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THE COMPANY "ASTRUM AVIA SERVICE" MANUFACTURES AND SUPPLIES THE FOLLOWING TYPES OF AVIATION SIMULATORS FOR TRAINING AND RETRAINING FLIGHT CREWS AND ENGINEERS AND TECHNICIANS AIRPLANES AND HELICOPTERS:

 

 

  • INTEGRATED PROCEDURE AND FITNESS
  • FLIGHT STANDS
  • AUTOMATED SYSTEM TRAINING
  • TRAINING FACILITY
  • LEARNING COMPUTER CLASSES

 

 

 

Flight simulator used for pilot training ground. Hardware-software complex flight simulators mimic the dynamics of flight and operation of aircraft systems (CS) with the help of special software computer complex simulators.

 

Training pilots on flight simulator is one of the most important elements to ensure safe use of the sun. It allows you to minimize the negative impact of the so-called human factor, that is, to minimize the possibility of erroneous actions of the Armed Forces of the crew.

 

In military aviation flight simulators are particularly valuable, as they allow virtually no restrictions to simulate real combat situation, which is very difficult to simulate in time of peace during the exercise.

 

It is believed that for a normal pilot training process requires at least one aviation simulator for 25 aircrafts.

 

Flight simulators are divided into three main groups:

  • Tactical simulators (Full Mission Simulator), designed for working group fighting. They are combined into a single network using the HLA interface that allows you to combine heterogeneous simulators - aircraft, tank, artillery, and others.
  • Full Flight Simulators (Full flight simulator) is the most simulators

    high level. As a rule, they have a mobility system. integrated simulator cabin is performed because of the complete replica realnoykabiny aircraft. In the complex simulators installed advanced imaging systems.

  • Procedural Trainers (Flight Procedures Training Device).

     


In modern practice, the preparation of civil aviation pilots the most widely used integrated simulators and procedural trainers.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

A SOFTWARE SIMULATOR FOR AIRCREW OF SU-25

 

 

            KEY FEATURES: 

  • control operation of aircraft systems interactive functional schemes.the execution of flight for combat use;
  • preparation for the flight;

 

 

          FEATURES: 

Created from interrelated functional modules running in a single virtual environment. 

 

 

          SOFTWARE MODULES: 

  • graphic cabin crew;
  • the functional model of aircraft systems;
  • a simplified 3-dimensional visualization of the outside space;
  • interactive functional diagram of the onboard systems;
  • control system software modules.

 

         

        

 

     

 

  

SOFTWARE SIMULATOR FOR PILOTS OF SU-34

 

 

Procedural simulator crew Sukhoi Su-34 is designed to familiarize the flight crew with the interior cabin of the Su-34, formation of skills of crew activities in the cockpit and work with its information-control field, develop skills of Action for the power plant management, aircraft systems and equipment, the use of complex avionics during flight preparation and execution of the flight task.

  

 

The first procedural simulator is completely real cockpit interior with real instrumentation 

environment and controls that are usually included in the requirement only to the most sophisticated integrated simulator.

 

 

Simulator visualization system is a four-channel opto-collimation system with computer image synthesis and provides continuous and fused image from the external space with a viewing angle of 86° horizontal and 28° vertical for each crew member.

 

 

 Jobs simulator instructors (instructor pilot and navigator-instructor) provide solutions to process control tasks of training and assessment of trainees' actions, including the use of automated control systems.

The simulator operates on the principle of generating images.

 

 

 

 

 

 

  

COMPLEX SIMULATORS MIG-29

 

The simulator is designed for the teaching and training of flight personnel to fulfill tasks related to piloting and combat use of the MiG-29 in conditions as close to real. Also, the simulator is used as a means to control the correctness actions of flight crew in the performance training of flight missions with them.

 

The cabin of the simulator is made on the basis of the bow of the real aircraft fuselage and is equipped with a full set of instruments, control panels, boards and simulators of devices.

