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00:00:02

[music]

00:00:07

[music]

00:00:13

[music]

00:00:16

hello dear tankers in this

00:00:18

episode of entertaining mechanics

00:00:20

we will talk about such an important aspect of the game

00:00:22

as breaking through the armor of a tank; knowledge of

00:00:24

armor penetration algorithms is

00:00:26

twice necessary for any tanker; on the

00:00:28

one hand, it will allow you to

00:00:30

hit the enemy more effectively and on the other hand it will help

00:00:32

under the enemy fire to extend the life of

00:00:34

your combat vehicle,

00:00:36

so we have divided this extensive topic

00:00:38

into two issues: the security of armored vehicles

00:00:41

and the destruction of armored vehicles

00:00:47

[music]

00:00:50

do not forget that the world of tanks this

00:00:53

game is not a training simulator; of course, in

00:00:55

many ways it strives to comply with the laws of

00:00:57

tank battles, but still has a number of

00:00:59

conventions necessary to give the

00:01:01

battles the proper dynamics, the processes that

00:01:04

occur in reality when

00:01:06

shells hit armor are too complex to

00:01:08

calculate on the fly, and the spread of results

00:01:10

is such that the great Belarusian random

00:01:12

will seem like a model of predictability,

00:01:14

for example, a shell hitting strictly

00:01:17

perpendicularly to the armor would seem to have

00:01:19

maximum penetration, however, when the

00:01:21

blank splits from internal

00:01:23

stresses at the moment of impact, this parameter

00:01:25

drops to zero in the game, but it has

00:01:28

only a 25 percent spread from the nominal value

00:01:31

indicated in the description. If, say, the gun of

00:01:33

your MS-1 has an armor penetration of 51

00:01:36

millimeters, then you should expect a spread from

00:01:39

38 to sixty-four millimeters,

00:01:42

the spread of values for damage is plotted in the

00:01:44

same way, before we start

00:01:47

talking about the geometry and mechanisms of

00:01:49

penetration, we will explain the terminology that

00:01:51

we will use; we will take a point on the

00:01:54

armor and draw a tangent normal through it;

00:01:56

this is a straight line drawn through the

00:01:58

selected point, perpendicular to

00:02:00

the tangent; in simple terms, this is an

00:02:03

ordinary perpendicular; we will also explain what

00:02:06

we will consider as the angle of entry projectile

00:02:08

is the angle between the normal and the trajectory of the

00:02:11

projectile at the point of impact, that is,

00:02:13

at zero degrees the chance of armor penetration

00:02:15

will be maximum, and say at 80, a

00:02:18

ricochet will most likely occur. It is worth

00:02:22

noting that many players define

00:02:23

this angle as the angle between the tangent and the

00:02:26

trajectory of the projectile,

00:02:27

noting, for example, that at angles less than

00:02:29

30 degrees, the chance of a rebound is very high, we

00:02:32

will adhere to the terminology

00:02:34

accepted among the developers of the world of tanks

00:02:36

and in military technical literature and

00:02:38

consider the angle from the normal

00:02:41

another important concept is the given armor, a

00:02:44

projectile with a large angle of entry into the

00:02:46

armor has to penetrate a much

00:02:48

greater thickness than indicated in the tank description,

00:02:51

according to with the laws of geometry, the

00:02:53

final layer or the reduced thickness of the

00:02:55

armor that needs to be penetrated

00:02:57

is calculated as the ratio of the thickness of the

00:02:59

armor to the cosine of the angle of entry, of course

00:03:03

during the battle no one will sit with a

00:03:05

protractor and a calculator and

00:03:06

calculate the reduced armor; just

00:03:08

remember the

00:03:09

intuitive rule, the greater the

00:03:12

angle of entry of the projectile, the thicker the layer of

00:03:14

armor which he needs to pierce

00:03:20

[music]

