Коганицкий Григорий. Part Four

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PART FOUR - FLIGHT BANSHEE

Continuation of the topic -

MEDIUM AND LONG RANGE TACTICAL STRIKE WEAPONS

http://samlib.ru/k/koganickij_g_a/banshee.shtml

PART ONE - CRUISE MISSILE OF VARIABLE GEOMETRY, HAVING RAMJET ENGINE WITH ADDITIONAL INJECTING/FEDDENG OF INLET AIR FLOW

http://samlib.ru/k/koganickij_g_a/turnskin_2.shtml

PART TWO - ANTI-SHIP MISSILE, HAVING RAMJET ENGINE WITH ADDITIONAL INJECTING/FEEDING OF INLET AIR FLOW

http://samlib.ru/k/koganickij_g_a/anti_ship_missile.shtml

PART THREE_A - GUIDANCE ALONG SPIRAL AND OVERCOMING MULTILEVEL ANTI-MISSILE DEFENSE

http://samlib.ru/k/koganickij_g_a/along_spiral.shtml

PART THREE_B_1 - OVERCOMING MULTILEVEL CONTINENTAL ANTI-MISSILE DEFENSE BY USAGE THE VIRTUAL MIRROR METHOD

http://samlib.ru/k/koganickij_g_a/virtual.shtml

PART THREE_B_2 OVERCOMING THE INSIDE CONTINENTAL LOCAL ANTI-MISSILE DEFENSE

http://samlib.ru/k/koganickij_g_a/overcominginside.shtml

Generals are always prepared to fight the last war.

Words from British Prime Minister Winston Churchill

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(C_Zelensky) ... "If there is no air defense to protect our energy system, and the Russians are attacking it, my question is: why can't we answer them? - Zelensky added. "Their society must learn to live without gasoline, without diesel, without electricity. It's fair".

I look at the hysterical attempts of Putin's russia (from a small letter) to shit in Ukrainian galoshes by destroying the energy system and thought - "What can be done in such a situation!?".

The answer came very simple, coming from the psychotype of Putin and his surroundings - this is a criminal riffraff. They understand the inadmissibility of their actions only when they RECEIVE A FULL-SCALE AND ADEQUATE "RESPONSE".

Ukraine has already begun something to implement a little, despite the hysterical reaction of the United States.

ATTACKS ON OIL HUBS.

Since the beginning of the year, the intensity of Ukrainian drone attacks on Russian oil refineries and oil hubs has increased. At the end of March alone, drones attacked oil facilities at least 14 times. Air strikes disabled part of the refineries equipment...

.... Drone attacks on Russian oil refineries and oil hubs, judging by the latest statistics, have begun to affect gasoline production in Russia. At the end of March, its production volumes began to fall: Rosstat reported a drop of 7.4% for the week from March 18 to March 24 compared to the previous week....

... According to Reuters calculations, as of the end of March, about 14% of Russia's primary oil refining capacity was knocked out of service due to drone attacks.

(C_ Helima Croft) ... Helima Croft, director of the investment bank RBC Capital Markets, suggested that drone attacks on oil refineries could have a greater impact on the Russian economy than current sanctions ...

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So, the question arose - how, IN RESPONSE TO THE KREMLIN BARBARISM COMPLETELY, destroy or destabilize the energy and industrial system of Russia!?

It turned out that it is very simple and inexpensive.

The answer lay in slightly modified technical solutions of the past.

Method of Countering Russian Attacks on the Ukrainian Energy System (full text in Russian was posted: 10/16/2022)

Abstract

The explosion of such charge leads to graphite threads dissipation and, when they hit power lines or electrical substations, leads to a short circuit and failure of connected devices - that is, it leads to the paralysis of power systems in a given area.

Does not involve casualties. One of the first uses dates back to May 2, 1999, during the attack of NATO forces on Yugoslavia ..."....

.... There are two purely technical problems: SHORT-TERM OF INFLUENCE - graphite dust is blown away by the wind and the DIFFICULTY OF ITS DELIVERY.

The first problem can be solved very simply - graphite dust is mixed with "cotton candy" (a popular child's sweet).

This mixture sticks to any slightly heated surface.

When a surface breakdown of the insulator occurs, a bridge of graphite forms on the caramel bond baked into the insulator, which is very difficult to clean.

Moreover, it can only be cleaned up this line if it is disconnected and grounded on both sides and only by a group of highly qualified specialists....

And if there are HUNDREDS of such "soiled" insulators appearing PER DAY...!?

How can this be accomplished?

Let's look - what has already had place?