 

 

Imaging system simulator is available in different models, in particular, are realized:

  • six-channel projection-screen complex with a cylindrical screen and computer synthesis image from the external environment, with the viewing angle FOV (120°H x 60°V).
  • three-channel optical-collimation system with computer synthesis image from the external environment, with the viewing angle FOV (129°H x 28°V);

 

The auxiliary simulator is intended for preliminary training of flight personnel in autonomous mode from the main cabin of the work, as well as to simulate the action of the second aircraft during flights "in tandem".


             

 

State testing of the State flight test center of the Ministry of defence,  certificate № 8/103205-001. 

 

 

 

 

 

 

 

 

 

 

AUTOMATED SYSTEM TRAINING

FOR THEORETICAL TRAINING OF FLIGHT AND TECHNICAL STAFF OF NAVAL AVIATION ON A PLANE SU-33

   

          

          KEY FEATURES:

Theoretical retraining of pilots and technical staff

 

 

         CAPABILITIES:      

  • adaptive technology training of various categories of professionals from HP and ITS with depth study of airborne and ground aircraft equipment to the functional units and units, their purpose, composition, arrangement, principles and modes of operation of the equipment, as well as its maintenance and proper use;

  • conducting individual lessons automated using specialized AUC for LAN and ITS;

  • conduct group sessions on complex video projection;

  • automated control of knowledge of pilots;
  • the possibility of drawing up and introduction of the system of control questions the teacher;

  • the possibility of additional materials the teacher;

  • the possibility of planning the educational process teacher-trainer, including the formation of individual learning tasks individually for each pilot;

  • automated remote control by the activity of the teacher trainees in the current session of training;

  • the formation and maintenance of a database on the status of the learning process and its results for each registered user documentation of learning outcomes;

  • analysis of learning outcomes (statistics) with a view to taking decisions on teacher organization of educational process, taking into account individual characteristics of different categories of learners and speakers the process of their learning;

     

 

          FEATURES:

AST is an integral part of a unified training complex that provides full cycle of theoretical and simulator training of flight and technical staff of the Su-33. In addition to the AST, the complex includes a procedural trainer (auxiliary work space crew) and complex simulator of the pilot of the Su-33.

 

 

 

 

 

 

 

AUTOMATED SYSTEM TRAINING

FOR THEORETICAL TRAINING OF FLIGHT AND TECHNICAL STAFF ON THE SU-24M

 

 

This training system for new approaches control learner knowledge implemented.

Implemented model 3D cockpit crew, simulated operation of all aircraft systems. 

     

          AST allows you to:

  • receiving pilot skills with systems and aircraft systems;

  • simulation of the flight on the combat use of the landfill, in accordance with the given scenario and requirements RLE;

  • AST development for engineering and technical staff.

 

          

           KEY FEATURES:

  • destination studies, composition, placement and operating principle obschesamoletnogo equipment;
  • conducting individual or group sessions using video projection of the complex;
  • automated control of knowledge of pilots;
  • You can schedule an instructor training process and the formation of individual learning activities;
  • automated remote control of training activities;
  • the formation and maintenance of a database on the status of education and its outcomes;
  • analysis of learning outcomes with a view to making an instructor for the organization of educational process taking into account the individual characteristics of the pilots.

 

 

 

 

 

AUTOMATED SYSTEM TRAINING

FOR THEORETICAL TRAINING OF FLIGHT AND TECHNICAL STAFF ON THE MI-8 MTV-5

 

          KEY FEATURES:

Theoretical retraining of pilots and technical staff

        

          FOR PILOTS:

  • study of theoretical material on the design of the helicopter;
  • consolidation of theoretical knowledge on the operation of onboard systems in the simulator software;
  • initial testing of skills and abilities to implement the flight combat use, including special cases of flight;
  • procedural knowledge control.

 

         

           FOR ENGINEERING AND TECHNICAL SPECIALISTS:

  • destination studies, composition, placement and mode of operation of helicopter equipment;
  • inspection and adjustment of the onboard equipment;
  • helicopter maintenance services.

