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Противотанковые ракеты и ПТРК: мифы, в которые верят все

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Совершенно секретно: Герберт Ефремов — конструктор ракет и его военные разработки

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Управляемые ракеты или самонаводящиеся ракеты — какая система наведения ракет круче?

ракеты России и США

млн - ракеты России и США

Newsoldat

new soldat

нью солдат

ньюсолдат

боевые ракеты

противотанковые ракеты

птрк

противотанковый комплекс

противотанковая пушка

противотанковое оружие

ракеты ефремова

ракета

герберт ефремов

совершенно секретно

конструктор ракет

конструктор ефремов

конструктор ракетных систем

военные разработки

управляемые ракеты

самонаводящиеся ракеты

ракеты

система наведения ракет

баллистическая ракета

управление ракетой

армия россии

вооружение

оружие россии

00:00:03

what can be safely called pure

00:00:06

technical nonsense and where is the truth hidden in

00:00:09

the information about anti-tank missiles

00:00:13

the use of anti-tank missiles in Syria

00:00:15

showed that work on

00:00:17

weapons and sighting systems

00:00:19

is still an important component of the

00:00:21

success of army aviation; the use of

00:00:25

missiles for targeted destruction of targets

00:00:27

made it possible not only and Syrian

00:00:29

fighters, armored vehicles and heavy

00:00:31

weapons, but also practically destroy

00:00:33

front-line logistics; the same events in

00:00:36

Syria became another impetus for the

00:00:39

emergence of myths about Potter, which you

00:00:42

will learn today, welcome to the new soldier

00:00:44

and this issue is dedicated to the truth, the whole

00:00:47

truth about anti-tank missiles, ah,

00:00:49

look carefully so as not to be

00:00:51

mistaken, so we are starting Russian

00:00:56

anti-tank missiles, or more precisely Tuk

00:00:58

Tours, this is the worst waking nightmare for the

00:01:01

North Atlantic Alliance, at

00:01:03

least that’s what the articles of the

00:01:05

American analytical publication on

00:01:07

military political topics, National

00:01:10

Interest, published back in July 2018,

00:01:13

according to the authors of the publication, the United

00:01:16

States while they can catch up with Russia in

00:01:18

this area and by the way,

00:01:21

little has changed in this regard over the past two years,

00:01:24

so

00:01:25

apparently Russia is

00:01:26

the leader in high-explosive fragmentation and

00:01:29

thermobaric warheads for

00:01:30

anti-tank missiles, here we better

00:01:32

specify guided missiles

00:01:34

since almost every missile in the

00:01:36

inventory of the Russian army has

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variants with these warheads,

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defense and

00:01:42

national security specialist Charlie Golem writes, according to

00:01:45

him, Russian weapons are capable of

00:01:47

hitting targets with a

00:01:48

diameter of only a few meters at a

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range of more than 5 kilometers, the accuracy of

00:01:53

anti-tank guided missiles can

00:01:55

be useful in battles with infantry and

00:01:57

enemy firing points,

00:01:59

Charlie Golem also noted that very often

00:02:02

anti-tank missiles

00:02:03

9-m 120 e are used on helicopters,

00:02:06

for example, rotorcraft

00:02:09

equipped with 50 anti-tank missiles were used by the Russian

00:02:11

Air Force in Syria, according to the author of the material,

00:02:15

the states cannot catch up with Russia in terms of armament with

00:02:16

anti-tank guided missiles

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because they have at their

00:02:21

disposal only one ground-based

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modification of the anti-tank missile

00:02:24

system with a warhead by g m-71 as much as a

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banker,

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however, the most serious problem

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is the cost of installations;

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therefore, the statement that

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Russian anti-tank missiles are the

00:02:38

worst waking nightmare for the

00:02:40

North Atlantic Alliance

00:02:42

is not a myth at all, it is a completely logical

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conclusion of a sane person,

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what do you think, friends, share in

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comments under the video with your

00:02:51

thoughts on this matter and we

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will continue today in the West there is a

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widespread misconception regarding the

00:02:57

capabilities of the self-propelled

00:02:59

anti-tank complex Chrysanthemum s

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for some unknown reasons, perhaps

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this is just another attempt at self-deception,

00:03:06

but there it is perceived as a purely

00:03:08

defensive weapon, meanwhile, according to the

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calculations of domestic experts

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3 The launchers of this self-propelled anti-tank

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missile are well organized and the positions,

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even in difficult weather conditions,

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can guarantee the destruction of an entire

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tank company of 12 and 14 tanks, while the

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type of target is

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not of great importance; the

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combined guidance system and

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ammunition for various purposes

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allow the destruction of both firing points and

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fortifications, as well as air

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the enemy's goals,

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by the way, Russian anti-ship missiles, no matter how they are

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perceived in the West, have long been of interest to

00:03:43

American specialists;

00:03:44

the decades spent on studying

00:03:46

weapons of destruction were not in

00:03:48

vain for the latter.

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Almost every year, authoritative American

00:03:52

agencies recognize our anti-ship missiles as the

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main threat to the existence of

00:03:56

armored vehicles on the battlefield. The first experiments of

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Soviet specialists with an anti-tank

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complex the hornet developed back in the

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50s showed that the correct path

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to creating effective weapons

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necessarily includes the ability to

00:04:10

create a mass product

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that can be used on the battlefield with minimal

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training;

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the success of the hornet in combined arms

00:04:17

operation will allow developers to make

00:04:19

significant progress in the process of

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creating a truly universal

00:04:24

weapon to destroy armored vehicles

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there, the data obtained during operation

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was created by one of the most massive

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Soviet anti-tank missiles, affectionately

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called the baby complex, the first

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generation complex turned out to be extremely

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effective already at the initial stage of

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operation, anti-tank missiles were

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capable of hitting the target at a maximum

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distance of

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2000 meters, however, the main problem of the

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first anti-tank missile generations that include the

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baby hornet had low

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ammunition efficiency and not the

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highest accuracy at distances above

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one and a half thousand meters and this is

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not a myth at all but the real truth,

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these shortcomings were identified almost

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immediately and completely different technological solutions were applied to the second generation anti-tank missile

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systems

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o k r

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for the second generation complex, one of the most

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important tasks was the improvement of the

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guidance system as a result of the

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second generation anti-tank missile system, representatives of

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which were the bassoon metis and the competition

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received a semi-automatic

00:05:26

guidance system thanks to which the likelihood of the

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aiming mark of the ammunition

00:05:31

leaving the trajectory after launch was

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minimized and

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increased significantly and launch range in the

