"PANTSIR-S1"

AIR DEFENSE
MISSILE-GUN SYSTEM

The system is designed for air defense of small military and administrative-industrial objects and areas against aircrafts, helicopters, cruise missiles and high-precision weapons, guided air bombs and unmanned aerial vehicles as well as for reinforcement of AD groups during repulse of massive air strikes and ensuring of engagement of lightly-armored targets
  • Photo

  • Specifications

Armament ....................................... combined
missile-gun
Engagement zones:
Missile armament
range .............................................
altitude ..........................................

1200-20000 m
15-15000 m
Gun armament
range .............................................
altitude ..........................................

200-4000 m
0-3000 m

Details...
  • Specifications

Armament ................................................. combined
missile-gun
Engagement zones:
Missile armament
range .......................................................
altitude ....................................................

1200-20000 m
15-15000 m
Gun armament
range .......................................................
altitude ....................................................

200-4000 m
0-3000 m
Maximum velocity
of engaged targets ..................................

1000 m/s
Number of simultaneously
engaged targets
in the ±45° sector ....................................


4
Reaction time ........................................... 4-6 s
Integrated armament
control system .........................................

radar-optical
Ammunition load, pcs.:
SAM on launchers .................................. 12
rounds ...................................................... 1400
Engagement of ground targets
by missile and gun
armaments ...............................................


provided
Missile salvo firing .................................. provided
Engagement of targets
on the move ..............................................

provided
Combat crew ............................................ 3 men
  • System components

  • Combat assets:
    • Combat vehicle (up to 6 pcs. in a battery)
      • Combat vehicle

      The Combat vehicle is designed for accomplishment of system inherent tasks, i.e. engagement of wide variety of aerodynamic targets – manned aircrafts, UAVs, high-precision weapons and anti-radiation missiles - in all instances of combat application, round-the-clock and at all cases of interference.

      Stand-alone combat application is conditioned by integration of target detection, tracking and engagement means within a combat unit.

      The modular design taken as the basis for making of the combat vehicle enables its mounting on different transporting platforms or use it as a stationary variant.

    • Unit Control Posts
      • Unit Control Posts

      The Control post of a battalion (regiment) is designed for automated control over combat operations of AD units and subunits, provided with ADMGS "Pantsir-S1", during repulse of massive enemy air strikes.

      The tasks accomplished by the regiment control post during warfare:

      • planning of combat operations and development of combat documents (commander’s decision);
      • planning of operating frequencies of regiment radio electronic assets (detection radar, battalions, radio assets of the CP);
      • calculation of coverage angles for selected positions of a detection radar, calculation of detection zones of a detection radar as well as of battalion firing sectors;
      • routing and displaying of battalion routes and a regiment CP on digital maps during redeployment;
      • survey control and orientation of regiment assets (CP, detection radar).

      Specifications

      Number of guided firing means:
      from battalion CP ..................... up to 6 CVs
      from regiment CP .................... up to 3
      battalions
      Number of information
      sources .........................................

      up to 10
      Time of continuous
      operation ......................................

      24 hours
      Time of shutting down/
      deployment ..................................

      5 min
      Number of work stations ........... 4
      including:
      combat crew.............................. 3
      driver-mechanic........................ 1
      Power supply ............................... autonomous PSS
      or external power
      network 380V, 50Hz
    • Surface-to-air missile
      • Surface-to-air missile

      Characteristics

      • short flight time at launch phase (t = 2,4 s, Vmax = 1300 m/s);
      • high maneuverability;
      • short ballistic delay during no-booster flight (40 m/s for 1 km of track);
      • expanded engagement zones: in range – up to 20 km, in altitude – up to 15 km;
      • heavy weight of the warhead (20 kg) with low launch weight of the SAM (74,5 kg);
      • application of rod contact elements in the warhead ensures reliable engagement of wide class of targets;
      • microminiature design of the onboard equipment.

