Does stretched resolution change my sensitivity?

No. Resolution and aspect ratio never alter your turn speed — your cm/360° and eDPI stay exactly the same whether you play 4:3 stretched, 4:3 black bars or native 16:9. Stretching only changes the picture: player models look wider and your horizontal field of view narrows. If your aim feels different after switching, it is the visual change, not your sensitivity.

Why do CS2 pros use 4:3 stretched?

Two reasons. Stretching a 4:3 image onto a 16:9 monitor makes player models about 33% wider, which some players find easier to track and hit. Historically it also boosted frame rate on weaker hardware by rendering fewer pixels. It is a preference, not a clear advantage — you trade a wider target for a narrower field of view, so plenty of pros play native 16:9.

What is the best stretched resolution for CS2?

The most common pick is 1280×960, with 1440×1080 close behind for a sharper image on 1080p displays; both are 4:3. There is no single "best" — they produce the same model-width stretch because they share the 4:3 aspect ratio, so choose the one that looks cleanest and runs well on your monitor. Set your GPU scaling mode to Full-screen (not Aspect ratio) for the stretch to take effect.

What is the difference between stretched and black bars?

Both run a 4:3 resolution. Stretched scales the image to fill the whole 16:9 screen, widening models and distorting the picture slightly. Black bars (pillarboxing) keep the correct 4:3 shape with unused strips on the sides, so models look normal but the playable image is smaller. Neither changes your sensitivity or your field of view in degrees — only how the same view is displayed.

Is SensLab really free?

Yes — the core converter, crosshair generator, pro presets, and pro comparison tables are permanently free. We use Vercel's cookieless analytics to count page views; no ads, no sign-up, no personal data collection.

Stretched Resolution Calculator

See how much wider 4:3 stretched makes player models on your monitor — and why it never touches your sensitivity.

Monitor (native) resolution

In-game resolution

Popular 4:3:

With black bars instead75%of screen width used — pillarboxed, no distortion

Sensitivity is unchanged. Resolution and stretching never alter your cm/360° or eDPI — only the picture. Stretched 4:3 widens player models by +33.3% and narrows your horizontal field of view; black bars keep the true shape but use less screen.

In short: stretching a 4:3 resolution onto a 16:9 monitor makes player models about 33% wider and narrows your horizontal view. The calculator shows the exact stretch for your monitor and resolution. Your sensitivity does not change — resolution never affects cm/360°.

Does stretched res change my sensitivity?

No. Turn speed is set by DPI and in-game sensitivity, not resolution — your cm/360° is identical at 4:3 stretched, 4:3 black bars and native 16:9. What changes is the picture: models render wider and you see less to the sides. If you switch resolution, keep your sens exactly the same.

Why do players stretch 4:3?

Wider models are easier for some players to track, and on older hardware the lower pixel count raised frame rate. It is a preference with a real trade-off — you gain target width but lose horizontal field of view. Check the exact FOV difference before committing.

Stretched or black bars — which is better?

Stretched fills the whole screen and widens models; black bars keep the true 4:3 shape with unused side strips. Neither changes your aim or field of view in degrees. Stretched is the more popular competitive choice purely for the wider-model look — try both and keep whichever you read enemies better on. For the full trade-off, read stretched vs native in CS2.

Stretched Resolution Calculator

Does stretched res change my sensitivity?

Why do players stretch 4:3?

Stretched or black bars — which is better?

Frequently Asked Questions