Best CS2 Crosshair Codes (2026 Update)

Want to try a different crosshair without adjusting every slider first? Import a preset, keep the parts you like, and change the ones that get in the way. Save your current code before starting. A player’s name is a useful way to find an earlier setup, but it doesn’t mean they still use that exact code.

Use the list for a quick starting point, then check it alongside the rest of your CS2 settings, especially resolution and display scaling.

The tables below use the current CS2 share-code format introduced on September 30, 2026. The pro codes were checked against recent official match-demo data, while the creator presets were checked against recent match activity. Players can change their crosshairs at any time, so use the verification date as a snapshot rather than assuming a code will remain permanent.

To try one, copy the complete CSGO- string, open Settings > Crosshair/Scopes, choose Share or Import, and paste it.

How to Import a CS2 Crosshair Code in 30 Seconds

1. Open CS2 Settings, then select Crosshair/Scopes.
2. Select Share or Import on the preview panel.
3. Paste the complete share code and choose Import.
4. Test it on the same resolution and aspect ratio you normally use.

Save your current code before importing another crosshair. That gives you a quick way back if the new shape is hard to see.

What Changed With CS2 Crosshairs in 2026?

Valve rebuilt CS2’s crosshair system in September 2026. Crosshairs are now resolution-independent, dimensions use pixel-based settings, and the Settings menu has a dedicated Crosshair/Scopes section. The default was also changed to Dynamic Quad, a style designed to represent weapon accuracy more directly.

Valve expanded the system again on September 30 with outline colors, the Static Quadrant style, negative gaps for Classic Dynamic, finer alpha adjustments, and additional scope-dot data. That update also changed the crosshair share-code format, which is why older CSGO-xxxxx-... codes should not be used as current import codes.

• September 22: resolution-independent crosshairs, new styles, Crosshair/Scopes tab and Dynamic Quad default.
• September 23: Valve clarified that thickness, length, and gap use pixels and automatically rescale with resolution.
• September 30: outline colors, Static Quadrant, negative Classic Dynamic gaps, scope-dot data in codes, and a new share-code format.
• October 2: Valve fixed grenade-crosshair rendering when thickness is set to 3 pixels.

What Makes a Good CS2 Crosshair?

First decide how much visual feedback you want. Shape and recoil-following behavior are separate choices, so a static shape does not always mean the crosshair stays fixed on screen:

• Static: Keeps a fixed shape. Leave Follow Recoil off if you also want a fixed screen-center reference.
• Dynamic: Changes according to weapon accuracy and spread. Dynamic Quad is now CS2’s default style and was introduced to represent weapon accuracy more directly.
• Follow Recoil: A separate setting that moves the crosshair with recoil, including when using a static shape.

Green and cyan are common starting colors, but compare them against your usual maps rather than assuming either will stand out everywhere. An outline can help when the base color blends into a wall.

The menu preview only tells you so much. Try a pale wall, a dark corridor, and a busy fight with smoke in view. If you have to search for the crosshair before placing it, the color, opacity, or outline needs attention. The opposite problem matters too: a bright, heavy shape may be easy to find while covering the detail you want to aim at.

Then compare thickness and gap together. Thin lines leave more of the target visible but can be harder to follow during a spray; thick ones trade some of that clear view for visibility. A tighter opening gives you a small reference to place, while a wider gap leaves more room around the target. Dynamic feedback can show accuracy changes during practice, whereas a static reference stays visually simpler. Choose the smallest readable setup, not simply the smallest number the menu allows.

How Resolution and Aspect Ratio Change What You See

CS2’s current crosshair system is resolution independent. Length, thickness, and gap are entered in pixels for the resolution where the crosshair was created, and CS2 automatically rescales those measurements when resolution changes. For example, a thickness of 2 pixels at 720p becomes 4 pixels at 1440p to preserve the same proportions. Stretching 4:3 to fill a widescreen monitor happens separately and can still make the shape look wider. That’s why the useful comparison is on the resolution and scaling you normally play with.

Best Pro Player CS2 Crosshair Codes

The codes below use CS2’s current post-September-30 share-code format and were checked against recent official match-demo data. The date shows the latest match where that crosshair was verified. Pro players can change settings between matches, so a newer demo may eventually replace any code listed here.

