How to make the sights in tanks closer. Commands for setting up the sight

In the CS:GO settings there are only two options dedicated to the crosshair: crosshair style and crosshair color. However, sight adjustment is not limited to these two parameters. In this article we will look at how to customize the sight for yourself using commands in the console.

Most of the article is devoted to setting up the sight via console commands, so let us remind you that by default, to open the console, you need to press the ~ key (usually located under the Esc key).

How to change crosshair style and color in CS:GO

For those who are not in the know, let's first look at how to change the style and color of the sight. The first, well-known way, is to select the desired option in the settings:

Press the ESC key=>Help and settings=>Game options=>Interface settings

Here in the fields Sight style And Sight color select the values we need.

The second method is console commands. To customize the crosshair style in CS:GO, use the command cl_crosshairstyle

cl_crosshairstyle 0 - default (dynamic)
cl_crosshairstyle 1 - default (static)
cl_crosshairstyle 2 - classic
cl_crosshairstyle 3 - classic (dynamic)
cl_crosshairstyle 4 - classic (static)

To adjust the crosshair color in CS:GO, use the command cl_crosshaircolor

cl_crosshaircolor 0 - red
cl_crosshaircolor 1 - green
cl_crosshaircolor 2 - yellow
cl_crosshaircolor 3 - blue
cl_crosshaircolor 4 - blue
cl_crosshaircolor 5 - your color

Sight with a dot in CS:GO

To add a dot in the middle of the sight, you need to use the command cl_crosshairdot:

cl_crosshairdot 0 - no dot
cl_crosshairdot 1 - there is a dot

Here are two screenshots as an example, the CS:GO sight without a dot and with it.

Crosshair outline in CS:GO

To enable or disable crosshair stroke in CS:GO, use the command in the console cl_crosshair_drawoutline

cl_crosshair_drawoutline 0 - crosshair without outline
cl_crosshair_drawoutline 1 - crosshair with outline

Below are two screenshots for those who don’t know what crosshair tracing is in CS:GO. On the left is the sight without outline, on the right - with it.

In order to set the thickness of the stroke (contour) of the sight, there is a command cl_crosshair_outlinethickness: parameter can take a value from 0 to 3 (than more value, the thicker the outline):

cl_crosshair_outlinethickness 0
cl_crosshair_outlinethickness 2

Crosshair transparency in CS:GO

To set the transparency of the sight, use the command cl_crosshairalpha. The parameters of this command can take values from 0 to 255, than less value, the more transparent the sight will be. Here are some examples of using this command:

cl_crosshairalpha 0 - the sight is completely transparent (it is not visible at all)
cl_crosshairalpha 127 - the sight is translucent (50% transparent)
cl_crosshairalpha 255 - the sight is completely opaque

Below are two screenshots, on the first the sight is semi-transparent (cl_crosshairalpha 127), on the second it is completely opaque (cl_crosshairalpha 255).

There is also a command cl_crosshairusealpha, which enables/disables the sight transparency mode. If the transparency mode is disabled, then set the transparency of the sight using the command cl_crosshairalpha it won't work.

cl_crosshairusealpha 0 - transparency mode disabled
cl_crosshairusealpha 1 - transparency mode enabled

Those. before use cl_crosshairalpha you need to make sure that the value cl_crosshairusealpha equals 1 (this is the default).

Crosshair size in CS:GO

The desired sight size can be set using the console command cl_crosshairsize. The higher the parameter value, the larger the sight size. Examples of using the command:

The screenshots below show scope sizes 0, 5 and 10 respectively.