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early seventies,

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ground forces units in the USSR

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armed with complexes significantly

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expanded their ability to fire at targets

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and could confidently hit armored

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targets, tanks and infantry fighting vehicles from a

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distance of two and a half thousand meters,

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what do you think, friends, should

00:05:56

the West keep up with our military developments,

00:05:58

share your thoughts on this issue

00:06:00

in the comments under the video and we move

00:06:02

on, a similar concept was implemented in the

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United States, according to the plan of the

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American military,

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anti-tank grenade launchers were supposed to

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have older brothers with the help of

00:06:13

which the ground forces were supposed to

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solve a core problem, however, the method

00:06:18

chosen for the implementation of 1

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anti-tank missile system then

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became in one row with the second-generation Soviet anti-tank missile system was

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significantly different

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from the approach chosen by domestic

00:06:29

weapon developers. The main

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feature of the American complex is its

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dimensions,

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from the first versions of the anti-tank missile system to this

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day, at least three people are required for the rapid carrying and

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rapid deployment of the complex;

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moreover, with similar characteristics

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of the Soviet and American complexes in the

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silhouette of the operator together with the

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launcher are at least half a meter

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poor against the backdrop of the terrain,

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turning a person and an anti-tank missile ready for work

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not so much into a threat to the tank

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as into a target for a sniper, with all the

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shortcomings the complex was almost the

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perfect embodiment of the American

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the idea of how a

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truly mass product should look and work

00:07:08

when compared with Soviet complexes,

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American ones turned out to be

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several times higher in cost on average; the price for

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such complexes varied between

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sixty

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and with us thousands of dollars, even despite the fact

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that the Pentagon has

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always generously allocated money for various

00:07:24

mass-produced types of weapons for the ground

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forces cannot be called a budget option,

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and the American anti-tank system still remains an

00:07:31

unaffordable luxury for most

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sane buyers,

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military expert Sergei Ivanov noted in an interview with the Star channel at one time,

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high mobility, ease of

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deployment and the minimum time

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required for training personnel

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were newly packaged by domestic

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anti-tank missile specialists with expanded

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combat capabilities, the complex,

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called the cornet, was not used by

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the Russian military in armed

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conflicts; however,

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this type of anti-tank missile was eagerly purchased by foreign

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customers, who were impressed by the performance and

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armor penetration after the conflict of

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Israeli tank crews and damage to

00:08:08

almost 50 only according to official data of

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Merkava tanks during the second Lebanese

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war in 2006, domestic

00:08:14

anti-tank systems began to be

00:08:17

perceived not only as a tool

00:08:18

for targeted destruction of targets and this,

00:08:21

by the way, was another myth that arose out of

00:08:23

nowhere literally out of the blue, but also

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as an effective means for creating a

00:08:28

so-called denial of access zone

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and 2a d within the zone responsibility of

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ground forces units,

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after analyzing the combat use of the

00:08:38

complex on Israeli armored vehicles,

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it became clear that it was

00:08:42

no longer possible to use heavy armored vehicles in the old way, Nari

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stations were more than 3000 meters 60 tons and

00:08:48

the tanks

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were more like clumsy

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targets installed in an open field than

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lethal military equipment,

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later the cornet underwent a serious

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modernization at based on the anti-tank

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missile system, an ultra-

00:09:03

long-range modification of the cornet d was created with a

00:09:07

launch range increased to 10,000 meters; qualitatively different combat

00:09:10

capabilities automatically brought the

00:09:12

domestic complex to first place

00:09:14

among similar weapons.

00:09:17

A little later, mobile platforms were added to the wearable version of the

00:09:19

complex with a tandem on a cumulative

00:09:21

warhead.

00:09:23

Among which was the

00:09:25

tiger armored car,

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in addition to purely anti-tank missions,

00:09:29

such complexes have long made it possible to

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carry out

00:09:32

extended combat work, hitting lightly

00:09:34

armored vehicles, buildings, manpower

00:09:37

and even combat helicopters,

00:09:39

American military expert Charlie Gou

00:09:41

noted that over a long

00:09:43

period of time, Russian complexes

00:09:45

will pose a mortal threat

00:09:47

to any armored vehicles since the

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missile launch range of

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8000 meters or more makes domestic

00:09:53

anti-tank missiles a difficult target for any countermeasures,

00:09:57

while the warhead of the carnet de anti-tank missile

00:10:00

is comparable in power to

00:10:02

artillery ammunition and after a

00:10:04

missile hit, any even heavily

00:10:06

armored vehicle will be

00:10:07

guaranteed to be disabled;

00:10:10

American experts were unable to repeat the successes of the cornet

00:10:12

still the most

00:10:15

modern version of the complex

00:10:16

allows operators to hit targets at a

00:10:18

distance of 3600-3700 meters with

00:10:23

ultra-modern portable

00:10:24

systems ja belen the situation remains

00:10:26

ambiguous

00:10:27

since the start of operation of weapons of this

00:10:30

type in the us army for this we should

00:10:32

thank the developers for a fresh look

00:10:34

at the process of combating enemy armored vehicles

00:10:36

led to the fact that the most

00:10:38

modern anti-tank system

00:10:40

turned out to be extremely vulnerable to interference,

00:10:42

which is not

00:10:44

difficult to install, and the launch range turned out to be

00:10:46

noticeably lower than less technologically advanced anti-tank missiles -

00:10:49

only two and a half thousand meters;

00:10:51

Jamil did not become a mass product,

00:10:54

largely due to the monstrous cost per

00:10:56

unit the complex is fully ready for combat work, the

00:10:58

manufacturer asks for just under

00:11:01

250 thousand dollars, despite the high

00:11:04

cost, the complex is still vulnerable

00:11:06

to a number of countermeasures

00:11:08

and does not deserve the title of a miracle weapon, it is a

00:11:11

convenient kit for use at the

00:11:13

squad level, but the

00:11:15

US Army had to implement the fired-forgot principle

00:11:17

pay

00:11:18

very serious money after all, this is a

00:11:21

new technology

00:11:22

and a different approach to combat work, hence the

00:11:24

complexity and high cost and problems with

00:11:27

noise immunity, military expert Vasily Kashin noted in an interview with the

00:11:29

star,

00:11:32

but let’s go further through the myths about the three

00:11:36

anti-tank missiles, one of the main myths from which, in

00:11:39

theory, and it was necessary to start our today's

00:11:41

issue that says that Soviet tanks at one

00:11:44

time received smooth-bore guns

00:11:46

only in order to be able to

00:11:48

fire missiles, well, okay,

00:11:51

let there be such a

00:11:53

misconception in the West, but we know the

00:11:55

following sequence of events:

