The PS5 DualSense controller includes a built-in motion sensor that can detect how you tilt and rotate the controller. On PC, motion controls can make aiming feel more natural by letting you make small camera adjustments with your hands instead of relying entirely on the right stick.
DSX (DualSenseX) provides controller configuration features, but the gyro options available depend on your DSX version and the input method supported by your game. Before changing settings, check whether your setup can read the DualSense motion data and translate it into the type of input your game understands.
This guide covers gyro aiming basics, output methods, sensitivity, drift, activation controls, and common troubleshooting steps.
What Is Gyro Aiming?
The DualSense contains a six-axis motion-sensing system made up of a three-axis gyroscope and a three-axis accelerometer.
These sensors detect rotational movement and changes in the controller’s orientation. Compatible software can use this information to translate physical controller movement into game input.
For example, you can move the controller slightly to adjust your crosshair while continuing to use the left stick for movement.
Gyro aiming can be useful in:
- First-person shooters.
- Third-person action games.
- Games that benefit from precise camera adjustments.
- Emulators and other applications that support compatible motion input.
However, the presence of a gyroscope does not mean every PC game can use it directly. The controller software and the game must support a compatible input path.
Does DSX Support Gyro Aiming?
The available motion-control features depend on the DSX version and its supported configuration.
Before following a tutorial that mentions a specific Gyro tab, output mode, or calibration button, check whether that option exists in your installed version.
The current Steam version and the older GitHub release, DualSenseX 1.4.9, are not identical. The older GitHub version is no longer actively maintained, so its interface and feature instructions may not apply to the current Steam application.
You can check the current application on the official DSX Steam page and review the legacy GitHub releases if you specifically use an older version.
If your DSX installation does not expose gyro configuration, do not assume that a missing menu is a driver problem. First verify which motion-control features your version supports.
Choose the Right Gyro Output Method
When controller software supports gyro translation, the important question is how the motion data reaches the game.
Two common approaches are mouse output and analog-stick output. Their availability and exact names depend on the software you use.
Mouse Output
Mouse output translates controller movement into mouse movement.
This can be useful for aiming in games that accept mouse input while continuing to receive controller input for movement and other actions.
Potential advantages include:
- Fine camera adjustments.
- Small aiming corrections without moving the right stick.
- A familiar mouse-like aiming response.
There is an important limitation: some games handle mouse and controller input simultaneously, while others switch control modes when they detect mouse movement.
If the game stops showing controller prompts or behaves unexpectedly when gyro aiming is enabled, check whether it supports simultaneous mouse and controller input.
Analog-Stick Output
Analog-stick output translates motion into an emulated stick movement rather than mouse movement.
This may be useful in games that accept controller input but do not work well with simultaneous mouse and controller input.
However, stick output is not identical to mouse output. It passes through the game’s analog-stick processing, which may include sensitivity, deadzones, acceleration, or other response settings.
For a game that supports both methods, test them separately and keep the one that behaves most predictably.
How to Set Up Gyro Aiming
The exact menus depend on the controller software and version. If your installed DSX version provides gyro configuration, use the following general process.
- Connect the DualSense to your PC using USB or Bluetooth.
- Open DSX and confirm that the controller is detected.
- Open the controller settings or profile configuration.
- Find the available motion or gyro settings.
- Choose a supported output method, such as mouse or analog-stick output, if available.
- Configure the motion axes and activation controls offered by your version.
- Apply the settings and test them in a compatible game.
If your version does not provide these options, you will need a compatible controller-input solution that supports DualSense motion data. Do not install additional drivers at random in an attempt to reveal missing controls.
Configure Gyro Activation
Gyro aiming can feel distracting when it is active throughout an entire game. Every small hand movement may affect the camera, including movements made while navigating menus or repositioning your hands.
If your software supports gyro activation controls, you can use a button or trigger to decide when motion input is active.
Aim-Only Gyro
A common approach is to activate gyro while aiming down sights.
For example, you might use L2 as the activation control if that is your aim button in the game.
This allows you to use the right stick for normal camera movement and gyro for smaller aiming corrections while aiming.
Always-On Gyro
Always-on gyro can work well for players who want motion control to remain active during most gameplay.
However, it requires a consistent grip and careful sensitivity tuning. If the camera moves whenever you adjust your hands, try a button-activated configuration instead.
Not every version of DSX offers the same activation options, so use only the controls actually available in your software.
Tune Gyro Sensitivity
Sensitivity determines how much camera or stick movement results from a given amount of controller rotation.
If sensitivity is too low, you may need to rotate the controller farther than feels comfortable. If it is too high, small hand movements can make the crosshair jump past your target.
A practical tuning process is:
- Start with the default sensitivity.
- Open a practice area or another low-pressure part of the game.
- Move the controller slowly and observe the camera response.
- Increase sensitivity slightly if movement feels too slow.
- Reduce it if small adjustments are difficult to control.
- Repeat the same movement after each change.
Change one setting at a time. If you adjust gyro sensitivity, mouse sensitivity, and in-game acceleration simultaneously, it becomes difficult to determine which change improved the response.
There is no universal sensitivity value that works for every game, software version, and player.
Reduce Jitter and Unwanted Camera Movement
Gyro sensors detect small movements, including natural hand tremors. Some movement is expected, but excessive camera drift can make aiming uncomfortable.