Distance between sight lines

Team cl_crosshairgap allows you to reduce or increase the distance between the sight lines. Essentially, this console command changes the size of the CS:GO crosshair to some extent. The parameters can take both positive and negative values:

Screenshots with the above examples:

Sight line thickness

You can adjust the thickness of the sight lines using the console command cl_crosshairthickness: The higher the parameter value, the thicker the sight lines. Examples:

Screenshots of these two examples:

Showing and hiding the crosshair

Simple command crosshair displays/hides the crosshair. If you suddenly lost your crosshair in CS:GO, check this command.

crosshair 0 - crosshair is not displayed
crosshair 1 - crosshair is displayed

Other console commands

Finally, we will list all the other commands that we will not consider for the reason that they are used very rarely. Here is a list of other commands that affect the behavior of the crosshair in CS:GO:

cl_crosshair_dynamic_maxdist_splitratio
cl_crosshair_dynamic_splitalpha_innermod
cl_crosshair_dynamic_splitalpha_outermod
cl_crosshair_dynamic_splitdist
cl_crosshairgap_useweaponvalue
cl_crosshairscale

We hope this article was helpful and the console commands listed here will help you customize the CS:GO crosshair to suit your needs.

Most of the article is devoted to setting up the sight through console commands, so let us remind you that by default, to call the console you need to press the ~ key (usually it is located under the Esc key).

How to change crosshair style and color in CS:GO

For those who are not in the know, let's first look at how to change the style and color of the sight. The first, well-known way, is to select the desired option in the settings:

Press the ESC key=>Help and settings=>Game options=>Interface settings

Here in the fields Sight style And Sight color select the values we need.

The second method is console commands. To customize the crosshair style in CS:GO, use the command cl_crosshairstyle

cl_crosshairstyle 0 - default (dynamic)
cl_crosshairstyle 1 - default (static)
cl_crosshairstyle 2 - classic
cl_crosshairstyle 3 - classic (dynamic)
cl_crosshairstyle 4 - classic (static)

To adjust the crosshair color in CS:GO, use the command cl_crosshaircolor

cl_crosshaircolor 0 - red
cl_crosshaircolor 1 - green
cl_crosshaircolor 2 - yellow
cl_crosshaircolor 3 - blue
cl_crosshaircolor 4 - blue
cl_crosshaircolor 5 - your color

Sight with a dot in CS:GO

To add a dot in the middle of the sight, you need to use the command cl_crosshairdot:

cl_crosshairdot 0 - no dot
cl_crosshairdot 1 - there is a dot

Here are two screenshots as an example, the CS:GO sight without a dot and with it.

Crosshair outline in CS:GO

To enable or disable crosshair stroke in CS:GO, use the command in the console cl_crosshair_drawoutline

cl_crosshair_drawoutline 0 - crosshair without outline
cl_crosshair_drawoutline 1 - crosshair with outline

Below are two screenshots for those who don’t know what crosshair tracing is in CS:GO. On the left is the sight without outline, on the right - with it.

In order to set the thickness of the stroke (contour) of the sight, there is a command cl_crosshair_outlinethickness: parameter can take a value from 0 to 3 (the higher the value, the thicker the outline):

cl_crosshair_outlinethickness 0
cl_crosshair_outlinethickness 2

Crosshair transparency in CS:GO

To set the transparency of the sight, use the command cl_crosshairalpha. The parameters of this command can take values from 0 to 255; the lower the value, the more transparent the sight will be. Here are some examples of using this command:

cl_crosshairalpha 0 - the sight is completely transparent (it is not visible at all)
cl_crosshairalpha 127 - the sight is translucent (50% transparent)
cl_crosshairalpha 255 - the sight is completely opaque

Below are two screenshots, on the first the sight is semi-transparent (cl_crosshairalpha 127), on the second it is completely opaque (cl_crosshairalpha 255).

cl_crosshairusealpha 0 - transparency mode disabled
cl_crosshairusealpha 1 - transparency mode enabled

Those. before use cl_crosshairalpha you need to make sure that the value cl_crosshairusealpha equals 1 (this is the default).

Crosshair size in CS:GO

The desired sight size can be set using the console command cl_crosshairsize. The higher the parameter value, the larger the sight size. Examples of using the command:

The screenshots below show scope sizes 0, 5 and 10 respectively.

