RU2642019C2 - Short-range precision integrated tactical missile launcher - Google Patents

Abstract

FIELD: arms materiel and ammunition supplies.

SUBSTANCE: short-range precision integrated tactical missile launcher comprises a fixed frame that includes a mounting pivot with the traversing gear and the cradle shaped missile launcher and a vertical impact guidance system attached to it. The missile launcher is equipped with the observation and sight devices and control panel. The fixed frame comprises an adjustable telescopic simplex jacks. A mounting pivot comprises the parallel guiding ways, the repositionable front and rear mounting brackets stiffened with the help of the steady arm, self-alignment steering drive of the swivelling mount on the frame and the traversing and elevating mechanisms. The cradle shaped missile launcher rear end is fixed to the rear bracket with the help of the swivelling steady arm. The steady arm elevating gear is fixed to the front bracket with the help of the swivelling steady arm. The steady arm elevating gear is connected to the cradle shaped missile launcher front end with the help of the swivelling steady arm.

EFFECT: missile launcher efficiency increase.

5 cl, 7 dwg

Description

The invention relates to rocket technology, in particular to tactical missile systems.

The invention relates to the field of jet weapons and can be used to create various highly mobile, highly accurate missile man-portable, transported or self-propelled systems.

The aim of the present invention is the creation of highly mobile, light portable or transportable short-range missile launchers with the aim of sudden, high-precision, powerful destruction of point and low-area targets mainly along a hinged path - this is a new type of weapon having the advantages of a rocket mortar, mortar and artillery installations with the absence of many significant shortcomings inherent in the above types of weapons.

High-precision integrated tactical short-range missile launcher according to its characteristics is more relevant to conventional howitzer short-range weapons, and when using artillery over long distances, the salvo launcher characteristics are much better in terms of accuracy and accuracy of target destruction.

The invention lies in the fact that the invention relates to rocket technology, and specifically to portable, transported or self-propelled tactical short-range launchers (TPU), which is a complex of high-precision multi-purpose weapons with a large striking effect, designed to aim at and launch unguided rocket launchers short-range projectiles (NURS) of various caliber and power, homing missiles (CDS), guided missiles (URS), adjustable rockets ordnance shells (RRS) of various caliber and power, various types of equipment for warheads of missiles, and can be used to destroy single-shot, or point targets from closed or masked firing positions (PDO), and can be widely used in the Armed Forces.

To successfully deal with many ground targets, jet fire systems are now widely used, the advantages of which are the ability to strike at targets, the simplicity of design, maintenance and combat use.

Famous light portable 122-mm reactive system "Grad-P" 9P132 launcher - https://ru.wikipedia.org/wiki/9%D0%9F132: -

The main purpose of the 9P132 installation is to use guerrilla forces against enemy personnel and military equipment, where the use of conventional artillery systems is difficult. Launcher 9P132 is a tube-shaped guide. To impart rotation of the projectile on the guide there is a U-shaped groove. The pipe is mounted on a tripod with a guidance mechanism. The aiming is carried out with the help of the PBO-2 sight and artillery compass. Installation can be disassembled into two packs. Shooting is carried out by 9M22M "Kid" shells. The shells themselves are also collapsible and consist of two parts. The warhead is fully borrowed from the M-210F shell. The rocket is launched using a sealed remote control with a cable 20 meters long.

Characteristics

Weight, kg: 55

Length mm: 2100

Barrel length, mm: 1800

Width, mm: 1500

Height, mm: 1500

Crew (calculation), people: 5

Caliber, mm: 122.4

Carriage: tripod

Elevation: + 10 ... + 40

Rotation angle: -7 ... + 7

Rate of fire

rounds / min: 1

Sighting range, m: 2000 ... 10800

Type of ammunition: manual

Sight: PBO-2

Taken by me as a prototype.