Pro Crosshair Presets

More Pro CS2 Crosshair Codes

A small static cross in a contrasting color is a sensible first comparison. You don’t have to keep it just because a pro-associated preset uses it. Look for the aim point, then look through it at a distant target: both should be easy to see.

Import one code and take it through a short practice session. Try moving, stopping, tapping, and spraying, then hold an angle with a target farther away. A shape that looked sharp in the menu may disappear during recoil or cover a distant head. Those are useful reasons to adjust it; one missed shot isn’t.

For a rifle, pay attention to bursts and distant angles. An AWP scope is a separate graphic, so copying an AWPer’s ordinary crosshair is not the same as copying their whole scoped setup.

Use the same resolution and practice routine for each comparison. Otherwise, you may be judging the display change rather than the crosshair. A player’s saved code is also just one version of their setup, not something they are obliged to keep.

Best CS2 Streamer and Creator Crosshair Codes

Creator settings are harder to keep current than professional match-demo data, so the codes below use recent current-format presets checked from match activity. As with pro settings, a creator can change their crosshair after the listed date.

Import Troubleshooting and Manual Adjustments

Import a saved code:

1. Open Settings
2. Go to Crosshair/Scopes
3. Click Share or Import
4. Paste the code and confirm

Adjust individual settings:

The CS2 developer console is useful when you only want to change one value and leave the rest alone.

A share code belongs in Settings > Crosshair/Scopes > Share or Import, not in the console. Current CS2 share codes begin with CS and contain no dashes. The older CSGO-xxxxx-xxxxx-xxxxx-xxxxx-xxxxx format stopped importing after Valve changed the share-code format on September 30, 2026.

With a cl_crosshair command, you enter a setting name and a value instead of an import code. Press Enter to apply it. Semicolons let you put several commands on one line, but start with one so you know what changed.

If a current CS... code is rejected, first check that the entire string was copied without spaces or missing characters. If the code begins with CSGO-, it is from the old format and cannot be imported directly into the current client. Use a current code instead; converted pre-update crosshairs may only approximate the original because the old system used different sizing units.

How to Copy an Opponent’s Crosshair Mid-Match

1. Press Tab to open the scoreboard.
2. Select the player whose crosshair you want.
3. Choose Copy Crosshair.
4. Confirm that you want to replace the current setup.

Save a backup before copying another player’s crosshair. If that mode doesn’t offer the scoreboard option, the player can share a code with you instead.

How to Build Your Own CS2 Crosshair (Command Reference)

Keep an old CFG as a reference, not as a direct conversion chart for the current crosshair system. Legacy commands such as cl_crosshairsize, cl_crosshairgap, and cl_crosshairthickness used the older sizing system, while the current controls use cl_crosshair_length, cl_crosshair_gap, and cl_crosshair_thickness with pixel-based values. Likewise, an old CSGO- share code should not be treated as a current import code.

With cl_crosshairstyle 4, you have a Static Cross to work on. Perhaps the bars are a good length but look too heavy: that’s a reason to lower thickness, not shorten them. Or perhaps the opening feels cramped, in which case try the gap. Working this way is easier than moving every slider and wondering which change helped.

Want cyan instead of green? Leave red at 0 and green at 255, then raise blue from 0 to 255. That changes the color, not its transparency, which belongs to cl_crosshaircolor_a. The outline has its own color controls. Add the dot if you would rather put a mark on the target than place it inside an empty opening.

Still moving during a spray, despite selecting a static shape? Follow Recoil is the other setting to check. Turn it off with cl_crosshair_recoil 0 to leave the static reticle at the center as you fire.

How to Choose the Right Crosshair for Your Playstyle

A distant opponent is a useful size comparison. If the head disappears under your crosshair, reduce what is covering it before trying a completely different preset. Up close, visibility may be the bigger problem: the tiny shape that left a distant target unobstructed can be hard to follow during a burst. An AWP’s scoped view needs a separate comparison because its scope graphic is not the ordinary crosshair.

A missed shot is not much of a diagnosis. Were you unable to find the crosshair, or was it hiding the head? The first problem points toward contrast; the second points toward dimensions. Give a preset a few sessions and adjust the thing that is actually getting in the way.

FAQ