It was - Japanese aerostat-bombs known as, - Fu-Go

(C) "The goal was to produce and launch 10,000 balloon bombs in the hope that they would cross the Pacific Ocean and fall on the United States causing massive forest fires and even, if they were lucky, starting fires in cities, causing mass panic.

Ultimately, approximately 9,300 balloons were launched by members of the Special Balloon Regiment from three points on the island of Honshu, ABOUT 8,000 KM off the coast of California. With good weather and a fair wind, FROM 200 TO 300 BALLOONS could be launched daily.

That is, with a similar attack, taking into account the predominant direction of winds at an altitude of 3-4 thousand meters - from Ukraine towards Russia, most of Russia could be covered with such attack.

HOW CAN THIS BE ACCOMPLISHED AT THE MODERN LEVEL?

A roll of thin polyethylene is taken (it is producted at the factory in the form of a pipe with a diameter of 1-1.5 m) and a flat lid and bottom are welded to an 8-meter piece.

It turns out a cylindrical of approximately 8-11 cubic meters.

The bottom cover is reinforced with inserts and metalized (it serves as a satellite dish); a patch is welded to the top cover from which a cable (fishing line) goes to a micro-winch attached to the bottom of the cylinder.

At the command of a barostat or satellite receiver, the winch pulls in the top cover towards itself, changing the volume and, accordingly to that, the flight altitude.

The balloon constantly makes vertical evolutions, controlling to a given altitude. The energy comes from the solar panel. At night, when there is no energy supply, the cylinder goes to its maximum height - for such a scheme and volume, apparently - 3-4 km

The barostat is a plastic box in which two membranes hermetically welded together as a bag. In the center of each membrane, on the inside, there is a copper contact with a diameter of approximately 10 mm.

The lower contact lies on the lid of the box (it is not shown in the drawing.) The upper contact is pressed against the lower one with its weight, closing the electrical circuit for the winch motor relay.

At altitude, the air in the hermetically welded membranes expands and the membranes open the contacts and de-energizing the relay, which, when turned off, closes the winch motor circuit and the cylinder begins to lose altitude.

The winch is rotated by an electric motor from the toy, through two plastic pulleys by a take-up belt from the tape recorder.

These balloons can dangle over Russia for months - well, until, on an external command, they change altitude and get caught on something... Well, for example, on the power line_500 and the wind begins to drive them along the power line, to the nearest insulator.

The detonation is carried out either by command from a satellite or by a sensor configured for a static cold discharge (it is always present in the insulator).

It can change the altitude without a command from the satellite, when the balloon approaches to a power line, by the command of a sensor configured for a magnetic field of 50 hertz.

Then, the cost of this ENTIRE device will be in the range of 10-15 dollars. ... The most expensive element is "cotton candy" ... :))

This device has two disadvantages - low selectivity and poor controllability due to the primitiveness of the design.

The device has poor selectivity and is not capable of identification of targets.

That is, with equal probability it will attack both the transformer substation and the hospital building in which the electromagnetic tomographic is located.

Therefore, in order to avoid violating the "laws of war", attaching anything more dangerous than "cotton candy" to it as a warhead is undesirable.

For this type of combat balloon, self-destruction system working by a timer or be radio command must be provided, in case the wind drives the device to the borders of countries adjacent to Russia.

Such a device will work well against energy networks and secondary substations. (end of abstract).

After shooting out of the graphite charge, the balloon releases part of the lifting gas and can continue to move along the route as part of its group, performing the function of meteorological reconnaissance and as part of radio countermeasures system, using the "hand bell method".

To work against stationary fuel and energy systems and industrial facilities, devices are needed: with greater payload capacity, that is, capable of carrying a sufficiently powerful warhead; capable of independently selecting a targets according to predetermined parameters and having a high operational reach.

Ideally, a grouping of such complexes should be able to cover the entire territory of Russia.

Such a device could be a combination of a disk balloon (1A) with a constant volume but that has variable static lift force, and the previously described cruise missile of short to medium range /unmanned aerial vehicle having a valveless pulsating or injected ramjet engine (depending on coverage radius targets under the balloon).

This combination can be made almost entirely of transparent polyethylene and composite materials and have low optical and radar signature.

The disk aerostat consists of a thin-walled polyethylene shell filled with hydrogen, on which, during manufacturing, turbine blades are formeded (2)

In the lower part of the balloon, in its center, an electric generator and an air pump (8) are coaxially fixed. Their cases are rigidly attached to the balloon shell.

A cruise missile (7) stabilized in azimuth by means of a rotating warhead (6) is installed on mounting bracket attached on common axis of this devices.

Moving under the influence of the wind flow, the disk balloon, due to the asymmetry of the turbine blades (2), begins to rotate relative to the azimuth-stabilized cruise missile, driving an electric generator and a reversible air pump.