00:11:58

1962, the appearance of the first serial

00:12:01

tank T-62 with a smooth-bore gun

00:12:05

1976 appearance of the T-64 b with the 9

00:12:10

m112 Cobra complex see the difference T-62 became the

00:12:14

first production tank with a smooth-bore

00:12:17

gun and the T-64 became one of the first

00:12:19

tanks that combined a smooth

00:12:22

barrel and the ability to use anti-tank missiles and the

00:12:24

main caliber, let's remember something else

00:12:27

in connection with this myth, the missiles of the

00:12:30

9-m 116 family had several

00:12:33

versions, but the version we need, the

00:12:35

100-mm Bastion missile

00:12:37

complex, was developed for MT-12 guns

00:12:40

and 100 mm

00:12:42

D-10t 2 s guns Let us remind you that these are rifled

00:12:45

guns originating from

00:12:47

100-mm guns from the times of the Great

00:12:49

Patriotic War, and yet it is

00:12:51

quite possible

00:12:53

to launch missiles from rifled barrels, a vivid example

00:12:55

of the modernity of the BMP-3

00:12:57

and anti-tank guns fable, it also has an index of

00:13:01

9-116 and belongs to the family of

00:13:03

brass knuckles and Along with the bastion, it is in

00:13:06

service with the CIS army.

00:13:08

If we talk about foreign analogues, then

00:13:11

let's mention the American

00:13:13

M-62 Starship and the light M 551

00:13:17

Sheridan; they had a 150 2 mm

00:13:20

launcher with a rifled barrel; in the

00:13:23

nomenclature they were satisfied with the well-known

00:13:24

She Leila missiles,

00:13:26

which in the sixties were considered

00:13:28

one of the best in the world

00:13:30

let's move on to the next myth it sounds

00:13:33

like this missiles are easy to control

00:13:36

this myth appeared thanks to

00:13:39

second generation systems which are based on the

00:13:41

principle of laser guidance

00:13:43

it would seem that here it is complicated to point

00:13:45

the laser at the target and that’s it but in practice everything is

00:13:47

somewhat different the missile is the same as

00:13:50

the plane can lose control as a

00:13:52

result of sudden changes in course; in

00:13:55

reality, this is unlikely, but

00:13:56

shooting at moving targets can be

00:13:59

difficult due to the relief of weather

00:14:01

conditions and the nature of the price movement, but this is

00:14:05

according to the second generation TRC with the first

00:14:07

missiles, everything was rigid;

00:14:09

they were controlled by a radio command, often with the

00:14:13

help wires, but the point here is not the

00:14:15

wire, which is limited in length, but in the

00:14:17

joystick, did you once try to drive a

00:14:19

ball into a puddle

00:14:20

through a maze, if so, imagine

00:14:22

that you need to repeat something similar

00:14:24

using a joystick, but your ball is a

00:14:27

rocket Alla for an enemy tank with

00:14:31

third generation missiles not much

00:14:33

simpler, most of these missiles do not need

00:14:36

constant accompaniment, but in

00:14:38

order to set a target you need to hold it

00:14:40

for some time. Another

00:14:43

latest myth for today concerns the

00:14:45

optical-electronic suppression complex

00:14:47

on the T-90; it is mostly

00:14:50

really large,

00:14:51

but only in front second

00:14:53

generation missiles, this is not all the reasons lie in the

00:14:56

vine itself, any laser has its own wavelength

00:14:59

for different complexes, it differs, which

00:15:02

can affect the stability of the missile during

00:15:04

flight, if we talk about other missiles,

00:15:07

it is absolutely useless in front of the

00:15:09

first generation TRC and many missiles 3

00:15:12

yet some third-

00:15:15

generation missiles remember the target thanks to a

00:15:17

laser, and in this case it can

00:15:19

introduce inaccuracy in guidance or shoot

00:15:22

it down completely, but optics electronic suppression does not

00:15:25

affect television and

00:15:26

thermal imaging guidance heads, what

00:15:32

requirements must

00:15:34

Russian weapons development meet in order to be

00:15:36

competitive in the global

00:15:38

arms market reliably and cheaply This is how the

00:15:45

outstanding designer of ballistic

00:15:47

missiles for satellites and orbital stations,

00:15:49

Herbert Efremov, spoke about his smart missiles back in 2013.

00:15:51

In 1963, we had to

00:15:54

respond with something to the deployment of thousands of Minuteman missiles by the United States,

