How to Use Stretched Resolution in Fortnite on a Stretched Monitor

Stretched resolution is one of those settings that competitive Fortnite players swear by — and for good reason. It changes how the game renders and displays, potentially giving you a wider field of view, chunkier enemy models that are easier to hit, and a smoother frame rate. But getting it working correctly, especially on a monitor that's already running at a non-standard aspect ratio, takes a few specific steps across both your GPU software and Fortnite's own settings.

Here's what's actually happening under the hood, and how to set it up.

What "Stretched Resolution" Actually Means in Fortnite

When players talk about stretched resolution, they mean running Fortnite at a resolution with a narrower aspect ratio than your monitor's native display — most commonly 1440×1080 or 1728×1080 on a standard 1080p screen — and then letting the monitor or GPU stretch that image to fill the full display.

The result is that everything looks horizontally wider. Enemy player models appear broader, which some players find easier to target. The game also renders fewer pixels total, which can push your frames per second (FPS) higher — a real advantage in a game where frame rate directly affects input responsiveness.

On a standard 16:9 monitor, this is a relatively straightforward process. On a monitor that's already running at a stretched or non-standard resolution — like an ultrawide (21:9), a super-ultrawide (32:9), or a custom aspect ratio display — the process gets more layered.

Why a Stretched Monitor Changes the Process 🖥️

A "stretched monitor" in this context usually means one of two things:

• A monitor with a non-standard native aspect ratio (ultrawide, super-ultrawide)
• A standard monitor where the display is already being scaled or stretched via GPU or monitor settings

Fortnite's resolution options are tied to what your GPU and operating system report as available. If your monitor natively runs at 2560×1080 (ultrawide), Fortnite will detect that and try to render at that ratio. Getting a "stretched" look on top of that requires telling the GPU to output a different resolution and aspect ratio than the monitor's native spec — which is where GPU control panels come in.

Step-by-Step: Setting Up Stretched Resolution in Fortnite

Step 1 — Create a Custom Resolution in Your GPU Software

This is the foundational step. Fortnite won't let you select resolutions that your system hasn't registered.

NVIDIA users:

1. Open NVIDIA Control Panel
2. Go to Display → Change Resolution
3. Click Customize → Create Custom Resolution
4. Enter your target resolution (e.g., 1440×1080 for a 4:3 stretched look)
5. Set the refresh rate to match your monitor's native refresh rate
6. Click Test — your screen will briefly go black to confirm it works
7. Accept and save

AMD users:

1. Open AMD Radeon Software
2. Navigate to Display settings
3. Look for Custom Resolutions or Virtual Super Resolution / Display Override
4. Add your target resolution manually

Step 2 — Set the Scaling Mode

This is the step most guides skip, and it's critical on non-standard monitors.

In NVIDIA Control Panel, under Display → Adjust Desktop Size and Position, set the scaling to Full-screen and select Override the scaling mode set by games and programs. This forces the GPU to stretch the output rather than letterboxing or pillarboxing it.

On AMD, look for GPU Scaling and enable it, then set the scaling mode to Full Panel.

If you leave scaling set to the monitor's default, a narrower resolution will often show up with black bars on the sides instead of stretching — which defeats the purpose.

Step 3 — Apply the Resolution in Fortnite

1. Launch Fortnite
2. Go to Settings → Video
3. Under Resolution, your custom resolution should now appear in the dropdown
4. Select it and set the Window Mode to Fullscreen (not Windowed or Borderless — those modes often ignore GPU scaling)
5. Apply and confirm

Step 4 — Confirm the Stretch Is Actually Happening

Once in-game, character models should look noticeably wider than normal. If everything still looks correct and proportional, the stretch isn't applying — go back and check your scaling mode settings in the GPU panel.

Variables That Affect How This Works

Not every setup produces the same result. Several factors shape your experience: 🎮

On ultrawide monitors specifically, creating a 4:3 custom resolution and stretching it produces a different visual result than on a 16:9 panel — the math of how the image fills the screen changes based on the monitor's physical pixel grid.

Common Issues and What Causes Them

Black bars instead of stretch: Scaling mode isn't set to full-screen, or the monitor is overriding GPU scaling. Check both the GPU panel and your monitor's on-screen display (OSD) settings.

Custom resolution doesn't appear in Fortnite: The resolution wasn't saved correctly, or Fortnite is running in Borderless Windowed mode. Confirm the resolution exists in Windows display settings first.

Game looks stretched but performance didn't improve: You may have selected a resolution that's close to your native resolution. The performance benefit scales with how much you reduce the total pixel count.

Resolution resets after update: Fortnite updates sometimes reset video settings. The custom resolution itself (registered in the GPU panel) usually survives, but in-game settings may need to be reapplied.

What Differs Across Player Setups

A player on a standard 1080p 16:9 monitor has a simpler path — the GPU scaling workflow is well-documented and broadly consistent. A player on an ultrawide monitor is working with a larger native canvas, which changes how aggressive the stretch needs to be to produce the same visual effect on enemy models. Someone on a super-ultrawide faces even more variables around what custom resolutions the monitor firmware will accept.

Your specific monitor's behavior with GPU scaling, your driver version, and which aspect ratio you're targeting all combine to produce an outcome that's genuinely different from setup to setup — which is why the same steps can feel seamless for one player and require troubleshooting for another.