 

 

           FEATURES:

In the development of used new methodological and technological platform, which allowed:

  • improve interactivity, dynamism and visibility of educational and methodological materials;
  • expand the methodological possibilities for the study of flight operation and maintenance of the helicopter;
  • Instructors develop a tool for self-formation test questions database.

 

AST was created in conjunction with the simulator crew of the Mi-8 MTV-5, as a single integrated training complex that provides full cycle of theoretical and simulator training of flight crews of the Mi-8 MTV-5.

 

 

 

 

 

AUTOMATED SYSTEM TRAINING

FOR THEORETICAL TRAINING OF FLIGHT AND TECHNICAL STAFF ON THE MI-8AMTSH

 

               KEY FEATURES:

Theoretical retraining of pilots and technical staff

 

 

                FOR PILOTS:

  • study of theoretical material on the design of the helicopter;
  • consolidation of theoretical knowledge on the operation of onboard systems in the simulator software;
  • initial testing of skills and abilities to implement the flight combat use, including special cases of flight;

 

 

              FOR ENGINEERING AND TECHNICAL SPECIALISTS:

  • destination studies, composition, placement and operating principle obschevertoletnogo equipment;
  • inspection and adjustment of the onboard equipment;
  • helicopter maintenance services.

 

 

              FEATURES:

In the development of used new methodological and technological platform, which allowed:

  • improve interactivity, dynamism and visibility of educational and methodological materials;
  • Instructors develop a tool for self-formation of the database control
  • expand the methodological possibilities for the study of flight operation and maintenance of the helicopter;

 

 

 

 

 

 

 

 

AUTOMATED SYSTEM TRAINING 

FOR THEORETICAL TRAINING OF FLIGHT AND TECHNICAL STAFF BY HELICOPTER KA-52

 

 

Automated training system for theoretical training of flight and technical staff on Ka-52 is by far one of the best systems in its class.

 

It is distinguished by a high level of interactivity with the possibility of working out all the necessary procedures in the crew cabin as in a virtual running on the combat use of the flight, and in special cases.

 

The composition of the AST Ka-52 includes a software simulator, which allows to fix the theoretical knowledge in a virtual cockpit, perform the flight and technical operation of the helicopter systems.


The most important methodological features ASO applies simulation flight in special cases due to failures and malfunctions of aircraft equipment, as well as the simulation of flight combat use in accordance with the AFM.

 

As part of the AST operates procedural control of knowledge, which consists in the implementation of specific flight missions in the knowledge control mode "without being told."

 

 

 

 

 

 

 

AUTOMATED SYSTEM TRAINING

FOR PREPARATION AND RETRAINING OF THE FLIGHT CREW ON THE MI-171

 

 

           KEY FEATURES

Provides training, retraining and advanced training of flight personnel in the following disciplines:

  • the appearance of the helicopter and the cabin crew;
  • flight characteristics of the helicopter;
  • construction and operation of a helicopter flight;
  • design and flight operation of the power plant;
  • design and flight operation of aircraft equipment;
  • design and flight operation of electronic equipment;
  • flight manual.

  

Securing the theoretical material on the implementation of the flight, including in special cases, is carried out on the software simulator.

 

           FEATURES:

  • A wide range of tools that provides continuous monitoring of the educational process, the formation of individual training programs, additional educational and methodological materials and control questions.
  • AST was created in conjunction with the simulator crew of the Mi-171 as a single integrated training complex that provides full cycle of theoretical and simulator training of flight crews of the Mi-171.

 

   

 

 

 

 

 

 

COMPUTER TRAINING CLASS 

FOR PREPARATION AND RETRAINING OF THE FLIGHT CREW ON THE MI-28N

 

 

A computer classroom for training and re-training of flight crews and technical staff of the Mi-28N (CTC-28-A). To create this CTC widely used the latest technology and technical equipment, developed by our organization. 