00:15:58

but what does he continue with, as he asks himself to

00:16:00

call himself, the rocket scientist dossier Herbert

00:16:05

Aleksandrovich Efremov year of birth 1933

00:16:08

designer of systems weapons gmf strategic missile forces and

00:16:12

space forces

00:16:13

professor ngt named after Bauman hero of

00:16:16

socialist labor

00:16:18

among his developments intercontinental

00:16:21

rockets of the ul 100 family space

00:16:23

rocket complex arrow

00:16:25

space station diamond satellites

00:16:28

condor and ruslan anti-ship

00:16:30

complex and malachite basalt granite

00:16:32

bastion yakhont russian indian

00:16:35

brahmos named after the designer a minor

00:16:39

planet of the solar system is named in the

00:16:40

freemove coat of arms in 1963, we had the

00:16:45

R-7 Korolev rocket in development,

00:16:47

all manned launches are still

00:16:50

provided by rockets of this family,

00:16:52

says Herbert Aleksandrovich, after

00:16:55

Andrei Sakharov’s calculations, the volumes of

00:16:57

dimensions are 3 megatons, the oh warhead

00:16:59

Korolev determined the appearance of the rocket,

00:17:02

the result was a product weighing almost 300 tons

00:17:05

and a flight range of

00:17:06

eight thousand kilometers, but the rocket

00:17:08

required a gigantic

00:17:10

launch complex and it took three days to refuel it, in

00:17:13

other words, the rocket is not combative, the next

00:17:17

stage was the

00:17:19

R-16 intercontinental missile, if the Royal Seven

00:17:22

was refueled for three days, then the R16 was already only three

00:17:25

hours of progress but only after the

00:17:27

discovery of

00:17:28

American missiles we had only

00:17:30

twenty minutes for a response launch; in

00:17:32

addition, the

00:17:33

fueled missile could not

00:17:35

remain on combat duty for a long time, 10 days

00:17:37

maximum up to a month, after which the missile

00:17:40

had to be disposed of and then Khrushchev

00:17:43

called the Minister of Aviation

00:17:44

Industry Dementyev and ordered

00:17:48

you and chelomey he distinguished himself by developing

00:17:50

cruise missiles

00:17:51

make some kind of answer to America and that’s how the

00:17:54

famous missiles of the feeling series appeared,

00:17:56

they were initially filled with nothing, it

00:17:59

doesn’t leak fuel heptyl and amyl

00:18:02

ampoule zero wanna the missile has been on combat

00:18:05

duty for decades and today weaving is

00:18:08

still reliable and then they were

00:18:10

almost 80 percent of the missile

00:18:13

surface ships and one hundred percent of the

00:18:15

submarines of the USSR are equipped, friends, what do you think, are

00:18:18

hundreds really a breakthrough

00:18:20

for their time and a worthy response

00:18:22

to America, speak out in the comments

00:18:24

under the video about this and we will continue

00:18:26

the course, it has the longest periods of

00:18:29

being on combat duty and is now

00:18:31

in service maintaining combat

00:18:34

effectiveness landing launched a model of a

00:18:36

condor weighing one ton with perfect

00:18:39

accuracy for launching

00:18:41

spacecraft np mechanical engineering at one time

00:18:44

began work on creating a cosmodrome

00:18:46

free at the site step of combat

00:18:49

missiles course then it was simply

00:18:51

proposed to remake one silo for launching

00:18:53

hundreds of hundred satellites, including those with

00:18:55

contours, to convert a combat missile into a

00:18:58

space carrier, a minimum of work is required; the

00:19:00

warheads are removed and a set of

00:19:03

means of overcoming the enemy; a

00:19:04

satellite and a new fairing are installed, that

00:19:07

is, the program is not financially costly for the

00:19:09

country; however, paradoxical as it may

00:19:12

sound, it turned out to be due to the cheapness

00:19:14

unnecessary

00:19:16

why a cheap small cosmodrome

00:19:18

began to be built in its place by an expensive one and the great

00:19:20

eastern says Efremov

00:19:22

it can be used for flights to

00:19:24

Mars no one is interested and the cheap

00:19:27

rocket continues the designer instead of it

00:19:30

on the basis of weaving they

00:19:31

developed a rumble with an upper stage

00:19:33

instead of the third stage and a new control system

00:19:36

but it several times more expensive than a hundred and

00:19:38

what do you think friends is

00:19:40

better reliable and cheap or just expensive

00:19:43

leave your answers to this question in the

00:19:45

comments under the video and we move on they

00:19:48

gave me from the customer learn to

00:19:51

manage money I, as

00:19:53

defending projects without kickbacks and

00:19:54

cuts, was not needed

00:19:56

they named righteous, the project was approved but

00:19:59

not accepted, recalls Herbert Aleksandrovich, everyone

00:20:02

wants to fly to the moon, although why do we need this? China,

00:20:05

Japan, India for prestige, and we already

00:20:09

flew around the moon 40 years ago, why in

00:20:11

space do people

00:20:14

need nothing except the earth?

00:20:15

people still cannot enter a

00:20:17

blast furnace,

00:20:18

although this is necessary, the ocean must be developed so-

00:20:21

called ambitious projects, this is once

00:20:24

the gutting of money and the employment of huge

00:20:26

teams before

00:20:27

Tsialkovsky is needed who will be

00:20:29

engaged in flights to Mars, but in

00:20:31

small quantities we have gas in the

00:20:33

villages, there are no roads, and the villages themselves are

00:20:36

becoming fewer

00:20:37

Chinese, Indians, Mars rovers and the lunar rover

00:20:39

is needed for them, things for us are only

00:20:42

repetitions of what has been passed, we took these peaks

00:20:44

a long time ago from older generations,

00:20:47

Gagarin was his smile became a symbol of the era,

00:20:50

and for the generation of zero, a

00:20:52

robot from orbit will smile more important than the smile of a person on

00:20:55

earth shares his opinion Efremov is

00:20:57

convinced that our main idea is

00:21:00

the well-being of our people and something

00:21:02

else and space should only

00:21:04

work for welfare and you can fly to the march

00:21:07

with the remaining money after

00:21:09

implementing all pragmatic priorities,

00:21:12

we note that nevertheless Herbert

00:21:15

Aleksandrovich always actively participated

00:21:16

in the creation,

00:21:17

for example, of a complex with cruise missiles

00:21:19

for firing at ground targets from

00:21:21

submarines 5 out of 5 each meteorite and

00:21:24

others,

00:21:25

as well as anti-ship missile

00:21:27

systems in honor of p35 progress amethyst

00:21:30

malachite basalt volcano granite and onyx

00:21:34

which one is your favorite which one is special

00:21:37

they are all special they all went one after another

00:21:40

gradually complementing

00:21:42

developing the direction of these works talks

00:21:45

about missiles Herbert Aleksandrovich in

00:21:46

an interview with Tass, they were not only named

00:21:49

after the stones, but also had their own

00:21:51

twist, the designer admits amethyst

00:21:54

and malachite are

00:21:55

complexes with underwater launches, the

00:21:57

amethyst complex was intended for

00:22:00

striking aircraft carrier groups, with

00:22:02

convoys and landing troops,

00:22:05

new principles

00:22:07

of design and manufacturing were found during its development

00:22:09

sealed structures of cruise missiles,

00:22:12

for the first time, designs of a

00:22:14

sealed missile body without

00:22:16

operational hatches were created, sealed

00:22:18

connections of compartments of pressurized cable entries,

00:22:21

pipelines and a mechanism in the

00:22:23

wing console for their folding and

00:22:25

automatic deployment on the underwater

00:22:27

part of the movement, the problem of the

00:22:30

wet method of launching a missile was solved, the launch was

00:22:33

carried out from sealed containers, we fill them

00:22:36

water before the launch, the amethyst had an

00:22:38

autonomous on-board control system

00:22:40

implemented on the principle of fire and

00:22:43

forget; the control system

00:22:45

included an autopilot, a radio altimeter, an

00:22:48

analog computer and a

00:22:50

radar homing head; the

00:22:52

computing device itself selected a

00:22:54

target from several detected ones

00:22:56

based on an analysis of the energy

00:22:58

characteristics of the

00:23:01

radar head signals reflected from the target and

00:23:02

geometric signs of the location of

00:23:04

targets in the resulting radar

00:23:06

picture, for example, the place of an aircraft carrier in an

00:23:09

aircraft carrier order,

00:23:11

when creating amethyst,

00:23:13

many problems had to be solved related to the dynamics of the

00:23:15

movement of a rocket under water, as well as the

00:23:17

transition from the aquatic environment to the air; at

00:23:20

the enterprise, a special laboratory was organized

00:23:23

with a hydra pool and a model of a

00:23:25

submarine; a lot of work was carried out launches of

00:23:27

model rockets and under various initial

00:23:29

conditions during the operation of the

00:23:32

Amethyst complex, the process of monitoring serial

00:23:34

tests and launches according to the combat

00:23:36

training plan, the rocket showed excellent

00:23:38

results, exceeding the

00:23:40

reliability requirements laid down in the TAZ,

00:23:44

Amethyst was the world's first complex with an

00:23:46

underwater launch, the experience gained during

00:23:49

its development was used in

00:23:51

the future in the creation of a

00:23:52

mechanical engineering event for

00:23:53

new missile systems that are

00:23:55

still in service with the Russian Navy.