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Inside the outer body of the aerostat, additional wedge-shaped sections (3) are located around its vertical axis.

Depending on the static lift force required at any given moment, these sections are pumped under pressure by outside air or vacuumed, changing the ratio of the volume filled with hydrogen to the total volume of the balloon.

By changing this ratio, the balloon can change its static lift and, consequently, its static flight altitude.

Choosing a static flight altitude allows to use wind currents going in the desired direction for aerostat flight.

The choice of static flight altitude is carried out based on the results of comparison of meteorological service data with instrumental measurement of the direction and strength of wind flow by equipment of the strike group's balloons.

The cost of such an inflatable structure, manufactured by companies specializing in equipment for water parks, ranges from 800-1500 dollars.

The total static carrying capacity for a balloon with a diameter of 11-12 meters and a height of 4-5 meters at a temperature of 18-20*C is within the range of 270-290 kg. Taking into account the weight of the cruise missile, auxiliary equipment and sensors, the detachable, autonomous, diving cruise missile accounts for at least 120-150 kg. This allows it to be equipped with a warhead from 40 to 50 kg.

The current position of the aerostat is determined by satellite tracking of the aerostat GPS trackers.

Each time its GPS trackers is tracked, a map of that geographic point with the possible location of the preferred targets is transmitted to the aerostat's processor.

It is possible to use an aerostat complex not associated with orbital satellites, but such a system will be much more expensive due to higher requirements for a fully autonomous navigation system, a large amount of high-speed cartographic memory and an intelligent control system.

When the aerostat complex operates together with orbiting satellites, the homing head transmits data from its GPS tracker to the satellites, tracks specific terrain signatures (thermal, electromagnetic and optical) under the aerostat complex, and compares them with the possible position of preferred goals which are transmitted from the satellite for this geographic point.

assume that a coverage/scaning radius of more than 50 km for targets in each flight point of the aerostat complex is not required, regardless of the full expected range and altitude of its flight.

If the identified signature matches the map of the possible position of the preferred targets at this geographical point, a cruise missile/drone is come uncoupled and went at the target.

After dropping the cruise missile/drone, the balloon continues to move along the route as part of its group, performing the function of air reconnaissance and radio countermeasures using the "hand bell method".

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Each balloon has an answering machine/repeater on the radio frequency of air defense radar stations (actually a tunable super-regenerative receiver).

The answering machine/repeater is rebuilt, either according to a predetermined program, covering the entire range of air defense radar stations, or having received a command to select the desired range from tracking satellites that scan emitting signatures in the area where a given balloon complex is located.

The repeater, after receiving a radar signal or echo-signal from another balloon complex, re-radiates it into the surrounding space.

As a result of this, the entire overflight zone of the balloon group will be covered by an interference of signals interconnected with the radiation of air defense stations.

It is important that such operation of balloons in radio countermeasures mode disrupts the operation of not only radars the air defense system, but also the operation of the answering machines of "FRIEND or FOE" of interceptor fighters, making it impossible to use them.

HOW IS IT SUPPOSED TO ORGANIZE AN ATTACK OF SUCH AEROSTATIC STRIKE GROUPING?

Such an attack, in order to achieve maximum impact and minimize the likelihood of an enemy retaliatory strike, should on considerable scale carry out destruction and disorganization of the enemy's fuel and energy structure within ONE to TWO days.

That is, such an attack, in its effectiveness and demoralizing effect, should correspond to a massive strike caused by a weapon of mass destruction.

Based on Japan's experience in using such weapons, FROM 400 TO 500 AEROSTATS can be released during the day.

The launch scheme will most likely be combined - two-thirds of cheap balloons carrying graphite "cotton candy" and a radio countermeasures module; and one third, of the total number, of high-tech aerostats carrying a cruise missile/drone with a shock core warhead.

First, in each group, simplified balloons are launched, carrying "cotton candy" and a radio countermeasures module, which illuminate and disorient the air defense of the border zone and prepare the collapse of the infrastructure inside the country.

Then a strike is struck by disk, "heavy" aerostats, which carry out the destruction of the specified targets.

As I wrote above, the attack will apparently be carried out by two waves.

Although it may be necessary to carry out a "third wave" attack, which, with a lag of approximately 24 hours, will destroy missed objects and tactical missile launchers emerging from protective tunnels to launch positions.

Коганицкий Григорий : другие произведения.

Part Four - Flight Banshee _engl

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Аннотация: (C_Zelensky) ... "If there is no air defense to protect our energy system, and the Russians are attacking it, my question is: why can"t we answer them? - Zelensky added. "Their society must learn to live without gasoline, without diesel, without electricity. It's fair".