      Specifications

      Missile velocity:
      maximum ..........................................
      mean at D=18 km ............................
      1300 m/s
      700 m/s
      Maximum overload ............................ 32 g
      Missile weight:
      containerized ....................................
      at launch ...........................................
      92.0 kg
      72.5 kg
      Containerized missile length 3300 mm
      Caliber
      sustainer stage ................................
      booster stage ...................................
      90 mm
      170 mm
      Warhead
      weight ................................................
      fuse type ............................................

      fuse effective radius ........................
      20.0 kg
      impact,
      proximity
      7 m
    • Gun armament
      • Gun armament

      The gun armament comprises two twin-barrel air-defense guns 2A38M capable of engagement of air and ground targets within the following zone: in range – up to 4 km and altitude – up to 3 km.

      Gun armament characteristics

      • High firing rate (up to 5000 rds/min)
      • High onboard ammunition load (1400 pcs.)
      • Capability to use different ammunition types (FT, FHEI)
      • Automatic and semi-automatic firing modes

      Specifications

      Caliber ............................................................... 30 mm
      Projectile muzzle velocity ............................... 960 m/s
      Bore life ............................................................. not less than 8000 rds.
      Feed ................................................................... belt
    • Transporting-loading vehicle
      • Transporting-loading vehicle

      TLV is designed for:

      • Transporting and storage of two ammunition loads for a CV (24 SAMs+2800 30-mm rounds);
      • Loading of ammunition from ground and cargo vehicles;
      • Loading-unloading of CV ammunition.
  • Maintenance assets
    • Electronic maintenance vehicle
      • Electronic maintenance vehicle

      EMV is designed for:

      • Maintenance 1 and maintenance 2 of the CV electronic units, as well as for finding and elimination of failures (repair), namely:
      • Automated diagnostic of faulty units, elimination of failures by replacement of a faulty component with one taken from common spare parts kit, after-repair adjustment;
      • Current repair of radio-electronic and optronic systems of a CV.
    • Mechanical maintenance vehicle
      • Mechanical maintenance vehicle

      MMV is designed for:

      • Maintenance 1 and maintenance 2 of the CV mechanical systems;
      • Maintenance and current repair of the CV, TLV, EMV, MMV, AV and Spare parts vehicle chassis using common spare parts kit;
      • Transportation of common spare parts kit components (mechanical assemblies).
    • Spare parts vehicle
      • Spare parts vehicle

      Spare parts vehicle is designed for stowage, storage and transportation of a battery common spare parts, tools and accessories kit (electronic units) for a CV.

    • Adjustment vehicle
      • Adjustment vehicle

      AV is designed for adjustment of the radio-electronic and optronic systems of a CV.

    • Base kit of test equipment
      • Base kit of test equipment

      BK TE is designed for inspectorial selective check of SAMs during storage. The check of a SAM is carried out automatically without extraction from its tube.

    • Electronic maintenance vehicle of the Control post
      • Electronic maintenance vehicle of the Control post

      EMV-P is designed for:

      • Maintenance and current repair of the CP radio-electronic systems with the use of common spare parts kit;
      • Storage and transportation of a common spare parts kit of a CP radio-electronic systems.
    • Mechanical maintenance vehicle of the Control post
      • Mechanical maintenance vehicle of the Control post

      MMV-P is designed for:

      • Maintenance and current repair of the CP mechanical systems and chassis with the use of the common spare parts kit;
      • Storage and transportation of a mechanical systems common spare parts kit for a CP.
  • Training aids
    • Mobile simulator
      • Mobile and indoor simulators

      Training aids are designed for training and practice routine of CV crews in main techniques of combat operation and maintenance, and the indoor and mobile simulators present these aids.

    • Indoor simulator
      • Mobile and indoor simulators

      Training aids are designed for training and practice routine of CV crews in main techniques of combat operation and maintenance, and the indoor and mobile simulators present these aids.

  • Advantages and peculiarities of application

  • versatility of operation against aerial and ground targets;
  • capability of firing on he move;
  • modular design enables mounting on wheeled, tracked, towed and stationary bases;
  • availability of a jamproof multiband radar-optical control system;
  • all-weather and round-the-clock application;
  • application of a small-size surface-to-air missile with a command guidance system;
  • simultaneous engagement of four targets – three targets in radar mode, one target in optical mode;
  • versatility of combat operation – stand-alone, «Master-Slave» mode as well as under control of a battery command post.