give up for eating and to concentrate, if necessary, all the firepower of the system on targets that pose the greatest danger to the ship. At the same time, it becomes possible to disperse the elements of the system over the ship, which significantly increases its combat stability. Modernization of such systems can be carried out in parts (for example, by phasing out obsolete elements of the system without decommissioning the rest of the system, etc. Well, one should not forget that what is good for guns is not always good for missiles and vice versa (for example, methods and the means of guidance of these types of weapons can vary significantly, and attempts to universalize them generally worsen the combat effectiveness of both guns and missiles.
  6. Operator
    Operator April 30 2018 14: 11
    KAZ MNTK taxis am
  7. san4es
    san4es April 30 2018 14: 38
    hi On the basis of its own 35 mm 35/1000 revolver gun, capable of firing AHEAD (Advanced Hit Efficiency And Destruction) projectile, which is the basis of the ground-based air defense system.

    Such a projectile contains within 152 of the striking elements made of heavy tungsten alloy. The weight of each element is 3,3 g. When the calculated point is located approximately 10-30 m from the target, the remote fuse detonates the expelling charge, which destroys the outer shell of the projectile and pushes the damaging elements. A line of AHEAD shells forms a so-called “fragmentation cloud” in the shape of a cone, hitting it, the target receives numerous damage and is almost guaranteed to be destroyed. AHED ammunition can be successfully used to combat small-sized unmanned aerial vehicles, as well as lightly armored ground equipment.
  8. Vadim12
    Vadim12 April 30 2018 14: 57
    Very nice things. In battle, check them out.
  9. ism_ek
    ism_ek April 30 2018 15: 24
    It looks beautiful, but the effectiveness of these means of defense, given the fact that the ship is moving and swinging, is extremely low.
    I don’t believe in lasers. Let the land options first bring to mind
    1. Tomato
      Tomato 6 May 2018 23: 02
      Honestly, I do not believe in these shooters. Whether it is a bayonet, a saber, a butt - they will never fail, reliably and angrily. And all of the above - one pampering.
      1. Golovan Jack
        Golovan Jack 6 May 2018 23: 15
        Quote: Tomatoes
        Honestly, I do not believe in these shooters

        Well, in vain ... we had a sport - shooting from a tank sight-rangefinder (1G42) at crows. It’s quite an effective thing wink
        Quote: Tomatoes
        Whether it is a bayonet, a saber, a butt - they will never let you down

        They still forgot to mount.
        IMHO yes
  10. NF68
    NF68 April 30 2018 19: 38
    Interesting stuff.