The disadvantages of the prototype include:

- large dimensions;

- the impossibility of hitting targets at close distances and behind obstacles, on the back slopes of ravines, and so on;

- instability of launchers at salvo, which leads to rocking launchers at salvo and even more dispersion of missiles;

- inconvenience of charging and operation;

- missiles have a huge missile scattering ellipse;

- has a tubular guide 180 cm long,

- the long range of the missile and, therefore, the low weight of the warhead of the rocket, and the large weight of the propulsion system with rocket fuel;

- equipment with missiles of only a certain caliber and dimensions;

- the inability to use automated fire control systems.

The above shortcomings do not allow solving many combat missions, especially during combat operations in difficult and atypical conditions.

Based on the analysis of all of the above, I had to formulate my terms of reference, taking into account all of the above conditions, I had to develop a completely new, very simple to manufacture and operate multiple launch rocket launcher (RCD), since any complex technical solution dramatically increases the cost of RCD, increases weight and degrades the necessary performance characteristics of the RCD.

The problem to which the invention is directed, is the creation of highly mobile, light portable or transported short-range missile launchers with the aim of sudden, high-precision, powerful destruction of point and low-area targets, mainly along a mounted trajectory, which is a complex of high-precision multi-purpose weapons with large striking effect, designed for aiming and launching unguided short-range projectiles (NURS) of short-range action of various caliber and power, a homing gun schihsya rockets (CPC), correctable missiles (KRS) and guided missiles (URS) of different caliber and power, various types of equipment missile warheads.

The application of the claimed invention provides efficient use, high mobility, compact design with its simplicity and ease of assembly and disassembly.

This goal is achieved due to the fact that the implementation of a short-range tactical missile launcher makes it easy and quick to disassemble and assemble a tactical missile launcher from individual elements and is easy to transport:

1) Fixed platform with a rotary machine with horizontal guidance mechanism.

2) Quick-detachable adjustable telescopic thrust posts.

3) Quick-release handles for transferring RCDs or quick-release handles in front and quick-release wheels for transporting RCDs manually.

4) Front power bracket for mounting the vertical guidance mechanism.

5) The mechanism of vertical guidance PU in the form of a telescoping telescopic adjustable thrust rack with a tube roller support.

6) Rear power bracket for mounting the PU.

7) Swinging launcher with a fixed cradle for mounting a transport and launch container.

8) Instruments for guidance, control, leveling, positioning, sensors, a set of automated fire control tools, a ballistic computer with a compact laser target designator, range finder (LCD) and a thermal imager.

To transport a tactical missile launcher and ease of operation, a combat crew is disassembled into parts and folded into compact traveling positions.

To quickly change positions, the tactical missile launcher is equipped with quick-release handles and wheels.

Performing a tactical rocket launcher allows you to manually transfer or transport an installation with a set of missiles even in a passenger car, in a trailer or in a trailer for an ATV.

Short-range tactical missile launcher is an addition to the existing types of weapons.

This goal is achieved due to the fact that the implementation of a tactical missile installation due to its small size and low weight allows you to secretly move, install, equip and direct this installation in close proximity to the enemy.

When a salvo is almost 100%, the location of the tactical missile installation by the enemy is detected due to the inversion trace of the rocket, a cloud of dust and gas, the sound of a shot, direction finding by mortar radars. Therefore, it must be urgently taken away or taken away if it is impossible to do this - the enemy almost immediately fires back at the location of the multiple launch rocket launcher and destroys it.

These factors determine the specifics of using a tactical missile launcher — latent movement; installation and equipment of a transport and launch container with a rocket; aiming; removal of quick-detachable equipment from a tactical missile launcher; and a volley using a shot timer or a remote control. That is, after a shot at a tactical missile launcher, only the used transport and launch container remains and the installation itself without expensive removable equipment, that is, a tactical missile launcher is practically a disposable consumable, and it should be made with these features in mind, which dramatically reduces the cost of the installation itself .

After a volley, a tactical missile launcher is a target and in most cases is destroyed by enemy return fire and therefore performs an additional function - serves as a false target for determining enemy firing positions for counter-battery combat.

A tactical missile launcher, if not destroyed by the enemy, is reused.

