What is CS2 Chams? Model Coloring and Its Advantages
We provide a technical detailed guide for CS2 Chams, including rendering logic, flat/textured/glow difference, behind-the-wall color separation, and comparison with box ESP.
How to Render Chams?
Chams is a technique of redrawing the character model, which the game engine normally subjects to a depth test (z-buffer), with an alternative material that ignores this test. Technically, a hook is placed in the game's render pipeline, assigning a fixed color or emissive material in place of the original texture just before the enemy model is drawn. In this way, the model remains visible on the screen even if the wall in front of it is rendered, because depth comparison is skipped. Since this process occurs every frame in CSCodep, chams are applied without interruption even if the enemy moves.
Difference Between Flat, Textured and Glow
Flat chams cover the model with a single solid color (e.g. bright red), giving the highest visibility but least detail information; It becomes unclear which weapon he is carrying or which direction he is facing. Textured chams add a translucent layer of color over the original texture so that both high visibility and weapon/pose detail are preserved. Glow, on the other hand, renders a glow halo around the model, not the model itself; it is the least aggressive of the three and looks more natural on transparent surfaces (smoke, glass).
Separate Color for Behind Wall and Visible Status
CSCodep's chams system can individually calculate whether the enemy is in your line of sight and assign two different colors: one color when directly visible (e.g. green), another color when behind a wall (e.g. red). This distinction allows you to detect the moment an enemy turns a corner with a color change to a tenth of a second precision.
Chams or Box ESP?
Box ESP draws a rectangular frame around the enemy, showing the location clearly, but losing the model detail (pose, weapon direction). On the other hand, since Chams shows the model itself, it conveys the body position, aiming direction and moment of movement much more naturally, as if you were really seeing the enemy. While box ESP is less tiring at long range in sniper maps (such as Vertigo, Overpass), in close combat maps (Mirage, Inferno) the pose information given by chams makes the peek decision more accurate.
Impact on Performance and FPS
Chams theoretically creates slightly more GPU load than the ESP line because it requires an extra render pass, but CSCodep's optimized shader keeps this difference under 1-2 FPS on average. On low-end systems, flat chams require less processing power than textured or glow modes because it does not calculate an additional texture layer. In intense 5v5 combats, CSCodep's system is designed to keep frame drop below noticeable levels, even when 10 models are rendered simultaneously with chams.
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