Valorant Crosshair Generator

Build any Valorant crosshair visually, load a pro player preset, and get a ready-to-paste import code in seconds — no digging through settings menus.

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Color & General

Crosshair Color

Options

Lines

Live Preview

Preview is 2× scale for visibility

Live Code

How to import

Copy the code above, open Valorant Settings → Crosshair → Import Profile Code, paste and confirm.

Pro Presets:

Generating crosshair code...

Configure your crosshair or load a pro preset, then click Generate Code to get your import string.

How Valorant Crosshair Import Codes Work

Valorant encodes every crosshair setting into a single string you can share or import. The code starts with 0;P; followed by key-value pairs separated by semicolons. Each key represents one crosshair property:

Code KeyPropertyValues
cColor0=White, 1=Green, 3=Yellow, 4=Cyan, 5=Pink, 6=Red, 7=Custom
0b / 1bInner / Outer lines show0=off, 1=on
0l / 1lInner / Outer line length0–20
0t / 1tInner / Outer line thickness0–10
0o / 1oInner / Outer line offset0–20
d / dtCenter dot show / thickness0 or 1 / 0–10
o / otOutline show / thickness0 or 1 / 0–10

When you import a code in-game, Valorant reads each key-value pair and applies the setting immediately. Any missing key uses the game's default. This is why codes from other players may look slightly different even with identical settings — older exports may omit fields that were added in later patches.

Pro Player Crosshair Philosophy

Most professional Valorant players share a few common traits in their crosshairs: small inner lines with no outer lines, no center dot, a thin outline for contrast, and no movement or firing error enabled. This combination gives a static, precise reference point that doesn't move during sprays — teaching players to control movement rather than relying on the crosshair's visual feedback.

Static vs Dynamic

Why Pro Players Use Static Crosshairs

A static crosshair (movement and firing errors off) forces you to stop moving before shooting and learn spray patterns manually. A dynamic crosshair that expands while moving creates a visual crutch — when it expands, you know not to shoot, but you also lose the precise reference point that static crosshairs provide for pre-aiming head level.

Beginners

Dynamic Crosshairs Can Help You Learn

If you're under Silver rank, keeping movement error on can help you develop better combat habits — the crosshair expansion teaches you when you're moving too fast to land shots accurately. Once you've internalised the mechanic, switch to a static crosshair to sharpen your precision and pre-aim positioning.

Frequently Asked Questions

How do I import a crosshair code in Valorant?

Open Valorant, go to Settings → Crosshair, click the Import Profile Code button at the top of the crosshair settings panel, paste your code, and click Import. The settings apply immediately. You can save it as a named profile using the + button next to the profile selector.

What crosshair do TenZ and most pros use?

TenZ's crosshair uses cyan color, inner lines length 2, thickness 4, offset 2, with outline on — a tight plus sign with no center dot. Most pros use similar configurations: minimal inner lines, no outer lines, no center dot, and no movement or firing error. The exact code for TenZ's crosshair is available as a preset in the generator above.

Does crosshair choice actually affect aim?

Indirectly, yes. A crosshair that clearly shows your precise aim point without visual clutter makes pre-aiming and flicking more consistent. A crosshair that's too large obscures the exact target pixel; one that's too small can be hard to track in chaotic fights. Most players find a 2–4 length, 2–4 thickness inner-line crosshair provides the best balance. The specific color matters less — choose whichever contrasts best with Valorant's map color palette in for your most-played maps.

Why does my imported crosshair look different in-game than the preview?

The live preview in this generator is scaled 2× for visibility on screen. Your actual in-game crosshair will appear smaller. Additionally, Valorant's UI rendering may apply anti-aliasing that makes thin lines appear slightly different from the crisp SVG preview here. If the proportions look correct in the preview, they will be correct in-game.