DE3201925A1 - Mobile combat and firing simulation system with wirelessly remote-controlled models - Google Patents

Abstract

It is intended to provide a multiplicity of gunners and unit commanders with the possibility of carrying out firing simulations and tactical combat exercises under the most realistic combat conditions possible. This is done by means of wirelessly remote-controlled scale models of all known wheeled and tracked vehicles, watercraft and aircraft which are used as attacking target. The aiming gunner (defender) has in his firing device an IR laser firing simulation device. During the aiming process, the IR laser firing simulation device is activated. Each target model is capable of signalling a hit when the focused and pulsed light beam coming from the IR laser firing simulation device impinges on it. To convey a realistic combat impression, a supervising person can have each model selectively fire pyrotechnic effects under remote control.

Description

Mobile combat and shot simulation system with wireless remote

controlled models controlled models (1) Purpose: Mobile system and methods for shot simulation, target training, target distribution and tactical combat exercises by means of wireless remote-controlled models, suitable for all branches of the armed forces.

(2) State of the art and criticism: At the moment they are used for shot simulation and for target training laser transmitters in launching racks or guns of combat vehicles assembled.

The light emitted by this laser transmitter hits sensors that are mounted on such combat vehicles for the purpose of signal exchange (hit display).

Target distribution and tactical combat exercises are also always carried out very costly with the help of the existing combat vehicles.

Exercises on shot simulation, target training, target distribution and for tactical combat exercises require a large training area.

This means costly transports to and from and allows in densely populated areas Europe only ever has a very limited number of units to practice realistically and to master their armament.

In addition, the shooter will if he is with a sharp shot at a target range trained, can never gain the experience that is necessary to get a rolling Combat tank unit to optimally counteract its own defensive weapon. No Platoon or company commander is at the target shooting range or in the sandpit game the dynamics and stress of targeting naturally moving and Experience attacking battle tanks at a natural distance.

(3) Task: It is intended to serve a large number of riflemen and troop commanders be made possible while avoiding large costs and great Material wear on every barracks area, under the most realistic combat conditions possible Target distributions controlled by any number of supervisors, target training, To be able to carry out shooting simulations and tactical combat exercises.

(4) Solution: This is done using wireless remote-controlled scale models of all known wheeled, tracked, water and air vehicles that are in the respective Distance corresponding to the model scale, serve as the attacking target.

The target end (defender) has in his launcher, which can be stationary, mobile or air mobile, via an IR laser shot simulation device. The duration of the aiming process can be selected according to the respective launching device, because it represents the different flight times of the projectile or the missile.

In the case of guns, the IR laser shot simulation device is attached to the E-measuring device assembled. During the aiming process, the IR laser shooting simulation device is activated for a short period of time activated.

Each target model is by means of several photoelectric sensors able to hit the coming from the IR laser shot simulation device bundled and pulsed light beam - by burning off an attached pyrotechnic Incendiary device and simultaneous radio transmission of the hit to a suitable receiving system a surveillance person - to signal a hit. Along with signaling the vehicle drive is switched off. The supervisor can to convey a realistic impression of the course of a battle for the defender let each model fire pyrotechnic effects by remote control.

The entire system is reactivated using the RESET button (5) Achievable advantages in the application: The system and the process allow shot simulation, Target training, target defense and tactical combat tongues by any number Riflemen, troop leaders and commanders under realistic combat conditions on every barracks yard, on-site training area and suitable water surface.

Every shooter experiences the realistic appearance of his weapon effect.

The troop leaders experience the dynamic development of the course of the battle immediately the effects of their tactical decisions.

The supervisor is always able to see the battlefield and the current status of the battle using the radio hit reporting system to be overlooked.

About the stressful situation for the riflemen and troop leaders or the To increase the impression of a tank attack actually rolling in for them, is the driver of any model will be able to do so at the request of the supervisor fire a certain number of pyrotechnic effects.

Claims (1)

Patent and utility model claims Generic term: 1. Mobile shot and battle simulation methods or -System with wireless remote controlled models. Identifying part: Procedure explained in section (4) of the description respectively. System for target distribution, target training, shot simulation and tactical Combat training by any number of riflemen, troop leaders and commanders realistic combat conditions on every barracks area, on-site training area and a suitable water surface, the target end has an IR laser shot simulation device. The projectile flight time can be set on the IR laser shot simulation device. When the IR laser beam hits the wireless remote-controlled one The target object is its propulsion system from its optoelectronic receiving system switched off. At the same time, a pyrotechnic hit display occurs on the target object. At the same time, a radio hit display is sent to a receiving system a supervisor. The target object is able to pyrotechnic in response to a remote control pulse Fire effects in the direction of the target end. After completing the exercise you will be hit by the IR laser beam Target objects electronically in the state before the hit with the help of a button offset. Sub-term: 2. That in section (4) of the description and in claim 1 called IR-Lser-shot simulation device. Identifying part: Basic component of the IR La6er shot simulation device is a pulsed IR laser. The projectile flight time tp is adjustable. The period of time tp is limited electronically. after a time t = tp - 1? OIIs, the laser is activated for 1 10 s. The IR laser beam falling on the target object simulates this after the flight time tp impinging projectile, the entire IR laser shot simulation device is mechanical alignable with the target optics of the original launcher in which it is installed. Sub-term: 3. That in section (4) of the description and in the claims Target object named 1 and 2. Characteristic Part: Each target object is a wireless remote controlled one Scale model of a wheeled, tracked, water or aircraft 6. The target object is able to pyrotechnic in response to remote control impulses Effects to be fired in a targeted manner It is equipped with a pyrotechnic hit display system, a radio hit reporting system and an optoelectronic circuit for receiving of the incident IR laser beam. The impingement of the IR laser beam on the target model is controlled by the above-mentioned receiving circuit registered by means of optoelectronic sensors. These Circuit turns off the target's propulsion system and activates the pyrotechnic one Hit display, which is equipped with exchangeable smoke pots, and reports by radio to a suitable receiving system the failure of the target object. Then the electronics of the target object can be activated with a RESET button return to the state before the hit failure. It will be a new smoke pot plugged into the pyrotechnic hit display system - the target is back ready for use. Sub-term; 4. Receiving system for the in section (4) of the description and in claims 1 and 3 mentioned radio hit report of the target object. Characteristic part: The receiving system consists of individual - to a receiving system adapted to the respective needs - pluggable Modules. Each target object has a receiving module of the corresponding radio frequency assigned. A receiver module consists of a housing with guide rails arranged on the outside and power connections that allows multiple modules in both directions of the plane put together. Through the front plate of the module is a 2-color (red-green) glowing LED plugged in. The receiver circuit for the hit signal is located in the housing. If the hit signal is received by this receiver, the receiving circuit the diode, which lights up green in normal operation, is switched to a red light. At the bottom The connection for the receiver antenna is located at the bottom of the module.