How to Use Dynamic Refresh Rate in Windows 11

A 120 Hz or 144 Hz laptop display looks noticeably smoother than a 60 Hz panel, but keeping the screen at a high refresh rate all the time can use more power. Windows 11’s Dynamic Refresh Rate (DRR) is designed to balance the two.

When the hardware supports it, Windows can use a lower refresh rate for lighter or more static work and increase it for supported interactions where smoother motion is useful.

Check whether Dynamic Refresh Rate is available

Open Settings.
Go to System > Display.
Select Advanced display.
Open Choose a refresh rate.

DRR requires a compatible display supporting variable refresh rate and at least 120 Hz, plus a compatible graphics driver. Look for the Dynamic refresh rate toggle on current builds; on other builds, you may see a Dynamic option or a refresh-rate entry that indicates dynamic behavior.

If the option is missing, make sure Windows and the graphics driver are current. Not every high-refresh display supports Windows DRR.

When DRR is useful

DRR is especially helpful on laptops. A high refresh rate makes scrolling, pen input, and interface motion feel smoother, while dropping the refresh rate during static work can reduce display power consumption.

Microsoft includes Dynamic refresh rate among its Windows 11 power-saving recommendations for supported systems.

DRR is not the same as VRR

The names are similar, but Dynamic Refresh Rate and Variable Refresh Rate solve different problems.

DRR is a Windows power/responsiveness feature that changes the display refresh rate based on how the PC is being used. VRR is primarily a display synchronization technology that allows the monitor refresh rate to adapt to changing frame output, which can reduce tearing and improve gaming smoothness.

Should gamers leave DRR enabled?

If a particular game does not appear to reach the refresh rate you expect, temporarily select a fixed high refresh rate under Advanced display and compare behavior.

Microsoft notes that DRR can limit the maximum refresh rate of some games. If that happens, switching to a fixed refresh rate while gaming is a reasonable workaround.

Check the display’s current capabilities

The Advanced display page also shows the current resolution, refresh rate, bit depth, color format, and whether supported features such as variable refresh rate are available.

Battery life still depends on the workload

DRR can reduce display power use, but it cannot compensate for a game, video render, heavy browser workload, or background process keeping the CPU and GPU active.

For better battery life, combine DRR with appropriate brightness, Energy Saver, a sensible power mode, and reduced background activity. Think of DRR as one useful power-management tool—not a complete battery fix.

Confirm the graphics driver supports the feature

Dynamic Refresh Rate depends on both the internal display and a compatible graphics driver. If a laptop was advertised with a high-refresh panel but Windows only offers fixed rates, install the OEM-recommended graphics and display drivers before assuming DRR is unavailable.

External monitors may expose high refresh rates and VRR without supporting Windows’ laptop-oriented DRR behavior. The available options shown in Advanced display are the most reliable guide for that specific display connection.