  

This design focuses on the software simulator of flight personnel, which includes a software 

model of the cabin crew (pilot and navigator) to perform the flight to combat use of the landfill, in accordance with the given scenario and requirements of the AFM.

 

When implementing a software simulator takes into account the recommendations of aircrew who mastered the Mi-28N. In developing the CTC-28-A special attention was paid to the principle of operation and helicopter flight operations complex avionics-28.

 

          KEY FEATURES:

  Theoretical retraining of pilots and technical staff.

 

 

          FOR PILOTS:

  • study of theoretical material on the design of the helicopter;
  • consolidation of theoretical knowledge on the operation of onboard systems in the simulator software;
  • initial testing of skills and abilities to implement the flight combat use, including special cases of flight;
  • procedural knowledge control.

 

 

          FOR ENGINEERING AND TECHNICAL SPECIALISTS: 

  • destination studies, composition, placement and operating principle obschevertoletnogo equipment;
  • inspection and adjustment of the onboard equipment;
  • helicopter maintenance services.

        

          FEATURES:

CTC was created in conjunction with the simulator crew of the Mi-28N as a single integrated training complex that provides full cycle of theoretical and simulator training of flight crews of the Mi-28N.

 

 

 

 

 

 

PROCEDURAL SIMULATOR OF BEST AIR CONTROLLER

 

Procedural best trainer aircraft gunner is a member of the technical means used for testing the interaction of commanders of the ground forces aviation (and artillery) for aiming and adjusting fire strike at ground targets.

 

The simulator is designed to train, exercise and evaluation of the level of training of advanced aircraft gunner in accordance with the documents governing the combat training of the Army.

 

Workplace advanced aircraft gunner enables: 

  • conduct visual observation in the area of вАЛвАЛoperations, including optical devices;
  • to determine their location on a map of a large scale;
  • "Navigate" in the area and choose the position for the control of the helicopter;
  • used means of communication and visual alarms for target acquisition, designation of its troops and the front edge.

 

Workplace pilot includes monitors display the dashboard and visualization of the pilot, as well as 4-channel simulation joystick controls the aircraft. 

 

A feature of the complex is the fact that as the pilot workplace can be used or complex procedural simulators of various aircraft, which will dramatically expand educational opportunities like the crews of airplanes and helicopters, and advanced aircraft gunners ground forces due to the possibility of working out the tactical interaction.

  

In particular, the version of the implemented cooperative learning tasks tactical cooperation advanced aircraft gunner and crew of the  Mi-24, which is the main type of helicopter conducting air support of ground forces.

 

 

 

 

 


 

GAME SIMULATOR VIRTUAL G

 

           KEY FEATURES:

  • imitation process control aircraft or helicopter and systems;
  • merge several simulations in a single virtual space;
  • imitation of combat use of the simulated object;
  • the output of visual information on the in-cab monitors that display dashboards and environment.

  

           FEATURES:

  • The presence of 2-degree of freedom system, allowing to simulate the feeling of overload and angular accelerations.
  • You can replace the mathematical model of the dynamics of movement and systems of the simulated object that allows you to use
  • simulator to simulate process control any vehicle.

  

          OPTIONS:

  • Instead of LCD monitors visualization system can use Points
  • virtual reality, completely immersed in a virtual cockpit modeled object.
  • The possibility of adding a third degree of freedom in the mobility system to simulate the vertical accelerations.

 

 

 

 

       

           

   

 TRAINER OF PROSPECTIVE OPERATOR UNMANNED AIRCRAFT SYSTEMS

  

            KEY FEATURES:

  • working out of actions of operators of unmanned aerial vehicle (UAV) in the standard  operating modes of flight;

  •   working out action skills with the equipment in a mode of observation of objects;
  •   working out for emergency measures in case of failure the on-board flight and radio communication equipment;
  •   working out of the most dangerous for the UAV take-off and landing modes.

