Crew simulators of MBT-2000 & T-69IIMG tanks

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1 Crew simulators of MBT-2000 & T-69IIMG tanks Main characteristics The design and functional adequacy of workplaces of the crew The adequacy of mathematical models of the tank motion and shooting High quality of visualization (2048x1536, 1920x1080 resolution) Screen collective use 3-D models of mean line of fire, tank training area, tactical field 6-degrees motion platform Full scope of exercises of the Driving Course and Firing Course Wide range of training conditions Fairness of assessment of trainees actions Results documentation

2 Specifications of integrated simulators of MBT-2000 & T-69IIMG tanks crews No Specification Unit Specification value 1 Quantity of simultaneously trained people (driver, gunner, commander) 2 Minimum area of training class m Type of room --- Classroom 4 Operation readiness after turn-on min 5 5 Duration of continuous work hour 12 6 Electric supply: voltage V 220±10% frequency Hz 50±1 7 Maximum consumed power kw 15 8 Mean consumed power kw 10 9 Range of working temperatures grad С from +5 to Diagnostics system --- Integrated semi-automatic 11 Dimensions 3D terrain model for driving km 2х4 12 Dimensions 3-D terrain models for shooting km 2х4 13 Dimensions 3-D terrain models for tactical exercises km 4х4 14 Quantity of types of terrain (plain, desert, mountain) 15 Assessment of actions of trainees --- Аutomated, in accordance with indices and criteria of Driving Course and Firing Course 16 Conditions of exercise --- Day, night, winter, summer, mist, various range of optical visibility, temperature range from -20 grad. to +50 grad. 17 The ability to input faults and equipment failures tank --- Enter of failures and faults of tank equipment is implemented from the workplace of class manager 18 Failure time hour Minimum Assigned resource year Minimum 8 20 Warranty period year 2

3 Composition of simulator Simulators of Tank Driving Station and Tank Gunner Station Integrated simulator of T-69IIMG tank crew Simulators of Tank Driving Station and Tank Gunner Station on 3-DOF motion platforms Integrated simulator of MBT-2000 tank crew Simulators of Tank Driving Station and Tank Gunner Station on 6-DOF motion platforms

4 Composition of simulator Instructor Station Exterior view of Instructor Station with collective use screen Gunner sight Driver observation device Commander sight View of the battlefield Malfunction control and trainees controls Intercommunication controls Instructor main menu Emergency control

5 Simulator of Tank Driving Station The composition and placement of controls (and loads of them), and observation devices fully meet the real tank Motion platform provides accelerations and inclinations in accordance with the dynamics of motion of the tank under different conditions Exterior view of Driver Station on 6-DOF motion platform Interior view of T-69IIMG Tank Driver Station Exterior view of Driver Station on 3-DOF motion platform No Name of controls Pieces 1 Switch of storage batteries 1 2 Instrument panel dome light 1 3 Lamp of the road signal system 1 4 Driver periscope 2 5 Valve of engine start system 1 6 Pressure gauge of compressed air system. 1 7 Hatch with opening and locking device and electric actuator 1 blocking 8 Сompressed air cylinder 2 9 Gear shift lever, lockout mechanism of transmission selector 1 gate 10 Drive handle of the jalousie 1 11 Planetary steering mechanism control levers 2 12 Fuel supply pedal 1 13 Hand throttle control handle 1 14 Cock of air and liquid cleaning system 1 15 Parking brake pedal 1 16 Fuel system cock handle 1 17 Driver's instrument panel with all gauges and switches 1 18 Dome light 1 19 Сlutch pedal 1 20 Fan 1 21 Driver s seat 1 22 Headset 1

6 Exterior view of Gunner Station on 6-DOF motion platform Simulator of Tank Gunner Station Exterior view of Gunner Station on 3-DOF motion platform No Name of controls of T-69IIMG tank Pieces 1 Daytime and night-time commander s sights 2 2 Commander s turret with a hatch and periscope 1 observing devices 3 Gunner s daytime telescopic sight unit 1 4 Gunner s night-time telescopic sight unit 1 5 Switch board 1 6 Emergency detonating mechanism 1 7 Gun s breech end 1 8 Control panel of the smoke grenades launching system 1 9 Manual gun lifting mechanism 1 10 Manual turret traversing mechanism 1 11 Turret traversing lock 1 12 Azimuth pointer 1 13 Radio station (full-scale mock-up) 1 14 Main and auxiliary panels of a fire control computer 2 15 Computer control assembly 1 16 Console of the stabilizer control layer 1 17 Intercommunication system 1 18 Two dome lights 2 19 Commander and gunner seats 2 20 Fan 2