00:23:58

Following the amethyst, the erp team of its

00:24:00

mechanical engineering began developing

00:24:02

missiles and p120 malachite, the ability to

00:24:05

launch both from a submarine in an

00:24:07

underwater position and from a surface

00:24:08

ship missiles 120 each was made according to a

00:24:12

normal aerodynamic design,

00:24:14

had a folding wing and externally repeated the

00:24:17

p70 rocket, the launch weight was

00:24:20

3180 kilograms, the high-explosive fragmentation

00:24:23

warhead was 840 kilograms, the

00:24:26

fundamental difference between malachite and

00:24:29

amethyst was the launch unit,

00:24:30

which provided the possibility of both underwater

00:24:33

and surface launch, it consisted of two

00:24:35

solid propellant starting engines and

00:24:37

two underwater engines, which were

00:24:40

additionally installed on missiles

00:24:42

launched from a submarine from the end of

00:24:45

1975 until the middle of 1980,

00:24:49

modernization of malachite was carried out; the

00:24:51

reliability of the on-board control system was increased; the

00:24:55

sensitivity of

00:24:57

noise immunity and selectivity of the

00:24:59

homing head was significantly increased; the

00:25:01

time for generating commands in the ship's

00:25:03

control system was reduced Danube 1234

00:25:07

improved 3 container

00:25:09

launcher

00:25:10

despite the fact that in 1991 95

00:25:14

submarines of type 670m equipped with

00:25:17

p120 were excluded from the

00:25:20

Russian Navy the milk is still in

00:25:23

service with many small ships of the fleet, however one of

00:25:26

its developers Herbert Efremov is

00:25:28

the most complex and interesting development

00:25:30

considers other things a naval missile

00:25:32

granite it was created in 1968 sixty-

00:25:37

nine 1972 and they showed the

00:25:40

country's leadership it was in

00:25:42

Severomorsk

00:25:43

they came there and Brezhnev smartphone buckwheat

00:25:45

where they were shown various samples of

00:25:47

naval weapons recalls the

00:25:50

designer Efremov and his colleagues were also sent

00:25:53

there for 10 15 days Before the

00:25:55

start of this visit, in one hangar

00:25:57

there were mock-ups and live samples of military

00:25:59

equipment with missile and space technology; by

00:26:02

that time we had already shown

00:26:04

reconnaissance aircraft from my radar, sea and

00:26:06

space interceptors, says

00:26:08

Efremov, and in the second hangar, Makeev, the

00:26:11

creator of the scientific design school of

00:26:13

naval strategic rocketry of the

00:26:15

Soviet Union and

00:26:16

ballistics was shown in Russia and we were preparing

00:26:19

speeches there, on each sample there was an

00:26:22

admiral or a captain of the corresponding

00:26:24

rank and he reported,

00:26:26

Herbert Aleksandrovich says, and when we

00:26:28

walked together around our hangar, there were poppies

00:26:31

and fci with us, and in their hangar we left, we listened with them, there are

00:26:34

no boundaries, this was the first

00:26:36

anti-ship missile that had a

00:26:38

powerful computer on board and

00:26:41

this made it possible even then to use these

00:26:43

capabilities, the designer concludes, by the way,

00:26:46

it is still in service with

00:26:48

submarines of the

00:26:49

Antey project, another family of

00:26:51

anti-ship missiles of the great

00:26:53

designer is Onyx Yakhont Brahmos Onyx is a

00:26:57

domestic development that

00:26:59

began in In 1982, on the instructions of the fleet,

00:27:02

then there was a variation of the yacht, then a

00:27:05

joint project with India

00:27:07

Brahmos appeared in the 1990s,

00:27:10

but almost all of them are on the same basis and

00:27:12

they have a lot in common, while

00:27:15

the designer emphasizes that all our

00:27:17

anti-ship and strategic

00:27:19

cruise missiles can carry nuclear and non-

00:27:21

nuclear charges, except for missiles supplied

00:27:24

through military-technical cooperation,

00:27:25

tests of the brahmos variant have recently been carried out,

00:27:27

and on the Indian

00:27:29

converted Su-30mki fighter,

00:27:32

according to Efremov, universalization has been carried out

00:27:35

not only for complete

00:27:37

deployment on carriers, but also for

00:27:38

intended purposes, that is, it is already

00:27:41

anti-ship and high-precision

00:27:43

missile against ground targets, a

00:27:45

system of cruise missiles, the meteorite,

00:27:47

unified across all types of

00:27:48

basing, leveled out the strategic

00:27:51

confrontation between the United States and

00:27:52

cruise missiles similar to them in the world have not

00:27:55

yet been created; the uniqueness of the

00:27:57

meteorite was that

00:28:00

the missile, fired at a speed of almost Mach 3, was

00:28:02

invisible to air defense systems

00:28:03

as soon as she felt the impact of the

00:28:05

enemy radar, immediately

00:28:07

disappeared from its screens,

00:28:09

radar maps of

00:28:11

the area were stored in memory and this allowed the meteorite

00:28:13

to adjust the trajectory of its flight, the

00:28:15

missile was tested at ground-based stands at the

00:28:18

coastal ground complex,

00:28:20

submarines and a Tu-95 aircraft, in

00:28:23

total, about 70 launches were carried out,

00:28:26

the work was completed in In 1990, however,

00:28:30

due to the collapse of the Soviet Union,

00:28:32

the missile was not put into service

00:28:35

[music] is it

00:28:36

necessary over time to completely abandon the

00:28:39

use of guided missiles and

00:28:41

completely switch to

00:28:43

homing, guided,

00:28:51

homing missiles, who is cooler? Guided and homing missiles are the same thing,

00:28:53

no, not all weapons

00:28:56

guided is self-guided,

00:28:59

the concept of homing

00:29:02

refers only to the situation when the missile, by its

00:29:04

own efforts, tracks the target and

00:29:07

independently decides where to

00:29:09

fly in order to meet it,

00:29:12

no one gives commands to the missile, the maximum is that they

00:29:15

highlight the target so that the onboard sensors of the

00:29:17

missile can clearly distinguish what the

00:29:20

systems may be Guiding them can be reduced to

00:29:23

three methods according to known

00:29:26

inertial coordinates, using target radiation;