When using a tactical missile launcher only once and during sabotage operations, a tactical missile launcher can be equipped with a self-destruction device with a detonation timer that occurs a certain time after the volley.

When a volley from a tactical missile launcher is formed, a powerful high-temperature gas cloud is formed. That is, volley should be carried out only with the help of a volley timer or remote control from a safe distance.

In accordance with the above, a tactical missile launcher should be at the necessary distance from the location of soldiers, equipment, defensive structures, and so on, in accordance with safety precautions.

The implementation of a tactical rocket launcher allows you to reduce the weight and dimensions of the launcher itself with a turntable due to re-installed power brackets, which allow you to balance all the load vectors that arise when installing a transport and launch container and a volley of missiles.

The implementation of a tactical missile launcher allows you to quickly level the launcher using bubble levels, leveling devices and is carried out using adjustable telescopic thrust posts mounted on a fixed platform, which in turn allows you to quickly and accurately aim the launcher at the target.

The implementation of a tactical missile launcher allows the use of various types of missiles for salvo, from small to large power, as it has one universal cradle for mounting all types and sizes of transport-launch containers (TPK) with missiles.

The implementation of a tactical missile launcher allows you to direct each type of missile individually, taking into account the ballistic computer and software in accordance with the type of missiles.

The implementation of a tactical missile launcher allows you to produce a volley of target guided, adjusted and homing missiles using a range of automated fire control.

The implementation of a tactical missile launcher allows you to launch a volley from several tactical missile launchers at once for various purposes with guided, adjusted and homing missiles using 1 set of automated fire control tools.

The implementation of a tactical missile launcher allows you to very quickly transfer or remove the installation from the salvo.

The implementation of a tactical missile launcher dramatically increases the accuracy of hitting targets and is achieved due to the absence of swaying PU during salvo.

This goal is achieved due to the fact that the lower fixed platform is made in the form of a single welded power load-bearing frame with the possibility of placing quick-detachable telescopic stops with stepwise and smooth adjustment of the stops for installing and leveling the tactical missile launcher, the rotary machine is fixed on the fixed platform using a fixed mechanism centering the upper rotary part of the rotary platform and the roller bearings mounted and secured to the rotary plate a mold containing a rotating part and which, through a rolling support, is connected to a fixed supporting frame of a fixed platform, the rotating rotary part of the rotary platform contains guides for attaching power brackets with a launcher with fastening and fixing mechanisms and contains a rotating part, which is connected to the fixed base through the rolling support , on the upper part of the turntable are placed all the necessary parts and leveling devices, a horizontal guidance drive with manual a drive that is pivotally fixed to a fixed platform, while the horizontal guidance drive (GN) is made in the form of a helical gear, re-mounted thrust brackets are rigidly fixed on the guides of the upper part of the turntable, the rear part of the launcher is pivotally fixed to the rear power bracket using pins or retainers, the front power bracket is pivotally secured with clamps to the guides of the turntable, pivotally attached to the front power bracket replays the drive mechanism for vertical guidance of the swash adjustable abutment rack with tubular roller support which, in turn, in the upper part is pivotally mounted by a pin or fastener to the swash launcher;

the swing launcher is made in the form of a power supporting frame with a cradle, the swing launcher (PU) is equipped with a control panel with a volley timer and a remote control panel, contains a mechanism for pushing an empty transport and launch container from the cradle, contains a mounting platform for installing quick-detachable equipment and devices, quick-detachable positioning device contains a quick-detachable level goniometer, mechanisms and mounting parts of the guidance device, start-up device and level goniometer and is connected to a computer a lex of automated fire control tools, a ballistic computer with a small-sized laser target designator-rangefinder (LSC) and a thermal imager,

rotary platform, contains quick-release handles for transfer or quick-release handles on one side and quick-release wheels on the other side for transportation.

For a tactical missile launcher, it is necessary to develop, test and manufacture dozens of different types of missiles.

For a tactical missile launcher, you must develop the necessary software.