7 Motion Platform Motion platform ensures simulation of slopes of tank hull during motion in accordance with the relief of terrain, during fire from the gun, as well as acceleration effects during standing start, acceleration, deceleration, turning of the tank 6-DOF motion platform 3-DOF motion platform Main characteristics Index Values Type of drive motors Asynchronous with short-circuited rotor Drive motor control Frequency as per the velocity and as per the position Pitch angle +/- 25 grad Roll angle +/- 25 grad Vertical movement +/- 100 mm Angular movement around the +/- 30 grad vertical axis Longitudinal displacement value +/- 200 mm Value of transverse displacement +/- 200 mm Angular velocity of axis motion 0-20 grad/sec Accuracy of control signals drill 0,2 grad as per the angles 10 mm as per the position Consumed power (mean) 4,0 kw Main characteristics Index Values Type of drive motors Asynchronous with short-circuited rotor Drive motor control Frequency as per the velocity and as per the position Pitch angle +/- 15 grad Roll angle +/- 15 grad Vertical movement +/- 100 mm Angular movement around the --- vertical axis Longitudinal displacement value --- Value of transverse displacement --- Angular velocity of axis motion 0-20 grad/sec Accuracy of control signals drill 1,0 grad as per the angles 20 mm as per the position Consumed power (mean) 6,6kW

8 The simulator provides the possibility of a visual reconnaissance and fire, taking into account optical visibility, range and type of targets High quality visualization is achieved by: the use of advanced visualization software the use of high-resolution LCD monitors Visual quality of the environment

9 Adequacy of the mathematical model of the tank A mathematical model of the tank provides a degree of coverage of combat operations of at least 90% the adequacy of the algorithm operation of devices and equipment of the tank the adequacy of the response of the simulator to control actions of trainees imitation regular and emergency operation of the tank the adequacy of the model of the movement of the tank, keeping the terrain, soil type, condition coverage the adequacy of the dynamic effects of the operation of the simulator the adequacy of the ballistic characteristics of the gun and ammunition the adequacy of the model tank fire control system correct account of the impact of depreciation of the barrel, the type of ammunition, wind speed and direction, atmospheric pressure, air temperature and the charge on the range shells and bullets the adequacy of the visual and sound effects operation simulator the adequacy of the characteristics of optical and opto-electronic devices reconnaissance and aiming with optical and opto-electronic devices consideration of optical visibility, smoke field of optical devices, the hull vibrations when shooting and movement the adequacy of ground and air targets

10 Educative and methodical features tank drivers individual training tank gunners individual weapons practice joint fire and tactical training of tank crew and platoon Driver training features: performing an exercises in full range of Armed vehicle driving training course, with automatic estimating of trainees actions driving under different road conditions and in condition of cross-country Gunners training features : performing an exercises in full range of Gunnery course, with automatic estimating of trainees actions shooting from gun, machinegun, grenade gun, under different condition Joint fire and tactical training of the crew features : perform firing exercises on the directrix in the crew in full range of Gunnery course with automatic estimating execution of crew and platoon tactical exercises at the tactical field Possibility for creation of educative and training condition: 3D terrain model dimension: 4х4 km types of terrain: normal terrain, mountain terrain, gaunt landscape (at the customer's request, 3D- model of any real terrain with 8x8 km dimension may be created) road types: soil, hard-surfaced, cross-country the time of day: daytime, twilight, night weather conditions: solar weather, overcast, rain, snow, wind with different velocities and directions season summer, winter at the customer's request, according to conditions of geographic area of training) Reliability Simulator reliability assurance program is based on the following principles: use of reliable components with proven experience of operation, receiving inspection development of software solutions excluding collisions of customized software with general, as well as with hardware multiple tests of developed design solutions use of design solutions ensuring continuous work of mechanical assemblies functional and stagewise quality control of mechanical and electrical assembly of simulators use of absolutely noncontact linear-and-angular movement pickups based on magnetosensitive chips in the structure of simulator units use of protective means for electronic devices printed circuit boards and connector pins against impact of the environment use of uninterrupted power supplies for computers ensuring the required thermal operating conditions for simulator hardware assurance of power supply margins Warranty and service life period Guaranteed service life of the simulator is 2 years while respecting the rules of operation and maintenance according to the operations documentation. Service life of the simulator is minimum 8 years at observance of the rules of operation, maintenance and repair in accordance with the operations documentation. Simulator ensures continuous work during 12 hours per day Simulator s mean time to failure is minimum 500 hours

11 Simulator tank platoon, armed with T-69IIMG (МВТ-2000) Screen of collective use Instructor workplace Hardware-software complex Operator workplace The radio communication system of tank platoon Tank T-69IIMG crew simulator (MBT-2000) After Action Revue equipment Opportunities for tactical training simulator Platoon training in shooting and fire control One- and two-sided platoon tactical exercises Simulation of actions when added and interacting forces and means Simulate actions of enemy units Extension platoon marching order The deployment of platoon in battle order Two-sided battle in the offensive, defensive Realistic work of platoon radio network Management actions and fire of crews in combat Display of the combat situation on the electronic map Monitoring actions of commanders and crews Integration in company and battalion level simulators Local computing network

12 Research and production company Energy 2000 ltd. Postal address: 94-А Vozduhoflotsky ave., Kiev, 03151, Ukraine Legal address: 36, Degtyarevskaya street, Kiev, 04119, Ukraine Developer and manufacturer of simulators provides: assembly, commissioning and acceptance testing of the simulator at the site of intended use training the operators of technical personnel warranty after-sales service author's support and upgrades supply of spare parts for 8 years