CS2 crosshair guide

CS2 Crosshair Gap, Size, and Thickness Guide

Understand CS2 crosshair gap, size, and thickness by comparing current pro player settings.

Last reviewed 2026-05-17

Gap, size, and thickness define the practical shape of a CS2 crosshair. Color matters, but these three numbers decide how much target information stays visible around the center.

The safest adjustment path is size first, gap second, thickness last. That order changes the silhouette before adding visual weight.

Selection notes

Size changes the silhouette first

Size controls how far the crosshair arms reach. Adjust it before thickness so you understand the shape before adding weight.

  • Lower size for less obstruction.
  • Increase size if you lose the arms while moving.
  • Retest at long and mid range after every change.

Gap controls head-space around the center

Gap decides how much empty space remains around the center point. Too tight can cover the target; too open can make the center feel vague.

Thickness is the last visibility lever

Thickness makes lines easier to see but increases visual weight. Use it after size, gap, and color are already close.

Workflow

1. Read the current values

Open your share code and note size, gap, and thickness before editing.

2. Adjust size

Reduce size if the crosshair covers too much of the model; increase it if you lose the arms.

3. Adjust gap

Use gap to control how much space remains around the exact head position.

4. Adjust thickness last

Increase thickness for visibility, but stop before the center starts covering too much.

cl_crosshairsize 2; cl_crosshairgap -3; cl_crosshairthickness 1

Preview parameter changes

Change gap, size, and thickness visually before copying commands.

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FAQ

Which parameter changes aim feel most?

Size and gap usually change feel first; thickness mainly changes visibility and weight.

What is a good gap value?

There is no universal value. Compare against the median range and adjust for your resolution.

What should I tune first: gap, size, or thickness?

Tune size first, gap second, thickness last. This keeps shape and visibility decisions separate.

Why does a small gap feel inaccurate?

A very tight center can cover target information and make micro-corrections harder to read.

Can I copy pro parameter values directly?

Use them as a range, then tune for your own resolution and map visibility.