00:29:29

passive, using a reflected

00:29:31

signal; active; the essence of the methods does

00:29:35

not change, but the speed, range and

00:29:38

accuracy increase to such an extent that

00:29:40

modern missiles may not have

00:29:42

a warhead and destroy the target with a direct

00:29:45

hit; well, come on Let's go through them

00:29:47

in more detail. The inertial guidance system is the

00:29:50

simplest and the very first of all. The

00:29:54

inertial guidance system of a rocket,

00:29:56

knowing its coordinates at the moment of start,

00:29:58

the speed of the flight direction can

00:30:01

calculate the current coordinates and

00:30:03

correct the course. What's good about such a

00:30:05

solution? The

00:30:06

inertial navigation system is completely

00:30:09

autonomous; it does not need hints from

00:30:11

the parties are not afraid of any interference and its work does

00:30:14

not unmask itself in any way; the main

00:30:16

disadvantage is relatively low

00:30:18

accuracy; the greater the distance, the

00:30:20

greater the error and speed of operation, and

00:30:22

not yet the ability to aim at a

00:30:24

moving target;

00:30:25

the system is reliable and simple, but

00:30:27

not accurate enough

00:30:28

in the case of shooting at London from the coast of

00:30:31

France this was almost enough, but what to

00:30:34

do in the case when the target is moving; the

00:30:36

inertial guidance system

00:30:39

is controllable; the

00:30:41

command method of controlling the missile can be by

00:30:44

transmitting a command to it via radio or

00:30:47

wire; so the radio command

00:30:49

guidance method was used in Soviet anti-aircraft

00:30:51

missile systems with 25 Berkut and 75 2

00:30:55

na and in the USA

00:30:56

meme 3 other kayaks we have fourteen on the

00:30:59

Hercules control was carried out by the earth,

00:31:02

the trajectory was calculated by the so-called

00:31:04

calculation for the decision device, an actual

00:31:07

analog computer of those times, the

00:31:09

rocket itself did not see anything, did not hear and did not

00:31:11

decide, it flew according to commands from the earth,

00:31:14

unlike inertial rockets,

00:31:16

which have navigational means Always with you

00:31:18

among the air-to-air class, command

00:31:21

guidance by wire was used in the

00:31:23

German Ruhr Stahl x4 in 1943, on the

00:31:27

basis of which

00:31:29

the anti-tank x7 later appeared. Control by

00:31:31

wire is used and is now used in

00:31:33

anti-tank missiles such as the

00:31:35

French complex Milan,

00:31:37

Soviet bassoon or American Comrade

00:31:39

True, in contrast from the first

00:31:41

anti-tank systems, they have a

00:31:43

semi-automatic missile guidance system

00:31:44

and the operator only holds

00:31:47

the sight on the target; they control it

00:31:49

directly; the main advantage of the

00:31:51

command method is considered to be the cost

00:31:53

on the missile; there is no need to place

00:31:55

navigation equipment;

00:31:57

this means more space is left for fuel

00:31:59

or a warhead; cons; the radio channel is vulnerable

00:32:03

to interference; it is simply possible muffle

00:32:05

and the wires have a limited length;

00:32:08

moreover, as the distance to the target increases,

00:32:09

the accuracy decreases, since the missile

00:32:12

does not emit anything and does not help its

00:32:14

station or operator in any way. The output command

00:32:17

method is

00:32:19

semi-actively controlled and the missile guidance itself with

00:32:22

this method of the target receives a

00:32:24

ground-based radar or on a water missile

00:32:26

system or aircraft, the rocket uses

00:32:29

such illumination, receives the reflected

00:32:31

signal and, based on it, calculates its

00:32:33

trajectory. The British fair flash rocket

00:32:36

was the first to implement such a

00:32:38

method back in 1949, it was

00:32:42

simply aimed at the very center

00:32:44

of the radar beam,

00:32:45

so it was not just necessary

00:32:47

shine on the target with a radar and also

00:32:50

precisely hold the sight on it

00:32:52

in English it was called bim raider,

00:32:54

loosely translated control I will get the

00:32:57

same principle is now used in

00:32:59

anti-tank missile systems and

00:33:01

air-to-surface missiles only in the

00:33:03

case of armored vehicles laser beam,

00:33:05

examples include

00:33:07

hellfire originally from the USA and the Soviet whirlwind,

00:33:10

the most famous air-to-air missiles

00:33:13

with a semi-active system were

00:33:14

the American and their heart is first

00:33:17

and the Soviet R27, their main drawback

00:33:20

was the need for constant illumination of the

00:33:22

target by the aircraft, the output is semi-active and the

00:33:26

missile guidance itself

00:33:27

is, so to speak, semi-

00:33:29

controlled and you What do you think friends,

00:33:32

share your thoughts on this

00:33:34

in the comments under the video, we will continue

00:33:38

control through a rocket in 1943 in the

00:33:42

USA, as part of the Gorgon project, the

00:33:44

possibility of control

00:33:46

using a video camera installed on a

00:33:48

rocket was tested; the camera presented an image to the

00:33:50

operator who controlled the flight;

00:33:53

this method was called control

00:33:55

through the rocket, of course, in 1943, nothing

00:33:59

sensible guidance came out to me, but

00:34:01

the principle itself began to be used only

00:34:03

instead of a video camera they use a radar;

00:34:05

the rocket receives the reflected radio signal of

00:34:08

its radar station and

00:34:10

simply transmits information from its radar, which

00:34:13

in turn makes calculations and

00:34:15

sends a corrective command to the rocket; it

00:34:17

turns out to be a kind of semi-hybrid active and

00:34:20

command systems, this principle is very

00:34:22

popular, it is used in both the S-300 and the

00:34:25

American Patriot Pack 2,

00:34:27

the missile is always closer to the target, which means

00:34:30

they see better, and there is no need to carry any computers on board,

00:34:32

only a

00:34:34

signal receiver and a repeater, but if

00:34:37

interference occurs, then no

00:34:40

the missile will not be able to make independent decisions other than self-destruction

