Gyroscope & Motion Sensor Tester: Test Controller Gyro Online

Your controller has a gyroscope inside it. The gyroscope measures angular velocity: how fast you're rotating the controller around each axis. Most people never test it until something goes wrong. If your camera drifts on its own in a shooter, your aim feels shaky during motion controls, or gyro aiming just seems off, the sensor is usually the first thing to check — right after you have confirmed the basics with a gamepad tester.

This online controller tester reads live gyro and accelerometer data directly from your gamepad. No download or app required. You get real pitch, yaw, and roll values in real time, plus shake detection, calibration tools, and a full motion history graph. It works with PS5 DualSense, PS4 DualShock 4, Nintendo Switch Pro Controller, and Joy-Cons through any Chromium browser.

What the Tester Checks

The tool reads your controller's IMU output and splits it into three live data streams at once.

Gyroscope (Rotation)

• Pitch (X axis): tilting the controller forward or backward
• Yaw (Y axis): rotating left or right, like steering a wheel
• Roll (Z axis): tilting side to side
• Values are displayed in degrees per second (°/s)

Accelerometer (Movement and Force)

• X, Y, Z axis readings in m/s²
• Total Force: combined G-reading across all axes
• At rest, expect roughly 1.0G from gravity
• Peak Force: highest value logged during your session

Device Orientation (Mobile Testing)

• Alpha: rotation around the vertical axis
• Beta: front-to-back tilt
• Gamma: left-to-right tilt
• Uses the DeviceOrientation API when you switch to Device mode

Which Controllers Support Motion Sensors

Motion support depends entirely on the hardware inside the controller. There is no software fix for a controller with no IMU chip.

Controller	Gyro	Accelerometer	Axes	Best Connection
PS5 DualSense	Yes	Yes	6-axis	USB or Bluetooth
PS4 DualShock 4	Yes	Yes	6-axis	USB recommended
Switch Pro Controller	Yes	Yes	6-axis	USB or Bluetooth
Joy-Con (L and R)	Yes	Yes	6-axis	Paired via Bluetooth
Xbox Series X/S	No	No	None	Not applicable
Xbox One / Elite Series 2	No	No	None	Not applicable
8BitDo Ultimate 2	Yes	Yes	6-axis	Switch mode only
Steam Deck	Yes	Yes	6-axis	Device mode
Logitech F710	No	No	None	Not applicable

Xbox controllers across every model and generation have no gyroscope or accelerometer hardware. This is not a driver issue or a connection issue. The hardware simply does not exist inside them. Running the Xbox controller tester will confirm the device is connected, but motion data will never appear.

How to Use the Gyro Tester Gamepad Tool

Step 1: Connect Your Controller

Plug in via USB or pair over Bluetooth. USB is more stable for gyro testing, especially with PS4 and PS5 controllers. Bluetooth works for Switch controllers without much trouble.

Step 2: Open the Tester in the Browser

Use Chrome, Edge, or Opera. Chrome gives the most complete Gamepad API support. Firefox and Safari have limited gyro access for gamepads because they do not support WebHID.

Step 3: Wake the Controller

Press any button after connecting. The Gamepad API does not register a device until it receives at least one input signal. The controller name and connection type will appear once the browser detects them.

Step 4: Grant Sensor Permission

Some browsers prompt for motion sensor access, especially on HTTPS pages. Accept it. Without permission, the sensor panel stays inactive, and you will see no live data.

Step 5: Watch the Live Data Panel

Pick up the controller and move it slowly. Pitch, yaw, and roll values should respond immediately. Rotate it on each axis one at a time to see which values change and by how much.

Step 6: Do the Desk Test

Set the controller flat on a hard, still surface. All three gyro values should settle close to 0.00°/s. If they keep moving on their own, you have gyro drift.

Step 7: Calibrate

Click the Calibrate button while the controller is completely still. This sets a new zero-point baseline. Wait 5 to 10 seconds after setting it down before you hit calibrate. Rushing this step causes the sensor to pick up residual movement and calibrate to the wrong zero point.

Step 8: Run the Shake Test

Pick up the controller and shake it firmly. The shake counter should increment, and the accelerometer values should spike. This confirms the accelerometer responds to fast movement and not just slow tilts.

