4:3 stretched is one of the most debated settings in competitive shooters: some players swear by it, others think it is a relic from old monitors. Here is what it actually does to your image, your field of view and your sensitivity, and how to set it up properly if you want to try it.
What "4:3 stretched" actually means
Your monitor is almost certainly 16:9 (for example 1920x1080 or 2560x1440). A 4:3 resolution is narrower: for the same height, it is only three quarters as wide. When you run a 4:3 resolution on a 16:9 screen, there are two ways to display it:
- 4:3 black bars: the game image keeps its real proportions and sits in the middle of the screen, with black bands on the left and right.
- 4:3 stretched: the 4:3 image is pulled horizontally until it fills the whole 16:9 panel. Everything becomes about 33% wider than it should be.
And of course there is native 16:9: a 16:9 resolution displayed on a 16:9 screen, with no stretching and no bars.
Common 4:3 resolutions
- 1280x960: the classic choice from the CS:GO era, a good balance between clarity and FPS.
- 1440x1080: same height as a 1080p monitor, so the image stays as sharp as possible vertically. The usual pick if your PC can handle it.
- 1024x768: lower and blurrier, mostly used on weak PCs or by players who got used to it years ago.
Other 4:3 values exist (800x600, 1600x1200), but these three cover almost everyone.
Why players use it
Player models look wider
In CS2, stretching a 4:3 image horizontally makes everything wider on screen, including enemy heads and bodies. The hitbox does not change at all, but a wider target can feel easier to read and to click on, especially at long range.
Often more FPS on weaker PCs
1280x960 contains far fewer pixels than 1920x1080 (about 1.2 million against about 2 million). Fewer pixels to render usually means a higher and more stable frame rate when your graphics card is the bottleneck. If your CPU is the limit, the gain will be small, so test it rather than assuming it.
Habit
A lot of players learned CS on 4:3 and simply never switched. Muscle memory, the way angles look, where the crosshair sits relative to the walls: all of that is tied to the image you trained on. That is a perfectly valid reason to keep it.
What you lose
Peripheral vision
This is the big one. In CS2, the horizontal field of view is 90° at 4:3 and about 106° at 16:9. Stretching does not give you those missing degrees back: you see exactly the same 90° slice of the world as with black bars, just spread across the whole screen. So an enemy standing at the edge of your view in 16:9 can be completely invisible in 4:3.
Distorted image
Circles become ovals, the HUD looks fat, and everything feels a bit "zoomed sideways". Most people stop noticing after a few sessions, but the first games can be uncomfortable.
Horizontal movement feels faster
Because the image is stretched sideways, anything moving left or right crosses your screen faster. Enemies strafing look quicker, and your own flicks feel faster too. That is directly linked to the sensitivity question below.
Native 16:9 vs black bars vs stretched (CS2)
| Native 16:9 | 4:3 black bars | 4:3 stretched | |
|---|---|---|---|
| Horizontal FOV in CS2 | about 106° | 90° | 90° |
| Width of player models on screen | normal | normal (same as 16:9) | about 33% wider |
| Feel near the crosshair | reference | same as 16:9 | about 33% faster horizontally |
| Sens adjustment to keep the same feel near the crosshair | none | none | multiply by about 0.75 |
| 360° distance on the mousepad | reference | unchanged | unchanged |
How to set it up in CS2
Menu names can move around between updates, but the logic stays the same:
- Open the video settings in CS2.
- Set the aspect ratio to 4:3.
- Pick a 4:3 resolution such as 1280x960 or 1440x1080.
- Choose the stretched scaling option if the game offers one. If you only see black bars after that, the scaling is being handled by your graphics driver, so go to the next step.
- In your GPU software, set scaling to fill the screen:
- NVIDIA: in the NVIDIA Control Panel, under the display size and position settings, choose Full-screen scaling and perform scaling on the GPU. Then apply.
- AMD: in AMD Software, in the display settings, enable GPU Scaling and set the scaling mode to Full panel.
- Restart the game if the image still has bars. Playing in fullscreen (not windowed) also helps the stretch apply correctly.
If you want black bars instead, do the same thing but pick the "preserve aspect ratio" or "center" option in the driver.
What about Valorant?
Valorant handles 4:3 differently from CS2. The game keeps its own 16:9 field of view logic, so switching to 4:3 does not give you the same "wider models" effect you get in Counter-Strike: depending on the display mode, you mostly end up with a cropped or squeezed view rather than fatter enemies. Some players still use a lower resolution in Valorant for FPS reasons, but if your goal is bigger heads, the CS2 logic does not transfer. Try it in the range and judge with your own eyes before committing.
Why your sens feels different after switching
This is where most people get confused. Your in-game sensitivity defines how many degrees you turn per inch of mouse movement. Switching resolution or aspect ratio does not change that. So if you keep the same sens, your 360° distance stays exactly the same.
What changes is how the movement looks. In native 16:9, about 106° fit across your screen width. In 4:3 stretched, only 90° fit across that same width. Near the crosshair, that means things slide across your screen about 33% faster horizontally. Your aim did not get faster in the game world, but your eyes see it as faster, and small adjustments overshoot.
Two ways to deal with it:
- Keep your sens: same 360°, same muscle memory for big turns, but micro adjustments feel faster. Many players adapt in a few days.
- Multiply by about 0.75: movement near the crosshair looks the same as before, but your 360° gets longer (you need more mousepad for big turns).
With 4:3 black bars, nothing is stretched, so the feel near the center stays the same as 16:9 and no adjustment is needed.
Going from native 16:9 to 4:3 stretched in CS2 does not change your 360° distance. It only makes horizontal movement near the crosshair look about 33% faster. Multiply your sens by about 0.75 only if you want the old feel near the crosshair back.
The stretched resolution tool does this math for any pair of resolutions, including unusual ones like 1280x1024 or 1600x900. If you are also moving to a different game at the same time, use the sensitivity converter, and check your eDPI before and after so you can compare with other players.
Quick summary
- 4:3 stretched renders a 4:3 image and pulls it across your 16:9 screen; black bars keep the true proportions.
- Most used resolutions: 1280x960, 1440x1080, 1024x768.
- Pros in CS2: wider-looking models, often more FPS on weaker PCs, habit.
- Cons: 90° instead of about 106° horizontal FOV, distorted image, horizontal movement looks faster.
- In CS2, set 4:3 aspect ratio, a 4:3 resolution and stretched scaling, then set GPU scaling to full-screen (NVIDIA) or full panel (AMD).
- Valorant does not give the same wider models effect, so test before switching.
- Same sens means same 360°; multiply by about 0.75 only to keep the same feel near the crosshair.