Fagot/9K113 Konkurs Antitank Missile System Operator Simulator

FAGOT/9K113 Konkurs Antitank Missile System Operator Simulator is designed for training of operators in conditions of a training classin order to form and maintain their stable skills of firing exercises in various conditions.

Simulator structure

1.Instructor’s workstation

  1. Tripod simulator
  2. Simulator of the elevating and traversing mechanism case with aelevating mechanism steering-wheel and traversing mechanism steering-wheel
  3. Ground-control equipment unit simulator with starter mechanism simulator
  4. Guide simulator with a transporter-launcher container simulator
  5. 9Sh119 sight-guidance unit simulator with eyepiece, filter switch, illuminating mark brightness switc
  6. Instructor’sworkstation


  • Provision of opportunity to study the placement and use of controls and equipment of the operator of the FAGOT /9K113 Konkursantitank missile system
  • Formation of the operator’s skills on searching and detection of targets, sighting and tracking of targets, and launch of anti-tank missiles in thescope of theFiring Course.
  • Study of placement and use of controls and sighting devices of FAGOT /9K113 Konkursantitank missile system.
  • Operator training to visual target reconnaissance, target tracking, guided missile launchingat different targets, in different conditions, evaluating the firing results.

Instructor’s possibilities:

  • At the choice of the instructor, the visualization system displays the scene in daytime conditions (sunny and cloudy weather), at twilight, and at night (including when using illumination ammunition).
  • The simulator library has three geo-typical plots of terrain – normal, desert and terrain with urban development.
  • Display of visual weather effects of different intensity – fog, rain, snow, clouds, wind.
  • Display of visual effects of the battlefield – explosions of rockets and shells, smoke, fires, illumination ammunition – mines, air bombs, shells.
  • Compliance of angular sizes, shape, color, contrast of local objects, vegetation, targets withthe real objects in the field of view of optical observation and sighting devices.
  • Targets can traverse on the terrain routes at a speed corresponding to the terrain conditions and characteristics of the targets simulated.
  • Automatic evaluation of the trainee’s actions.
  • Fixing all the mistakes of the trainee and receiving recommendations for further improvement of the training methodology
  • Storage of the training results of all trainees and their analysis.
  • Printing of the training results.
  • Duplicating the visual sector of agunner.
  • Displaying the selected target parameters on the screen.
  • Conduction of a current (in the course of a direct training) analysis of the trainee’s actions with other trainees who are observing his actions
Simulator characteristics
Number of simultaneously trained persons 1 (antitankmissile system operator)
Minimum required areato place the simulator in deployed position 10 m²
Type of premise to place the simulator Training classes
Readiness time of the product for operation after switching on Not more than 5 minutes
Continuous operating time 12 hours
Powersupply single-phase AC network with voltage of 220V±10% and frequency of 50±1.5Hz
Power consumption 1.5 kV*A
Degree of compliance of the operator's algorithm on the simulator with theoperation algorithm on the antitank missile system, not less than 0.8
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