00:34:43

output control through the missile

00:34:45

sounds of course like oil but

00:34:48

controllable

00:34:49

active homing the first

00:34:52

homing missiles could have been Artemis

00:34:55

this time the leaders were again British

00:34:57

scientists Artemis was conceived to combat

00:35:00

German V-1 cruise missiles for

00:35:03

this purpose a

00:35:04

radar homing head was installed on it

00:35:06

and this was in 1943,

00:35:10

but the British did not have enough time to fine-tune it;

00:35:12

after a year it was

00:35:14

decided that Artemis would be

00:35:16

too expensive and there was

00:35:17

no particular need for it, because

00:35:19

the Germans were already clearly losing the war in

00:35:21

the air;

00:35:22

active homing means that the

00:35:24

missile itself emits a probing

00:35:26

radio signal, receives it and

00:35:28

calculates the trajectory. Naturally, its

00:35:31

own radar must have

00:35:34

dimensions sufficient for effective operation, and dimensions mean mass,

00:35:37

so missiles with active

00:35:39

radar self-guidance are always

00:35:41

large and designed for long-range

00:35:43

air combat. The

00:35:44

first such swallow was

00:35:46

the American one, and it was the 54 Phoenix.

00:35:49

so big that to carry its

00:35:51

legs only f14 analogues in the USSR r33

00:35:55

was armed only with mig-31 both babies are

00:35:58

all or a little less than half a ton

00:36:01

medium-range missiles their own radar

00:36:03

appeared later and they are 120r 77 mika or

00:36:07

python 5 they fly less, not so

00:36:10

far but apply a similar principle

00:36:13

guidance size and weight are a serious

00:36:16

limitation for aviation, but for land-based

00:36:18

or sea-based weight is not so

00:36:20

critical,

00:36:21

therefore, among anti-ship and

00:36:23

anti-aircraft missiles, in addition to man-portable ones, active

00:36:26

homing is very common; the

00:36:28

modernized Patriot' pack

00:36:30

3 complex uses the Mem 109 missile with active

00:36:33

radar self-guidance as well

00:36:35

as with 400 with missiles 9 n96

00:36:39

conclusion active homing

00:36:42

is uncontrollable passive

00:36:45

homing despite 2 seemingly

00:36:48

incompatible words in one term

00:36:50

such systems are used almost

00:36:52

everywhere,

00:36:53

for example in anti-radar

00:36:55

missiles missiles attack a radar

00:36:58

station and it does not need its own radiation; it is

00:37:00

guided by the radiation of

00:37:02

the enemy's radar in in the event of a loss

00:37:05

of signal, for example a banal shutdown,

00:37:07

the missile uses an inertial system and

00:37:09

continues to move to where the

00:37:12

source of radio emission was located. The conclusion is that passive

00:37:15

homing

00:37:16

is semi-controllable. If you do not

00:37:19

agree with this statement, friends, then

00:37:21

speak about this in

00:37:23

the comments under the video, let's move on

00:37:25

infrared homing head infrared

00:37:29

homing head in abbreviated form and The seeker does not

00:37:32

use radio waves; in principle, it

00:37:34

literally looks at the world through an

00:37:36

infrared matrix, detecting

00:37:38

heat sources, which is usually the

00:37:41

hottest aircraft engine. and in more modern

00:37:44

and advanced images, the infrared image of the

00:37:46

target was the first to implement thermal

00:37:49

homing were the Americans

00:37:50

and they 9 side winder was put into

00:37:53

production in 1956 after six years of

00:37:57

development side window

00:37:59

is a type of rattlesnake which,

00:38:01

like other snakes of the family, is able to

00:38:03

clearly see the heat emitted victims, the

00:38:06

development of the Soviet analogue to 13

00:38:09

began in 1958 after the

00:38:12

side winder debris ended up in the USSR.

00:38:14

Naturally, the operating principle was

00:38:17

similar and remains the same today,

00:38:19

despite the fact that modern seekers are

00:38:22

considered to be already the fourth generation. The

00:38:23

passive principle is relevant for

00:38:26

short-range missiles such as

00:38:28

man-portable anti-aircraft missile systems

00:38:30

or close-combat air-to-air missiles

00:38:32

output infrared seeker is an

00:38:36

unguided ultraviolet hydroelectric device a

00:38:39

method similar to the previous one, only

00:38:42

instead of infrared, the ultraviolet

00:38:44

part of the spectrum

00:38:45

allows you to increase the

00:38:47

resolution, you can say the visual acuity of

00:38:49

the missile, but in turn reduces the

00:38:51

target acquisition range,

00:38:53

but the main plus is this the difficulty of deceiving

00:38:55

ultraviolet sensors using

00:38:57

heat traps

00:38:58

also makes it possible to recognize the target's image,

00:39:01

which in turn opens up new

00:39:03

opportunities for countering interference and

00:39:06

attacks on the most vulnerable parts of the target;

00:39:08

the most advanced type of guidance, especially in

00:39:11

combination with its

00:39:13

output matrices, the ultraviolet seeker is an

00:39:17

unguided optical-electronic Odessa,

00:39:20

essentially everything is the same, only

00:39:23

waves of the visible spectrum are used,

00:39:25

in fact an ordinary digital camera in

00:39:28

this case, special

00:39:29

software compares the

00:39:31

picture seen with the reference one determines the type of target

00:39:34

and the method of attack

00:39:35

one of the most famous Israeli

00:39:37

complex spike gloss the operator can not

00:39:40

only capture the target after launch out of

00:39:42

sight, but also to reassign the target

00:39:44

during the flight or completely cancel the attack, the

00:39:47

output of the optical-electronic and the seeker is

00:39:50

uncontrollable combined systems,

00:39:53

it is obvious that each method has

00:39:55

advantages and disadvantages,

00:39:57

a combination of several techniques can

00:39:59

get rid of the disadvantages and enhance the advantages

00:40:01

in order to shoot and, most importantly, hit the

00:40:04

big one distances are used a combination of

00:40:06

homing command guidance of an

00:40:08

inertial missile are launched into the

00:40:11

meeting zone with a target approximately either using

00:40:13

radar or inertial to then

00:40:16

find the target independently for

00:40:18

ballistic missiles astra

00:40:20

correction is used gravimetric measurements or

00:40:22

satellite signals

00:40:24

cruise missiles to compensate for

00:40:26

inertial navigation errors using your

00:40:28

own locator or video camera to

00:40:30

map the terrain over which

00:40:32

they fly, the same way a person would do;