 

 

 

 

 


           TRAINING FACILITY

 

For the first time in Russian practice, it implemented a new approach to the development of the training systems for military aircraft and helicopters, designed for training pilots and technical staff in full their functions and in accordance with the program of combat training.

 

The new approach - a transition from the production of individual trainers to create a single integrated training facility (TF), which may include various combinations of automated systems of training, simulators of various difficulty levels, jobs terrestrial operators, functionally interconnected with the crew of the aircraft when the flight mission, as well as modeling complex tactical situation.

 

TF created for training airline personnel on the Ka-52, Mi-28N, Mi-8AMTSh, Mi-8 MTV-5, MiG-31BM and Su-34. Currently, all educational facilities operated in the current Air Force combat units of the Russian Federation.

  

 

 

Example 1. The typical TF scheme for the preparation of the crew

 

  

The next level of complexity for the task is to simulate complex multifunctional tactical simulators that allow for collaborative learning effective tactical interaction of different units of the armed forces, including not only individual training, and effective training of military commanders at all levels. For the first time in cooperation by a number of Russian institutions and companies developed tactical training complex, allowing to carry out joint training and testing the interaction of the Air Force and air defense units of the Navy under the enemy's resistance.

 

 

Example 2. The template for a TF to prepare the helicopter crew

 

 

 

 

 

 

                                         COMPLEX SIMULATORS                                                                    PROCEDURAL SIMULATORS

   

                                                      Мi-17В-5                                                                                                        IL-78 

                                                      Мi-171                                                                                                            Su-24М 

                                                      Мi-17В-5                                                                                                        Su-33 

                                                      Мi-8АМТSh                                                                                                    Su-34 

                                                      Ка-52                                                                                                              Мi-17-1V 

                                                      Мi-8МТV-5                                                                                                     МiG-31М 

                                                      Su-34                                                                                                              Мi-24PN 

                                                      Sukhoi SuperJet 100 

                                                      Su-24М

                                                      Su-33 

                                                      Мi-8Т 

                                                      Мi-8МТV 

                                                      МiG-31VМ 

                                                      МiG-31 

                                                      Мi-24П 

                                                      L-39 

                                                      Мi-8МТV "Forester"

                                                      Мi-35М 

                                                      МiG-29 

                                                      Мi-28N (special simulator)

 

 

 

 

 

 

AUTOMATED SYSTEM OF EDUCATION (ASE)

 

  • Mi-8 MTV-5 ASE for theoretical training of flight and technical staff.
  •  Su-33, the ASE for the theoretical training of flight and technical staff of Naval Aviation
  •  Mi-8AMTSh ASE for theoretical training of flight and technical staff
  •  Ka-52 ASE for theoretical training of flight and technical staff
  •  Mi-171 ASE for the training and re-training of flight crews
  •  Mi-28N Teaching computer lab for training and re-training of flight crews
  •  Il-96-300 ASE for training aircrew airline
  •  Su-24M for the theoretical training of flight and technical staff airplane
  •  Be-200 for theoretical training of flight and technical specialists
  •  Su-25 software simulator for pilots
  •  Tu-204 (and its modifications) ASE for training flight crews

 

 

 

 

 

 

ENGINEERING TRAINERS

  

  •   MS-21 Engineering Simulator
  •   SuperJet 100 Engineering Simulator
  •   MiG-29K Flight stand testing of avionics equipment
  •  MiG-29K Flight stand for testing dynamics of the aircraft

  •   Mi-28N Research stand
  •   SuperJet 100 stand visualization system "Electronic Bird"
  •   PSPK-102 Engineering Simulator
  •   "Modern fighters" stand mining information and control field of the cockpit
  •   PS-10M Engineering Simulator
  •   CFTE Engineering Simulator
  •   Paltiel MIPT Educational research aerobatic displays
  •   FACRI Research aerobatic stand
  •   MiG-31BM aerobatic stand

 

 

 

 

 

 

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