For a tactical missile launcher, it is necessary to develop the necessary instruments and equipment.

These signs are significant and ensure the achievement of the specified technical effect.

The invention is intended to create highly mobile, light portable or transported tactical short-range missile launchers for the purpose of high-precision destruction of point and low-area missiles mainly along a hinged path and is a complex of high-precision multi-purpose weapons with a large damaging effect, designed to aim at and launch unguided rockets ( NURS) short-range various caliber and power, homing missiles (CDS), correct missiles (cattle) and guided missiles (URS) of various caliber and power, and can be used to destroy single-shot, point targets from closed or masked firing positions (PDOs) and can be widely used in the Armed Forces.

No one ever asked technical tasks in this direction: - the manufacture of disposable, high-precision, from small to large power, powerful short-range weapons systems - it was believed that this was not necessary.

It is believed that the infantryman needs only hand-held, portable grenade launchers and automatic grenade launchers and attached armored vehicles, artillery, mortar, and MLRS, and all other tasks will be solved by more powerful reusable weapons systems.

The question is - if there is no communication or corresponding weapons systems, and if it is impossible to deliver and impossible to use these weapons systems?

In connection with the development of anti-tank weapons systems, mortar radar systems, improved counter-battery warfare systems, and so on, all military-industrial complexes around the world began to develop more and more advanced and accurate unguided and guided missiles, shells, and mines with an increasingly long range and a more accurate guidance system so that the MLRS systems, mortars, artillery mounts, etc., are removed as far as possible from the leading edge of the fighting in connection with the counter-battery battle of the baking sheet but also turned out a big gap between the combat capabilities of the infantry, scout dowry weapons and all other weapons systems.

That is, no one paid attention to the development of light, maneuverable, small, disposable, high-precision, from small to large power, powerful weapons systems for short-range action.

All the Armed Forces of the World, all military groups, gangs, terrorist groups have very well learned to defend themselves and hide from all modern weapons systems, to use for these purposes increasingly sophisticated methods and methods, which makes all weapons systems in many cases poorly effective, or even In many cases, they are simply useless and are marked by huge losses of financial resources, with almost no visible results.

To fill the vacuum, I had to develop a high-precision integrated tactical short-range missile launcher.

High-precision integrated tactical short-range missile launcher provides high accuracy and fire control, covert use and the possibility of defeating enemy manpower, military equipment, defensive structures, infrastructure facilities located in open and closed areas, in forests, in buildings, in trenches, behind natural and artificial shelters, on very rough terrain, with large elevation differences, the complexity of the terrain, on the reverse slopes of the heights and deep gorges and ravines, having inaccessible mountainous terrain, replete with natural and artificial shelters, bunkers and bunkers, caponiers with enemy equipment, buildings, in settlements, with a clear localization of the affected area.

The large steepness of the trajectory allows you to fire from shelters and “over the heads” of your troops, to get the enemy behind the slopes, in crevices, on the roofs and upper floors of houses, between buildings and houses, and on city streets.

High-precision integrated tactical short-range missile launcher designed for ambushes; covering retreating troops, to cover retreating reconnaissance and sabotage groups, allows retreating troops, reconnaissance and sabotage groups to calmly tear themselves away from the enemy, the use of an integrated installation in these conditions can lead to paralysis of movement, partial or complete destruction of the advancing enemy units, or even to retreat enemy troops.

High-precision integrated short-range tactical missile launcher is designed to deliver high-precision strikes when cracking a deeply layered, well-trained and well-trained in the engineering sense and disguised enemy defense with a system of pillboxes, bunkers, dugouts, gunners with tanks, armored vehicles, artillery and mortar installations and is used as an addition to existing artillery, mortar and rocket systems, or independently, in the absence of artillery, mortar and re active systems, in the absence of communication, with the active use of electronic warfare by the enemy, as well as when attacking enemy roadblocks.