Distance between sight lines

Screenshots with the above examples:

Sight line thickness

You can adjust the thickness of the sight lines using the console command cl_crosshairthickness: The higher the parameter value, the thicker the sight lines. Examples:

Screenshots of these two examples:

Showing and hiding the crosshair

Simple command crosshair displays/hides the crosshair. If you suddenly lost your crosshair in CS:GO, check this command.

crosshair 0 - crosshair is not displayed
crosshair 1 - crosshair is displayed

Other console commands

cl_crosshair_dynamic_maxdist_splitratio
cl_crosshair_dynamic_splitalpha_innermod
cl_crosshair_dynamic_splitalpha_outermod
cl_crosshair_dynamic_splitdist
cl_crosshairgap_useweaponvalue
cl_crosshairscale

We hope this article was helpful and the console commands listed here will help you customize the CS:GO crosshair to suit your needs.

Quite often, a beginner in shooting asks the question: “Which scope to choose so as not to make a mistake with the magnification?”

In this article we will try to talk only about the increase in sights, without being tied to the recoil power of the weapon, we will take into account the distance at which we plan to shoot, and we will assume that the power (bullet speed) of the weapon is enough for these distances. In this case, we will consider relatively standard magnifications, most often found in the most popular scopes.

Let's start with the smallest things.

Sights with 1x magnification.

Some novice shooters may have a very natural question: “why is it needed then?” The answer is quite simple, and we can succinctly say that in this case it is not about increasing happiness. Now, in order. Let's immediately differentiate red dot sights from optical sights. We will look at the first in more detail in the following articles. Here we will only talk about optical sights.

So, 1x optical sights actually exist. But such sights have an adjustable magnification range, for example.

Those. in this case, the magnification range of the optical sight is from 1x to 4x.

Such sights, as a rule, have a small diameter front lens. All this is done with the aim of achieving compact dimensions of the sight and reducing its weight. With such a lens, an increase of more than 5-6 times would be unjustified, since the picture will inevitably become dark and blurry. The magnification of such optics requires shooting at short distances (~50m). When shooting at large targets, distances can be longer. Unlike collimators, these sights often have a “stump” type reticle (of course, there are others). Such reticles are not installed on collimators; accordingly, optical sights with low magnifications make it possible to make adjustments depending on shooting conditions, knowing the size of the dot or the distance to the “stump”. This is the main advantage of a low magnification optical sight over a red dot sight.

Sights with magnification 2x - 7x.

As a rule, scopes with this magnification range already have a slightly larger front lens diameter, namely 32mm. So, at maximum magnification, the diameter of the exit pupil of such a scope will be about 4.5 mm, i.e. in cloudy weather such a sight should give a fairly tolerable picture. Often these sights are mounted on pneumatic rifles when shooting at a distance of 30-60m. In addition, I would like to note that these sights are accepted
considered the most resistant to recoil from SPP (Spring-Piston Pneumatics). Starting with these magnifications, scope manufacturers are already installing a wide variety of reticles: 30/30 (stump), Mil-Dot (and its variations), cross with a dot, their own developed reticles, which makes it possible to use scopes with such magnifications for more diverse purposes .

Sights with magnification 3x-9x.

Sights with this magnification range can be considered the most common and popular. Airgunners often shoot at distances of 80m or more and, as a rule, their favorite magnification is 8x, which is easily set on scopes with the specified magnification range. All other magnification options for such shooters are, as it were, “just in case.” Shooters with firearms are also interested in these sights and are installed, as a rule, for hunting. Due to comparatively large sizes game shooting in these conditions with such sights can be carried out at 200m. If shooting is carried out “on a piece of paper”, then the distances are significantly reduced and become closer to 100m, “plus or minus”.

Sights with magnification 4x-12x.

Such sights are also often in demand among airgun shooters, but shooters with firearms also have an increased interest in them. The purpose of such sights is something intermediate between shooting at paper and shooting at a larger target. However, you can often find opinions from shooters that 8x or 10x magnification is still most often used. Extreme magnification values are used much less frequently.

Sights with magnification 6x-24x.