Before changing settings, determine whether the camera moves because the controller is physically moving, the sensor needs recalibration, or the software is processing the input incorrectly.
Try the following steps.
Hold the Controller Steadily
Rest your hands in a comfortable position and observe whether the camera remains stable.
If the camera moves whenever you adjust your grip, try an activation button rather than leaving gyro active all the time.
Check Deadzone or Filtering Options
Some controller software provides filtering or deadzone options for motion input. Availability and behavior depend on the application.
If your version exposes these settings, make small adjustments.
Too little filtering may leave unwanted movement visible. Too much filtering can delay small aiming corrections or make the camera feel less responsive.
Do not assume that an analog-stick deadzone setting also affects gyro input. They may control different parts of the input path.
Check In-Game Mouse Settings
If you use mouse output, inspect the game’s mouse sensitivity and any available acceleration settings.
Start with a predictable configuration and test how gyro movement behaves. Changing several in-game settings at once can make it difficult to identify the cause of erratic aiming.
Mouse settings may affect gyro output differently depending on how the game processes input.
Calibrate the Controller if Gyro Drifts
If the camera continues moving while the controller is resting on a stable surface, check whether your controller software provides a motion calibration option.
If calibration is available:
- Place the controller on a stable, level surface.
- Keep it still while the calibration process runs.
- Follow the instructions displayed by the application.
- Return to the game and test whether the drift has improved.
Do not assume every DSX version includes a dedicated gyro calibration button. If the option is missing, consult the documentation for your installed version.
Calibration also cannot fix every source of unwanted movement. If the controller is physically moving, the game has its own camera drift, or another input tool is generating movement, you will need to address that cause separately.
Combine Gyro with the Right Stick
For many players, gyro works best alongside the right stick rather than replacing it completely.
A useful approach is to divide the work between the two inputs:
- Right stick: Large camera movements and turning toward a new target.
- Gyro: Small aiming adjustments and fine corrections.
- Left stick: Character movement.
- Aim button: Optional gyro activation, if supported.
This arrangement lets you use the stick for broad movements while relying on controller tilt for smaller adjustments.
The ideal balance depends on the game and your preferred sensitivity. Some players prefer gyro for most camera movement, while others use it only for precise aiming.
USB vs Bluetooth for Gyro Controls
Both USB and Bluetooth can connect the DualSense to a PC, but motion-feature support depends on the software and game.
If gyro aiming feels inconsistent over Bluetooth, try USB as a troubleshooting step. This helps determine whether the issue is related to the wireless connection or the input configuration.
Check the following:
- Does the software detect the controller consistently?
- Does the game receive motion input at all?
- Does the same configuration work over USB?
- Does the issue occur in every game or only one?
- Is another controller-mapping application running?
Do not assume Bluetooth is always slower or that USB automatically fixes gyro problems. Test both connections when possible and compare the actual behavior.
For pairing instructions, see PlayStation’s official DualSense Bluetooth guide.
Troubleshooting Common Gyro Problems
Gyro Settings Are Missing in DSX
Check your DSX version and its current feature documentation. Instructions written for the legacy GitHub release may not match the current Steam version.
Tilting the Controller Does Nothing
Confirm that the controller is detected, the software supports motion input, and a compatible output method is selected. Then test the configuration in a game that accepts that type of input.
The Camera Moves Too Quickly
Reduce the available gyro sensitivity or output scale. If the game has its own mouse sensitivity setting, test it separately.
The Camera Drifts While the Controller Is Still
Check whether motion calibration, filtering, or activation controls are available. Also verify that another input source is not moving the camera.
Gyro Works, but the Game Stops Accepting Controller Input
Some games switch between mouse and controller input modes. If you use mouse output, check whether the game supports simultaneous mouse and controller input.
Gyro Works in One Game but Not Another
The games may handle input differently. One may accept mouse input alongside controller input, while another may expect analog-stick input. Test the output methods supported by your software rather than assuming one configuration will work everywhere.
USB Works but Bluetooth Does Not
Check Bluetooth pairing, Windows connectivity, and the feature support of your controller software. Compare both connection methods before reinstalling software or changing drivers.
Do You Need ViGEmBus or HidHide for Gyro Aiming?
Not automatically.
These tools serve different purposes and are not universal requirements for reading or configuring DualSense motion data.
ViGEmBus was used by older DSX configurations for virtual controller emulation. The project has reached end of life, so check your specific software requirements before installing it.
HidHide can hide a physical controller from selected applications when duplicate input occurs in a virtual-controller setup. It is not a gyro calibration tool.
If your goal is simply to use motion aiming and your current software supports the required input path, neither tool should be installed without a specific reason.
Where to Get DSX
For the current Steam application, visit the official DSX Steam page.
If you are setting up your controller for the first time, our Getting Started guide explains the basic setup. For detection and connection problems, see the Troubleshooting guide.
Final Tips for Better Gyro Aiming
Start with a simple configuration. Confirm that your software can read motion input, select a compatible output method, and test the result in a game that supports it.
Then adjust sensitivity gradually, use an activation button if always-on gyro feels distracting, and investigate drift before adding more filtering.
Most importantly, check which features your installed DSX version actually supports. Gyro aiming depends on the entire input path, from the DualSense motion sensor to the software and finally to the game.