High-precision integrated tactical short-range missile launcher is designed for use in direct combat: - when the opponents are only 10-100 meters or more from each other, separated by natural and artificial obstacles interspersed with open spaces, in street battles, and designed to destroy targets located on the roofs of houses, attics and in the upper floors of buildings, as well as the destruction of the entire building, a defensive object with a covered enemy, destruction odzemnyh tunnels and communications, as well as for the destruction of fire weapons and manpower, hidden in the courtyards and alleys behind the houses on the front line of defense of the enemy,

A high-precision integrated short-range tactical missile launcher is designed for use in direct combat when artillery, mortars, aircraft and so on are impossible, since in this case their own troops may be hit, or when there is no communication, a fire spotter or fire spotter is killed and there are no other weapons systems.

When fighting in populated areas and cities and when using missiles with a maximum range of missiles from a tactical missile launcher of 300-500 meters, the missile’s circular missile deflection will be only 1-2 meters, which has a major advantage over all other types of weapons.

These facts are confirmed by street battles in recent years with terrorists in Afghanistan, Iraq, Syria.

High-precision integrated tactical short-range missile launcher is designed to knock out and destroy the enemy in the houses they occupy and allows you to suppress enemy fire or destroy houses and other objects, since fire from mortars, small arms, under-barrel grenade launchers, hand grenade launchers, small-caliber guns and so on practically does not bring results, attempts to overcome this space from either side end in destruction. In this case, the use of single heavy missiles with a maximum radius of destruction of 300-500 meters, large or medium power along a mounted trajectory or direct fire from behind shelters allows you to solve these combat missions.

Due to the fact that transport and launch containers with unguided missiles for tactical missile launchers are designed to launch a missile at a maximum range of 300 to 2000 meters, it is possible to significantly increase the weight of the warhead of a missile and dramatically reduce the weight of a rocket engine with rocket fuel.

All of the above factors determine the combat use of a tactical missile launcher, unlike all known missile systems.

Due to the fact that TPKs with rockets for launching multiple launch rockets can weigh up to 50-100 kilograms and even more and are designed to launch an unguided missile with a maximum range of the missile along an optimal trajectory at ranges from 300 to 2000 meters, you can increase the weight of the combat parts of the rocket and reduce the weight of the rocket engine with rocket fuel:

- боевая часть ракеты может иметь вес до 35-70 килограмм;

- the warhead of a rocket can weigh up to 35-70 kilograms;

- with such a warhead, the weight of the thermobaric mixture can reach from 10 to 30 kilograms, that is, one or three missiles from a tactical missile launcher can have a power approximately equal to one missile from the Buratino, Solntsepek or Hurricane MLRS;

- the explosive weight with a high-explosive design can reach 10-35 kilograms, that is, it is equivalent in power to a 100-203-mm howitzer shell, that is, a volley from a tactical rocket launcher is equivalent in power to a shot from a 100-203-mm howitzer or artillery gun.

Of course, it’s very difficult and inconvenient to carry TPK with missiles weighing up to 50-100 kilograms and more and install it on a tactical rocket launcher - you need to install or fix the necessary handles or removable devices on the TPK.

These inconveniences are compensated by the capabilities of a tactical missile launcher for solving combat missions, when there are no other options for solving these missions or when these missions can be solved only with great blood, which is unacceptable and very expensive in modern conditions.

The only minus in this is that when a rocket explodes, a blast wave can destroy a tactical missile launcher.

That is, servicemen should be withdrawn to a safe distance or in cover before a salvo.

Currently, only terrorists in the world have rockets of this class and power with improvised launchers, even using gas cylinders filled with explosives and firing from improvised launchers to manufacture missiles.

These facts are also confirmed by the use of missiles M-20, M-31 and the use of heavy artillery for direct fire in street battles with the aim of destroying individual buildings and structures during the storming of Berlin and other cities in 1945 - in World War II. In many cases, it was not the destruction of individual targets found in the building that was required, but the destruction of the entire building. As the experience of street fighting showed, especially in cities such as Budapest, Berlin, the best means of suppressing and destroying strong strongholds were large-caliber guns, especially 203-mm howitzers.