00:03:24

to make it easier for novice players to

00:03:26

understand who and where they can pierce, an

00:03:29

armor penetration marker was introduced into the game for

00:03:31

arcade and sniper sights; if

00:03:34

it is green, then when shells hit the

00:03:35

armor normally, you will cause damage to the combat

00:03:38

vehicle; if it is orange, then the probability is 50 to

00:03:41

50 if it’s red, then you

00:03:43

shouldn’t waste armor; holes in the projectile; however, you

00:03:46

can’t trust the color of the marker unconditionally;

00:03:49

tank armor can be located at the most

00:03:51

bizarre angles; in addition, your

00:03:53

projectile can deviate from the

00:03:55

aiming line and hit a little wrong

00:03:57

where you’re aiming;

00:03:58

and if you’re aiming at the lower frontal

00:04:00

part of the enemy, but he stood up like a diamond,

00:04:03

you won’t always be able to pierce him,

00:04:05

because even if the tank’s description

00:04:07

indicates an armor thickness of 50 millimeters, then

00:04:09

in this case your projectile will

00:04:11

have to pierce 60 70 80 millimeters of the

00:04:14

given armor or even

00:04:15

more, but the color of the marker is not

00:04:18

will change, but don’t be upset

00:04:20

because armor behaves in the same way in real

00:04:22

battles and

00:04:24

tank designers made

00:04:26

shells for guns in such a way that

00:04:29

when hit they tend to turn toward the

00:04:32

normal at the point of impact and

00:04:34

bring the angle of contact with the armor a little closer to zero

00:04:36

degrees, this effect is called normalization

00:04:38

projectile and starting with update 080

00:04:41

it is 45 degrees, so we

00:04:44

can adjust our formula for

00:04:46

calculating the reduced armor taking into account the normalization angle, which

00:04:49

means that in the game, if a sheet hits the armor

00:04:52

at an angle of 45 degrees, the

00:04:53

projectile will return to 40 degrees to the

00:04:56

normal and it will have little time to penetrate the armor

00:04:57

but still, it’s easier, for example,

00:05:00

to calculate the given armor, taking into account

00:05:02

normalization for two tanks familiar to everyone, the

00:05:04

tiger and the royal tiger,

00:05:07

for clarity, we, positioned on the

00:05:09

opposite side, will shoot the upper frontal

00:05:11

part from a distance of 50 meters from

00:05:14

armor-piercing guns whose armor penetration is approximately equal to the

00:05:16

thickness of my armor

00:05:18

for the sake of simplifying calculations Let's assume

00:05:20

that the projectile flies parallel to the ground,

00:05:22

let's start with the tiger, the thickness of its frontal armor is

00:05:25

100 millimeters and it is located with a

00:05:28

deviation of only 9 degrees from

00:05:29

the vertical, the

00:05:30

angle of entry will be the same, and taking

00:05:33

into account normalization we get 4 degrees,

00:05:35

we shoot from a KVK 40 l 48 gun with an

00:05:38

average armor penetration of one hundred six

00:05:40

millimeters we see many penetrations of the

00:05:42

armor since the thickness of the given

00:05:44

armor will be approximately equal to the same

00:05:46

100 millimeters,

00:05:47

now we invited onto the stage a royal

00:05:50

tiger with a thickness of the upper frontal part of

00:05:52

150 millimeters, and we will test its durability with a

00:05:55

90 millimeter

00:05:56

m3s gun with an armor penetration of 160 millimeters, a

00:05:59

fairly large number of hits did

00:06:02

not inflict on the tank you will cause significant damage

00:06:04

because the armor has an inclination angle of 50

00:06:07

degrees, which means the given armor

00:06:09

has an impressive 212 millimeters, and

00:06:12

since the maximum possible

00:06:14

armor penetration of our gun with an armor-piercing

00:06:16

projectile is only 200 millimeters, we

00:06:18

will not be able to disturb the royal

00:06:20

equanimity by shooting at the upper

00:06:22

frontal part

00:06:26

[music]

00:06:28

normalization will not help if the angle of

00:06:30

entry will be more than 70 degrees

00:06:32

because in this case the armor-piercing

00:06:34

projectile will simply ricochet, this is very

00:06:37

important to remember, you should not waste

00:06:39

projectiles by shooting anyhow where you should at

00:06:42

least have an approximate idea at what

00:06:44

angle it will hit the armor.