As a rule, such sights are more often of interest to shooters with firearms. rifled weapons for shooting at a distance of 300-500m. But there are also owners of powerful air guns, who are very comfortable working with the same optics. The front lens diameter of such sights ranges from 40mm to 56mm. Often sights with this magnification have a tube diameter of 30mm. All this assumes that the scopes are used for shooting with powerful weapons, and, accordingly, over long distances.

Sights with magnification over 24x.

They are already much less common, since they are used by a narrower circle of shooters. This is due to the fact that at high magnifications, a conscientious manufacturer pays increased attention to the quality of both the optical part of the sight and the mechanical part. At 40x magnification, for example, it is important to pay attention to the quality of the optical coating in order to improve the brightness of the image. The diameter of the front lens must be at least 50mm, otherwise the image will be completely dark. Since such sights require the use of powerful firearms for shooting at a distance of 700m, 800m, 1000m+, then the mechanical part (recoil compensators, wrapping system clamps, reticle manufacturing technology, etc.) must also be on high level. Of course, such sights also have a corresponding cost. Although there are also options on the market where the cost of a sight with the specified parameters can be 100-150 USD. In these cases, the manufacturer makes some compromise in order to make both inexpensive optics and quality that satisfies the widest range of consumers. Such sights can also withstand the recoil of PPP with a sufficiently large caliber.

Sights with constant magnification 8x or 10x.

These sights are considered the most reliable from a mechanical point of view, and the highest quality in terms of the image they produce.

From the mechanical side, reliability is obvious, for example due to the fact that there are no unnecessary moving parts, i.e. There are fewer nodes that can become loose.

On the optical side, such sights are usually much lighter. In addition, sights with constant magnification have a wider field of view than with the same magnification in a variable speed range. For example, if you take these two sights:

4-12x50
10x50

and set the magnification in the first to 10x, then (with other parameters being equal, such as anti-reflection, type of glass, etc.) the second sight (10x50) will have a brighter image and the “coverage” will be wider.

As a rule, sights with constant magnification are used for shooting at short distances, If we're talking about about paper (80-100m), or medium distances when shooting at large game (200-300m).

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Head to the training ground. The only way to accurately aim at optical sight– shoot from different positions. The easiest way is to do this at a shooting range, usually where you are confident in the distances and the presence of a bullet trap. As always, practice gun safety on shooting day, wear eye and ear protection, and bring plenty of ammunition.

Use special targets for shooting in the form of a target. They usually have many divisions, which will allow you to make more precise adjustments to the weapon. The more sure you are of how “missing” the shot was, the more accurately you can lead to a normal fight.
Follow the special instructions and rules of the range where you shoot.

Secure the weapon in a special shooting machine. When you zero a weapon, you want to eliminate human error from the equation as much as possible. In other words, you can't miss the target. To get the most accurate match, you should mount the gun specifically for this purpose in a shooting machine, which is available at most sporting goods stores or can be rented from your local gun club. More and more reasons to go to the range.

If you don't have a solid shooting stand, get into as stable a shooting position as possible. Even if you take a couple of even books, or shoes or a jacket, you can put the weapon on them and shoot more accurately. Just make sure that whatever you put on it is away from the frame of the bolt.

Load the weapon and fire three to five shots using the scope. Wait for the signal “For battle!” and look through your scope while aiming it at the target. Place your cheek against the magazine and maintain the same sight picture as you normally would. Remove the safety lock. Once you've finished exhaling, hold for a split second, then squeeze the trigger firmly without shaking for the most accurate shot. For the most accurate first pass, repeat 3-5 times.

Assess the accuracy of your shot. Wait for the all clear signal, engage the safety and unload the weapon, double checking to be sure. Shoot your target or view it up close to get an accurate picture of your shots. The adjustments are up to you.

Make adjustments using the knob and check again. Return to the rifle and make adjustments using the adjustment knobs on the top and side of the scope. Each scope has a slightly different adjustment mechanism, but the principles are mostly the same. Read the next section for detailed setup instructions.

When the adjustment is complete, repeat the process. Shoot five more circles, check accuracy, and adjust again. This is the process.
It's a good idea to mark the holes in the target that you've already made so you don't get confused later, or use a new target. Especially for this purpose, there are targets with four or five different targets.