High-precision integrated tactical short-range missile launcher allows you to solve the above combat missions.

The weight of the warheads of the missiles and the missiles themselves allows you to manufacture and use any type of guided, homing, combined missiles, adjustable missiles on the basis of units of unguided rockets, cluster, cluster high-precision unguided missiles, unguided missiles, various types of equipment for warheads of missiles that can be developed and manufactured at present and can be developed in the future for a high-precision integrated tactical short-range missile launcher.

High-precision integrated tactical short-range missile launcher is designed to destroy the enemy’s mobile and sabotage groups, firing and making rapid movements around the theater of operations.

High-precision integrated tactical short-range missile launcher is designed to carry out sabotage operations when destroying enemy infrastructure and objects with unguided and guided missiles, as it allows you to covertly deliver the installation, install, aim, turn on the shot timer with the target illuminated by the target, or conduct guidance using GLONAS, GPS, using drones and so on, to launch a volley using the remote control from the required distance or using a volley timer .

The battery of high-precision tactical short-range missile launchers is designed to destroy tanks and similar weapons systems of the Armata class, since the volley is synchronized using an automated control system for several types of missiles and allows you to neutralize the active and passive protection of the tank and destroy the tank. Of course, such a volley is not cheap, but an almost guaranteed destruction of a tank worth more than $ 5 million is worth it - this is just an example of use. The large size, area and almost flat surface of the defeat of the tank from above is an ideal target for missiles.

High-precision integrated tactical short-range missile launcher is designed to defeat the enemy in military equipment with high-explosive fragmentation warheads weighing 10-50 kilograms with high-explosive fragmentation elements and huge kinetic energy or thermobaric warhead missiles, because the grenade launchers are automatic grenade launchers, shots for RPGs, small mortar mines will become practically ineffective.

“Warrior” is a Russian military equipment of a military man, also called “a set of the soldier of the future”.

Kamenskvolokno aramid overalls made of fiber “Alutex”, capable of withstanding the ingress of fragments of grenades, mines or shells, also have a certain fire resistance.

High-precision integrated tactical short-range missile launcher allows you to maximize the tactical and technical characteristics of missiles for the most accurate target possible hit and maximize the inherent tactical and technical characteristics of missiles, which improves the quality of the defeat.

High-precision integrated tactical short-range missile launcher is designed for use in various types of offensive and defensive battles as a means of direct fire support for motorized infantry, landing units and tanks, designed for use by special units for special operations.

High-precision integrated tactical short-range missile launcher is designed for direct fire support of troops - high-precision destruction of small and point targets at a distance of up to two kilometers with unguided missiles and up to 5 kilometers or more - with guided, adjusted and homing missiles from the installation through the use of guided, adjusted, homing short-range missiles mainly along a hinged path.

The presence in a modern battle with illegal armed groups of a large number of different types of small-sized dangerous targets in the form of combat vehicles, firing points located in buildings, natural and artificial shelters, and the need for immediate destruction in the first place, they determine the expediency of using a complex of high-precision multi-purpose weapons with large striking action, which includes high-precision integrated tactical short-range missile launcher with a complex of means in automated fire control.

A high-precision integrated tactical short-range missile launcher is designed to radically change the tactics and strategy of military operations, since it allows you to hit the enemy within seconds after a volley and practically does not allow the enemy to find cover and methods of protection against missiles, that is, the combat capabilities and effectiveness of tactical use are sharply increased missile launcher, as well as such a salvo system almost completely eliminates the defeat of fired missiles by means of enemy air defense.

A high-precision integrated tactical short-range missile launcher is designed to radically change the tactics and strategy of military operations, which will allow significantly less human and material resources to achieve better results and, ultimately, lead to victory in armed conflicts.

High-precision integrated tactical short-range missile launcher is designed to be deployed on a wide class of various wheeled and tracked vehicles.

The present invention is illustrated by an example of execution, which is not the only one, but clearly demonstrates the case of a specific application of this set of essential features of a high-precision integrated tactical short-range missile launcher.

