How to Switch a Game to Another Monitor

Moving a game from one screen to another sounds simple — and sometimes it is. But depending on your setup, operating system, and the game itself, there are several different ways this can work, and a few things that can go wrong. Here's a clear breakdown of how monitor switching works for games, and what affects how smoothly it goes.

Why Games Don't Always Follow the Cursor 🖥️

Unlike a browser window or a spreadsheet, games — especially fullscreen games — don't behave like regular application windows. When a game runs in exclusive fullscreen mode, it takes direct control of the display it launched on. That means you can't just drag it to another screen the way you would a normal window.

This is the root of most frustration when trying to switch monitors mid-game. The solution depends heavily on one factor: what display mode the game is running in.

The Three Display Modes That Govern Everything

Most modern games let you choose between these modes in Settings → Display or Settings → Graphics. Switching to Borderless Windowed is often the fastest fix if you just want flexibility across monitors.

Method 1: Change the Display Mode Inside the Game

Before trying anything else, check the game's own settings:

1. Open Settings → Display (or Video/Graphics)
2. Look for Display Mode or Window Mode
3. Switch from Fullscreen to Borderless Windowed or Windowed
4. Apply and save
5. Now drag the window — or use the method below — to move it to your second monitor

Once you're in windowed or borderless mode, you can move the game freely. Some players then switch back to fullscreen after repositioning, and the game will remember the correct monitor.

Method 2: Use Windows Keyboard Shortcuts

If you're on Windows 10 or 11, there's a built-in shortcut worth knowing:

• Win + Shift + Left/Right Arrow — Moves the active window to the adjacent monitor

This works reliably with windowed and borderless windowed games. With exclusive fullscreen, results are inconsistent and often don't work at all.

You can also try:

• Alt + Enter — Toggles between fullscreen and windowed mode in many games
• Once windowed, use Win + Shift + Arrow to move it, then Alt + Enter again to go fullscreen on the new display

Not every game respects Alt + Enter, but it's worth trying before digging into settings.

Method 3: Change Your Primary Display in Windows Settings

Another approach — particularly useful if you want all new applications and games to launch on a specific screen by default:

1. Open Settings → System → Display
2. Select the monitor you want as primary
3. Scroll down and check "Make this my main display"

Games without a manual monitor selection option will typically launch on the primary display. Changing this setting before launching the game is a reliable workaround when in-game options are limited.

On Windows 11, you can access this quickly by right-clicking the desktop → Display Settings.

Method 4: Use In-Game Monitor Selection

Many modern games — particularly AAA titles and games on launchers like Steam — now include a monitor selection dropdown directly in display settings. Look for:

• "Display" or "Monitor" dropdown in video settings
• "Preferred display" or "Target display" options

If your game has this, it's the cleanest solution. You select the monitor number (usually labeled 1, 2, 3 matching your Windows arrangement), restart if prompted, and the game moves over cleanly.

What Affects How Well This Works 🎮

Not every setup behaves the same. Several variables determine how straightforward monitor-switching will be for you:

Game engine and age — Older games built on legacy engines are far less flexible. Titles from the early 2000s or built on DirectX 9 often struggle with multi-monitor handling. Modern Unreal Engine or Unity titles tend to handle it better.

GPU and driver version — Your graphics card drivers (NVIDIA, AMD, or Intel) manage how displays are enumerated and prioritized. Outdated drivers can cause games to default to the wrong screen or refuse to move. Keeping drivers updated reduces these issues.

Resolution and refresh rate differences — If your two monitors run at different resolutions or refresh rates, switching may trigger a resolution mismatch. The game might resize, distort, or default to a lower quality setting on the new display.

Display connection types — Monitors connected via HDMI, DisplayPort, or USB-C can behave differently depending on bandwidth and how the GPU assigns them. A monitor running via DisplayPort may be treated as a higher-priority display than one on HDMI, depending on your card.

Fullscreen optimizations on Windows — Windows 10/11 includes a setting called Fullscreen Optimizations that converts exclusive fullscreen to a borderless-windowed style behind the scenes. This can help or occasionally conflict — and can be toggled per-application via the game's .exe properties.

When the Game Keeps Snapping Back

Some games aggressively re-lock to a specific monitor on load, even after you've repositioned them. Common fixes include:

• Deleting or editing the game's config file — Many games store display preferences in a .ini, .cfg, or settings.json file. Changing the monitor index value directly can override stubborn defaults.
• Launching the game with one monitor disabled — Temporarily turning off your primary display forces the game onto the remaining screen.
• Using third-party tools like DisplayFusion or Ultramon, which offer per-application window rules and display management beyond what Windows provides natively.

The Variables That Make This Personal

The steps above cover the most common scenarios, but what works cleanly in one setup can be a headache in another. A single-GPU rig with two identical 1080p monitors at 60Hz will behave very differently from a multi-GPU workstation with a 4K primary and a 1080p secondary running at 144Hz.

The game's age, your operating system version, driver configuration, display connection types, and whether you're playing in exclusive fullscreen or borderless windowed mode all interact. There's no single answer that fits every combination — your specific mix of hardware and software is what ultimately determines which method is the right one.