00:06:45

By the way, after the first ricochet the projectile does not

00:06:48

disappear, it can still cause damage

00:06:50

but only within one tank,

00:06:52

billiard techniques will not work here,

00:06:54

so do not count on being able to

00:06:56

masterfully ricochet into another tank.

00:06:59

When firing armor-piercing or

00:07:01

sub-caliber ammunition, the ricochet does not occur

00:07:03

if the caliber of the gun is three times the

00:07:06

thickness of the armor; in this case, the projectile

00:07:08

tries to penetrate the armor regardless

00:07:10

of the angle when hitting external modules,

00:07:13

for example, the chassis of

00:07:14

a gun or surveillance devices, the ricochet

00:07:17

also does not occur, regardless of

00:07:19

the angle, they generally have a special

00:07:21

damage model, each module

00:07:23

has its own armor and strength points,

00:07:25

and the rules for calculating the given armor

00:07:28

do not apply to them and you always

00:07:30

need to penetrate a strictly defined one thickness,

00:07:33

if this happens, the module loses

00:07:35

strength points and the projectile continues to move and

00:07:37

thus may well damage

00:07:39

the hull of the tank,

00:07:40

however, the armor

00:07:42

penetration indicator of the projectile is reduced

00:07:44

by the thickness of the armor of the damaged module and it

00:07:46

will be more difficult for it to penetrate the main armor;

00:07:49

this is a secret widely discussed

00:07:51

on psaltery, the armor of combat vehicles in the game

00:07:56

is divided into the main one and the so-called

00:07:58

screens; penetration of the main armor removes the

00:08:01

machine's strength points, and the screen

00:08:03

only weakens the projectile, reducing its

00:08:05

armor penetration; the screens are located

00:08:08

at some distance from the main

00:08:10

armor and usually have a small thickness,

00:08:12

with the exception of the screens on the gun mantlets; this is

00:08:15

very important remember that when

00:08:17

only the screen is penetrated, the

00:08:18

tank does not lose strength points, why is this

00:08:20

important because this is one of the main

00:08:22

reasons for incomprehensible hits without damage,

00:08:25

remember the spread of the value of

00:08:27

armor penetration even if the projectile penetrated the

00:08:30

screen, its armor penetration may

00:08:32

be so weakened that it will

00:08:34

not be enough to penetrate the main armor

00:08:36

you You probably already know that in the game

00:08:39

there are several types of ammunition

00:08:41

that affect armor differently;

00:08:44

armor-piercing shells are

00:08:46

subject to the rule of normalization and

00:08:48

ricochet in full; sub-caliber

00:08:51

shells differ from armor-piercing only with

00:08:53

increased penetration; high

00:08:55

-explosive fragmentation shells do not ricochet;

00:08:57

they have weak armor penetration; however,

00:09:00

they cause damage even having exploded on armor

00:09:02

or close to a combat vehicle, cumulative

00:09:05

shells

00:09:06

have increased armor penetration

00:09:08

and do not ricochet; however, they are not

00:09:10

subject to the normalization rule.

00:09:16

Well, it’s

00:09:18

time to sum up the

00:09:20

theoretical part and demonstrate the

00:09:22

armor penetration mechanism in action;

00:09:24

select a target and shoot at the point where the

00:09:28

projectile meets the armor and there is a screen of

00:09:30

what is happening in this case 1

00:09:32

server builds the trajectory of the projectile using the

00:09:35

ballistic formula, determines the point

00:09:37

on the screen at which it hit and the

00:09:40

velocity vector of the projectile at the moment of impact,

00:09:41

after that the

00:09:43

angle between the normal to the

00:09:45

armor at the point of impact of the projectile and the

00:09:47

velocity vector is calculated if this angle is greater

00:09:50

70 degrees and the caliber of the projectile does not

00:09:52

exceed the thickness of the armor in this place by 3

00:09:54

times; a ricochet occurs; second, if a

00:09:58

ricochet does not occur and the caliber of the projectile

00:10:00

exceeds the thickness of the armor by more than

00:10:02

twice, then for armor-piercing and sub-caliber

00:10:04

ammunition the normalization increases

00:10:07

in proportion to the ratio of the caliber of the

00:10:08

projectiles to the thickness of the armor according to the following

00:10:10

formula

00:10:11

thus, the larger the caliber of the projectile,

00:10:14

the easier it is for it to penetrate armor; third, the

00:10:17

value of the armor penetration of the projectile is calculated;