In the figures 1; 2; Figure 3 shows 3 types of tactical missile launcher with a transport-launch container (TPK), with a vertical angle of 25 degrees, with a mechanism for turning the launcher into a specific sector, a removable handle and transport wheels.

The figure 1 shows a view from the bottom of the frame of a fixed platform with leveling mechanisms in the form of retractable telescopic adjustable stops, horizontal guidance mechanism, removable handle and transport wheels.

The figure 2 shows a view of the rotary platform "option - A, B" with the mechanism for pushing an empty TPK and an electrical connector, centering mechanism, thrust brackets, launcher frame and telescopic tube roller support with vertical guidance mechanism.

The figure 3 shows a view from the left side with a telescopic tube roller support with a vertical guidance mechanism, a horizontal guidance mechanism, a removable handle and transport wheels.

The figure 4 shows a side view of a tactical missile launcher with a transport launch container with a vertical guidance mechanism with a vertical angle of 85 degrees, a centering mechanism, a horizontal guidance mechanism.

Figure 5 shows a top view of the installation (the moment of almost vertical aiming of the launcher is 85 degrees) with the transport and launch container installed, with the launcher installed in the position of an almost vertical salvo.

The figure 6 shows a rear view of the upper part of the tactical missile launcher with a certain sector, with leveling mechanisms in the form of retractable stops, a centering mechanism and a horizontal guidance mechanism, without installed transport and launch containers.

The figure 7 shows a front view of the lower part of the tactical missile launcher, without installed transport and launch containers.

A high-precision complex installation of short-range volley fire, comprising a fixed platform 1, a rotary machine 2 is mounted on a fixed platform using a fixed centering mechanism of the upper rotary part of the rotary platform 3 and roller bearings 4 mounted and fixed on the rotary platform containing the rotating part and which is through the support the rolling element 5 is connected with the fixed supporting frame of the fixed platform 1, the rotating rotary part of the rotary platform contains guides 6 for fastening the support brackets 7, 8 with the launcher 9, with the fastening and fixing mechanisms 10 and contains a rotating part, which through the rolling support 5 is connected to a fixed base 1, containing a rotary machine 2 with a horizontal guidance mechanism (drive) 11, on which the swinging is fixed launcher (PU) with a cradle 9 with a guidance drive in a vertical plane 12, equipped with monitoring devices 13 and aiming 13, a control panel 13, characterized in that the fixed platform 1 contains fixed using ditch 14 on it adjustable telescopic stop racks 15, the rotary machine contains guides 2 for installation and rigid fixation of the support brackets 7, 8 with latches 15, the rotary machine contains a self-centering mechanism for rotating the platform 3, leveling mechanisms 16, parallel to the guides are fixed to the rotary part of the machine 2 6 with technological holes 18 for rigidly mounting the support brackets 7, 8 with the help of clamps 16, on the parts of which are installed and rigidly fixed with clamps mounted front 7 and rear support brackets 8, on the rear support bracket 8, using the hinge lock 19, the back of the rocker launcher 9 is fixed, on the front bracket 7, using the hinge lock 20, the vertical guidance mechanism of the launcher 21 is fixed, which using an articulated latch 22, connected to the front of the rocket launcher with a cradle 9, the control unit contains a control device and guidance device 13 and is equipped with a control panel with a volley timer, contains a platform for mounting of the quick-release level-protractor 24, the swinging launcher (PU) contains a mechanism for pushing 25 empty transport and launch containers 27 from the cradles, the cradles contain a mechanism with a plug 26, docked with the socket of the electrical connector of the transport and launch container 27, contains a quick-detachable positioning device, contains a quick-detachable the level goniometer, mounted on platform 24, contains a set of automated fire control tools, a ballistic computer with a compact laser target designator, rangefinder (L CP) and a thermal imager, contains quick-release handles for transfer 28 or quick-release handles 28 on one side and quick-release wheels 29 on the other side for transportation and fixed with clips 30.