Zero the scope at different distances. In general, most shooters prefer to zero their weapon from a variety of positions, paying more attention to the distances you are likely to shoot from. The same basic procedure and adjustment can be done in each position, but you need to judge from at least two and probably more, even three or four distances.

Anatoly-40 28-03-2012 21:08

I bought a Blazer, there is a problem with installing optics at 223 cal-r. They have to stretch a little far from the eye, they can cut off the butt (it’s a pity on the barrel for 200 rubles) I can’t solve the problem, maybe someone can tell me what

smnv 29-03-2012 11:54

It all depends on what kind of sight and what kind of bracket. In such cases, I recommend the MAC bracket with a long base. It allows you to move the sight back more than on the original bracket.
Yes, and you have to look at the sight itself. I have the same thing on Blazer, some sights, because of their design features, they didn’t become normal at all.
In general, to give more specific advice, it would be advisable to take a photo of your Blaser with the sight installed.

MISHAguns 01-04-2012 16:55

Many people lack the ability to reach back on the native crown. Even with a height of more than 180 cm, and if the height is 165-172, then in my practice - for everyone. There is not enough reach on the Zeiss on the tire and even on the Knights, not to mention the cheaper sights that are shorter.
If you remove the butt plate on the butt, you can see that you can saw, usually 0.7 cm is missing for nit, weld and Zeiss, and 1 cm for Nikon, etc.
The depth of the inner part of the butt plate is 2 cm, the height of the short part is 9.5 cm, at the bottom 10 cm
Butt thickness at the top - 0.7 cm and bottom - 1.3 cm
You can calculate how much you can saw off
If you cut it off, the problem will disappear.

Highlander 01-04-2012 17:54

quote: It all depends on what kind of sight and what kind of bracket. In such cases, I recommend the MAC bracket with a long base. It allows you to move the sight back more than on the original bracket.

in relation to the 223 MAC it will work without problems... but if suddenly there is no need for something more evil, there is an experience of just this (Mac with removal) on a match 300wm, after 300 shots the front flag began to release... I'm tired, I guess

quote: I have the same thing on Blazer; some sights, due to their design features, did not work properly.
In general, to give more specific advice, it would be advisable to take a photo of your Blaser with the sight installed.

happens often...mainly if the crowns have “low” rings...

smnv 01-04-2012 18:35

quote: the front flag began to release... I'm tired, I guess

It is very easy to adjust and nothing will come loose. I had this too.

quote:
happens often...mainly if the crowns have “low” rings.

Some sights rest against the rear ring with a mechanism for entering corrections, and that’s it, nothing can be done. At one time I was never able to install Nikons properly. Switched to Lupa and Knight.

Highlander 01-04-2012 18:55

quote: It is very easy to adjust and nothing will come loose. I had this too.

so you think I didn’t adjust it...to no avail...tired

quote: Some sights rest against the rear ring with a mechanism for entering corrections, and that’s it, nothing can be done.

with takeout? ...however! ..I had a different canoe - the body of the fur-ma adjustments of the knight simply lay on the base of the monoblock - the height of the rings... alas...

smnv 01-04-2012 19:10

quote: So you think I didn’t adjust it...to no avail...tired

Try this. Adjust the tightening of the flags with a nut with reverse side from the checkbox. This is the one that fits the Blazer key for changing barrels. After this, this same nut must be locked. At the bottom of the bracket there are two small screws for a thin hexagon. They need to stop it. Until I did this, my flag was also constantly weakening.

smnv 01-04-2012 19:22

quote: .I had a different canoe - the body of the fur-ma adjustments of the knight simply lay on the base of the monoblock - the height of the rings... alas...

I just put Knight on my native crown. On the Blazerovsky crown there is a slight slope (but not 20 moa) on the MAKovsky one there is none. I checked by moving the scope from crown to crown. The STP on the Blazerovsky crown was noticeably lower, even at 100m. For long-range shooting I think this matters. Not very good for hunting.
Knight stands on a match barrel.