00:10:19

it depends on the

00:10:21

firing distance, starting from 100 meters, the armor

00:10:23

penetration of the projectile decreases and

00:10:26

from the random deviation from

00:10:28

the nominal value, the same plus minus 25

00:10:30

percent; fourth,

00:10:32

if the projectile penetrates the screen, then it flies

00:10:34

further, its armor penetration

00:10:36

decreases in proportion to the thickness of the screen,

00:10:38

after that, if the projectile meets the

00:10:40

main armor, the algorithm repeats the

00:10:42

check for ricochet,

00:10:44

normalizes the projectile, calculates this

00:10:46

armor penetration,

00:10:47

and if the main armor is penetrated, the tank

00:10:49

receives damage

00:10:50

corresponding to that specified in the description of the

00:10:52

gun, taking into account 25 percent of the dispersion, what’s

00:10:55

interesting is that in reality when a projectile

00:10:57

hits the armor, it will change its trajectory under the

00:11:00

influence of normalization, a

00:11:01

new sin for ease of calculation, it

00:11:04

continues to move rectilinearly along the

00:11:06

initial trajectory,

00:11:07

the algorithm is applied sequentially,

00:11:08

first for screens or external modules,

00:11:11

then for the main armor, while there

00:11:14

can be several groups of cranes and armor in the path of the projectile

00:11:16

and they penetrate one by

00:11:18

one

00:11:26

we will talk about the adventures of a projectile inside a tank about the features of cumulative projectiles and the actions of high-explosive fragmentation ammunition in the next issue

00:11:30

[music]

00:11:31

finally the time has come for the most

00:11:34

entertaining part,

00:11:35

namely a story about tactical

00:11:36

techniques that increase the survivability of a tank in

00:11:39

battle, will it help? We have a theory in this, of course,

00:11:41

and now we will look at the simplest techniques

00:11:44

that logically follow from the

00:11:46

knowledge we have just gained, and so technique number 1,

00:11:49

placing the tank in a diamond shape or the so-

00:11:51

called non-vulnerability pose, you must

00:11:54

position your tank in such a way in

00:11:56

relation to the enemy

00:11:57

that he will have to break through the armor of

00:11:59

your tank from the least favorable angle,

00:12:01

this technique requires good knowledge of the

00:12:04

armoring scheme of your combat vehicle,

00:12:06

however, if it is performed skillfully, it

00:12:09

will become much more difficult to penetrate your enemy tank.

00:12:11

For example, we will talk about two

00:12:13

well-known vehicles. The Soviet

00:12:15

heavy tank is armored out of 7 so it is

00:12:18

not worth putting it in a diamond shape because that

00:12:20

it penetrates worst of all from the front when

00:12:22

it stands straight, but the German tiger, standing

00:12:25

at an angle to the direction of fire,

00:12:26

begins to reflect the shells with its rather

00:12:29

thick forehead,

00:12:30

technique number two, driving around the corner, you

00:12:33

need to drive out from around the corner by cutting off the corner and without opening the

00:12:35

vulnerable side and

00:12:37

chassis of the tank to the enemy you need to remember about the

00:12:40

layout of your vehicle and the layout and

00:12:42

armor, trying to expose the

00:12:44

least vulnerable part of the tank to the sides;