Preparation for a volley from a tactical missile launcher is as follows:

When the missile launcher is delivered disassembled, it is assembled in the following order: persistent telescopic racks 15 are mounted and fixed on the fixed platform 1 and, using the leveling mechanisms 16, the installation is set strictly horizontally, using the laser rangefinder, the range of the enemy’s destruction and the salvo angle are established, and the installation supporting brackets 7, 8 are installed in accordance with technical recommendations for the angle of the volley to a specific place and are rigidly fixed with clamps.

A launcher 9 is installed in accordance with technical recommendations for an elevation angle and is additionally fixed with a vertical guidance mechanism 12.

The vertical guidance mechanism 12 is also set taking into account technical recommendations for aiming for a specific vertical sector of the volley.

Quick-detachable guidance mechanisms 13, positioning, control are installed and connected via cables to a set of automated fire control tools, with cradles, a ballistic computer with a compact laser target designator, range finder.

The vertical guidance is preliminarily made and the transport and launch container is installed on the launcher and the final aiming is carried out immediately in accordance with the recommendations of the ballistic computer in accordance with the type of missile and other necessary parameters and the necessary combat mission.

All quick-detachable equipment is removed and a volley is made in any necessary way, taking into account safety precautions. Empty TPKs pop out of the cradles and are easily cleaned or dumped.

After that, the calculation for the handles takes or takes away the installation of volley fire from the site of the volley or simply throws it if necessary. If the stop telescopic racks 15 - they are quickly removed and carried away separately.

This is one of the options for bringing the installation of multiple launch rocket into combat position and moving the installation to a new location.

You can assemble the installation of volley fire in another place and bring or bring to the site of the volley.

Claims (5)

1. High-precision integrated tactical short-range missile launcher containing a fixed platform containing a rotary machine with a horizontal guidance mechanism (drive), on which a swinging launcher (PU) with a vertical guidance plane is mounted, equipped with surveillance and aiming devices, a control panel, characterized in that the fixed platform contains adjustable telescopic thrust posts fixed with clamps on it, the rotary machine contains parallel separately located guides with technological holes for the rigid fastening of the support brackets with the help of clamps, rigidly fixed with the help of clamps, re-mounted - front and rear - support brackets, self-centering mechanism of rotation of the rotary installation on the platform, leveling mechanisms, on the rear bracket, using a hinged lock , the back of the rocket launcher is fixed, on the front bracket, with the help of a hinged lock, the vertical linkage mechanism is fixed fusion launcher, which, with the help of a hinge lock, connected to the front of the rocking launcher, PU contains a cradle with a transport and launch container with a missile, contains mounting parts of the guidance device and the guidance device, launch, contains a platform for mounting a quick-detachable level goniometer and instrument launcher (PU) is equipped with a control panel with a volley timer and an additional remote control panel, contains a mechanism for pushing an empty transport and launch container from the cradle, soda It contains a quick-detachable positioning device, contains a quick-detachable level-goniometer, contains a remote set of tools for automated fire control, a ballistic computer with a small laser target designator - range finder (LCD) and a thermal imager, contains quick-release handles for transfer or quick-release handles on one side and quick-release wheels on the other side for transportation. 2. Installation according to claim 1, characterized in that the vertical guidance mechanism of the launcher is made in the form of a telescoping adjustable telescopic thrust stand with a tube roller support. 3. Installation according to p. 1, characterized in that the leveling mechanism is fixed on the rotary machine with two perpendicularly fixed bubble levels and an additional platform for the level - goniometer. 4. Installation according to claim 1, characterized in that from the front of the control panel there is fixed a mounting platform strictly oriented relative to the central axis of the swinging control panel for installing quick-detachable equipment and devices. 5. Installation according to claim 1, characterized in that the universal cradle contains a lead-in to facilitate the installation of transport and launch containers, a locking mechanism and includes an ejection mechanism for empty transport and launch containers from the cradles, containing a mechanism with a plug docked with a transport electrical socket -launch container, and has a unified design.

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