00:40:34

in this case, the autopilot uses

00:40:37

known landmarks to determine

00:40:38

its position;

00:40:40

another popular technique is the

00:40:42

combination of systems; the

00:40:43

use of a passive

00:40:45

homing method when installing several

00:40:47

hydroelectric power stations; we will add that, as it became known in

00:40:50

April 2020, in the Russian

00:40:52

military The air forces are working to

00:40:54

integrate long-range

00:40:56

air-to-air missiles into the armament of Su-35S fighters. It

00:41:01

is expected that by the end of 2020,

00:41:04

test launches of this

00:41:06

missile from Su-35S fighters should take place, after which

00:41:09

mass equipping of their new

00:41:11

missile will begin earlier. 37 was put into

00:41:14

service and is equipped with the

00:41:16

MiG-31 bm and

00:41:18

MiG-31 bsn fighter-interceptors for which it

00:41:21

was created; however, subsequently it was

00:41:23

decided to adapt it for

00:41:25

use as part of the armament of

00:41:26

Su-35s fighters,

00:41:28

as previously stated by the carriers The R

00:41:31

37 could also be equipped with the latest

00:41:33

fifth-generation fighters, the Su 57. In addition, according to

00:41:37

as yet unconfirmed information,

00:41:39

in the future there may be talk of

00:41:41

equipping Su-30cm fighters with the R 37 missile,

00:41:44

so in the coming years

00:41:47

most of the Russian fighters

00:41:48

may be armed with new

00:41:50

long-range missiles, in addition to Russia,

00:41:53

the owners of air-to-air missiles beyond

00:41:55

long range is China, it is

00:41:57

known that this country has a new

00:41:59

long-range missile pl 15, which is

00:42:02

equipped with a ramjet

00:42:03

engine and is capable of reaching a

00:42:05

maximum speed of five times the

00:42:07

speed of sound,

00:42:08

range estimates of the pl 15 vary in

00:42:12

very wide range from 150 to 300 400

00:42:16

kilometers, probably like the vr 37,

00:42:18

the range of the pl 15 depends on the

00:42:22

target hit and the trajectory, while the United States, which has

00:42:24

traditionally been the leader in the creation of

00:42:27

various aircraft ammunition in

00:42:29

the field of creating long-range missiles,

00:42:31

is currently an outsider

00:42:33

starting Since 2017, the Lockheed Martin corporation in the USA

00:42:37

has been developing a

00:42:39

promising long-range air-to-air missile, the

00:42:42

IM 260 Jad, which is being created in response

00:42:45

to the Russian R-37 and the Chinese PL 15.

00:42:49

According to the plans of the American military

00:42:51

department, testing of the IM 260 should

00:42:54

begin in 2021.

00:42:56

full-scale purchases from

00:42:59

fiscal year 2026, but

00:43:01

for now, Russia occupies a leading

00:43:03

position in the development of

00:43:05

ultra-long-range air-to-air missiles,

00:43:07

and the new capabilities of the Russian Air Force

00:43:09

in long-range air combat

00:43:11

directly depend on the rate of production of

00:43:13

new r30 missiles and the quantity is all

00:43:18

if you are an expert on missiles, be

00:43:20

sure to supplement our video with your

00:43:22

comments and conclude for yourself

00:43:25

that guided or

00:43:27

homing missiles are cooler, and besides,

00:43:29

friends criticize us, correct us if

00:43:32

you see a mistake in something, let’s make a

00:43:34

channel together, let’s make it even more

00:43:37

interesting and useful and let’s ask

00:43:39

questions if I want to know about something,

00:43:41

stay in touch,

00:43:43

see you soon

00:43:49

[music]

Description:

Совершенно секретно: боевые ракеты — что вы о них не знали? В новом выпуске на канале NewSoldat мы расскажем несколько малоизвестных фактов, связанных с темой — боевые ракеты: какие мифы окружают противотанковое оружие, почему конструктор Ефремов работал секретно, чем удивительны ракеты Ефремова и пользуется ли его наработками армия России, а также о том, как происходит управление ракетой, чтобы она попала точно в цель. 00:13 Противотанковые ракеты и ПТРК: мифы, в которые верят все 15:29 Совершенно секретно: Герберт Ефремов — конструктор ракет и его военные разработки 28:34 Управляемые ракеты или самонаводящиеся ракеты — какая система наведения ракет круче? Уму непостижимо, сколько много видов и разновидностей ракет, сам чёрт ногу сломит. Каждая ракета имеет свое название, некоторые российские даже носят имена людей, которые руководили испытаниями, например, ракеты Герберта Ефремова (конструктор ракетных систем). Баллистическая ракета, крылатая, самолет-снаряд… Спросите: зачем такое многообразие уничтожителей, если конечная цель ракеты — все разрушить, сравнять с землей и уничтожить? Оказывается, это заблуждение. Ракеты не имеют такой глобальной задачи и действуют точечно на противника. Где-то лучше подойдут управляемые боеприпасы, где-то самонаводящиеся, где-то комбинированные. Противотанковый комплекс на вооружение нужен сухопутным войскам, ведь противотанковая пушка отлично справляется с наземной военной техникой. Комплексы берегового типа (например, Бастион) следуют уже иным задачам - защите с моря. Оружие России в этом плане очень многообразно, поэтому мы постараемся приоткрыть несколько тайн, о которых вы, возможно, не знали. Также смотрите другие видео на нашем канале: Гиперзвуковой ЦИРКОН 💥 ракета – убийца авианосцев и козырь ВМФ РФ https://www.youtube.com/watch?v=w90BsQQL5XE 3 самых мощных ракетных комплекса на вооружении армии России https://www.youtube.com/watch?v=mXs_MF-k86U Гиперзвуковое оружие за $174 млн — ракеты России и США https://www.youtube.com/watch?v=rw1jzzS2Ud4 Подписывайтесь на мои социальные сети: Добавляйтесь в друзья, подписывайтесь на мою страницу в Вконтакте - https://vk.com/newsoldat24 Добавляйтесь в мою группу во ВКонтакте, где вы найдете больше интересного о настоящих героях нашего времени - http://newsoldat.ru/vk Одноклассники, где можно найти интересные факты о российской армии - https://ok.ru/newsoldat Facebook, где вы найдете материалы о секретах спецназа и боевой технике России - https://www.facebook.com/unsupportedbrowser Сотрудничество и реклама - http://newsoldat.ru/ Друзья, как по-вашему, какое будущее у боевых ракет? Станет ли война дистанционной, а ракеты — единственным применяемым оружием?

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