00:12:48

it only makes sense to drive out if

00:12:50

the enemy has already fired a shot and is not

00:12:52

paying attention to you; let us

00:12:54

recall one of the basic laws

00:12:56

of tank building; almost any combat

00:12:59

vehicle is armored at the front much better

00:13:02

than from the side, the alphabet is much better than from behind

00:13:05

and from above, so you should always try to

00:13:07

put your forehead, turning around where the

00:13:09

most dangerous projectiles are coming from,

00:13:12

technique number three horizontally and

00:13:14

swinging,

00:13:15

this is probably the most common

00:13:16

technique, it looks like sharp short

00:13:20

movements left and right, these movements

00:13:22

make it difficult for the enemy to target

00:13:23

vulnerable areas and do not allow him to shoot

00:13:27

at vertical

00:13:28

armor, also this technique

00:13:30

works well on tanks, the front part of the turret is

00:13:32

flat, rotating the turret

00:13:34

left and right while the gun is reloading,

00:13:35

you seriously complicate the enemy's

00:13:38

aiming and cheeks technique number four,

00:13:41

catching with live bait is an element of aerobatics

00:13:44

to perform it in motion very It’s difficult, we

00:13:47

expose the enemy to God, giving him the

00:13:49

opportunity to aim, and at the moment of his

00:13:52

shot, we turn the hull; the projectile

00:13:54

ricochets off the armor without hitting the

00:13:57

tank itself; in general, sharp unexpected maneuvers

00:13:59

if you learn not to throw off your aim is a

00:14:01

very effective technique in a tank duel,

00:14:04

but remember that any rotation of the hull of a

00:14:06

moving tank reduces it speed

00:14:09

technique number five firefight with the

00:14:12

enemy from behind cover; many

00:14:14

tanks in the game have a turret that is armored better than the

00:14:16

hull, so it is necessary to hide the

00:14:18

vulnerable lower frontal part behind

00:14:21

some kind of cover if it is a knocked out

00:14:23

enemy tank, not a destructible

00:14:25

obstacle or an earthen hill,

00:14:26

great, but you can hide because

00:14:29

disposable obstacles, cars,

00:14:31

stone fences, their sticky sheds,

00:14:33

one or two shots at you will survive these obstacles,

00:14:36

hiding part of the tank behind the

00:14:39

obstacle, you force the enemy to

00:14:41

target the less vulnerable part of the combat

00:14:43

vehicle,

00:14:44

shoot at the side and track at a very

00:14:46

sharp angle and either get a ricochet

00:14:49

or critical damage to the external

00:14:51

module, but at the same time, you don’t lose strength for

00:14:54

a shot, you can turn around or

00:14:56

roll back a little

00:14:57

and then, without hesitation, return to the starting

00:14:59

position; the enemy will have to work very

00:15:01

hard to target the weak

00:15:03

spots of your combat vehicle;

00:15:05

technique number six: using

00:15:07

natural shelters and shooting from

00:15:09

unexpected places; the structure in the game has

00:15:12

windows and doors through which a

00:15:14

projectile can fly; in the ruins there may be

00:15:17

gaps through which it is convenient to shoot;

00:15:19

fences and rows of stones also allows you to

00:15:21

fire at the enemy, providing him with

00:15:24

only a small part of the tower;

00:15:26

use this; study the maps and

00:15:28

remember such shelters and positions; we

00:15:31

all hope that after watching this

00:15:34

issue you will be able to look at opponents

00:15:36

sniper scope for much longer

00:15:38

about visiting the hangar will become more rare

00:15:41

we invite inquisitive players to the

00:15:43

world of tanks forum for more accurate and

00:15:45

up-to-date information in the sections questions for

00:15:47

developers game mechanics and others

00:15:50

in the next program we will look in detail at

00:15:52

the issues of destroying enemy

00:15:54

armored vehicles on what the value depends and does not

00:15:56

depend damage and also

00:15:59

introduce you to your right to the

00:16:01

last shot of luck on the

00:16:03

battlefields and see you again

00:16:08

[music]

Description:

Заходи на наш сайт: https://tanki.su/ Возвращайся в игру с комфортом! - https://play.tanki.su/1686144011/ru/ Ещё нет аккаунта? Создавай и получай бонусы - https://lesta.ru/registration/ru/?bonus_mode=LESTAMIRTAHKOB

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