Understanding the IMU of the Controller

Every motion-capable gamepad uses an IMU chip. IMU stands for Inertial Measurement Unit. It is a small silicon module, usually a MEMS (Micro-Electromechanical Systems) chip, that combines the gyroscope and accelerometer on one board.

How the Gyroscope Works

The gyroscope uses microscopic vibrating structures. When you rotate the controller, the Coriolis effect shifts those vibrations. The chip reads that shift and converts it into an angular velocity value. That is the number you see in the tester.

How the Accelerometer Works

The accelerometer tracks linear force and the constant pull of gravity at 9.8 m/s². At rest, it always reads approximately 1.0G pointing downward. That gravity reading is actually useful because the firmware uses it as a reference point to correct the gyroscope.

How Sensor Fusion Works

• The gyroscope measures fast rotation, but drifts over time on its own
• The accelerometer stays stable at rest but gets noisy during fast movement
• A Kalman filter or complementary filter merges both data streams every cycle
• The filter uses gravity as a fixed anchor to reset the gyro's orientation continuously
• This is why you need both sensors working to get stable motion controls in games

The PS5 DualSense IMU polls at up to 1000Hz internally. Standard analog sticks report at 125Hz. That difference is why gyro aiming can feel more responsive than stick aiming when everything is calibrated correctly.

Gyro Drift: What It Is and How to Spot It

Gyro drift is the most common issue users find during game controller testing. It shows up as slow, unintended sensor movement while the controller sits completely still on a surface.

Software Drift vs Hardware Drift

Software/calibration drift:

• Values creep slowly in one direction at rest
• The root cause is a shifted zero-rate offset in the MEMS sensor
• Temperature changes are a common trigger for this
• A bias error of just 0.05°/s becomes a 30-degree error after one minute of active use
• Usually fixable through recalibration

Hardware drift:

• Values jump erratically even after multiple calibration attempts
• Persists whether you use USB or Bluetooth
• Does not improve after a firmware update
• Points to physical damage in the IMU chip itself

The Desk Test

Place the controller flat on a firm, non-vibrating surface. Watch the gyro panel for 20 to 30 seconds without touching it.

• ±0.05°/s fluctuation: normal and expected
• Consistent movement above ±0.3°/s: calibration drift
• Random spikes and jumps: possible hardware failure
• Values that never settle: a strong sign of a failing IMU

If you are also seeing the analog sticks move without input during this same test, that is a separate problem. Diagnose the stick issues independently of the gyro problems.

How to Calibrate the Gyroscope

Online calibration through this tool handles most drift issues. System-level calibration goes deeper when the online fix does not hold.

Online Calibration With Our Tool

1. Place the controller flat on a hard surface, not on fabric or a cushion
2. Leave it completely still for at least 10 seconds
3. Click the Calibrate button in the sensor panel
4. Watch pitch, yaw, and roll reset toward zero
5. If drift continues after the first attempt, wait another 10 seconds and try again
6. Do not touch or bump the surface while calibration runs, even a small vibration throws it off

System-Level Calibration by Platform

PS5: Go to Settings, then Accessories, then Controllers. Select Calibrate Motion Sensors. Follow the on-screen steps and place the controller flat when the screen tells you to.

PS4: Go to Settings, then Devices, then Controllers. Select Reset Calibration. This clears the stored zero-point data and starts fresh.

Nintendo Switch: Open System Settings and go to Controllers and Sensors. Select Calibrate Motion Controls. The system walks you through placing the controller in specific positions, so follow each one exactly.

PC via Steam: Open Big Picture mode, go to Controller Settings, and select your controller. Run the Calibrate option. Also enable "Gyro Calibration on Rest" so Steam auto-recalibrates whenever you set the controller down for a few seconds during a session.

Steam Deck: Go to Settings > Controller > Gyro Calibration. Set the Deck completely flat on a table before starting the calibration routine.

Browser Compatibility for Gyro Testing

Browser choice matters more for gyro tests than for basic button or deadzone checks. The reason is WebHID.

PS4 and PS5 controllers default to power-saving mode on PC. In this mode they only send basic button data. WebHID sends a Feature Report that unlocks full sensor output, including live gyro and accelerometer readings. Chrome and Edge support WebHID. Firefox and Safari do not.

Browser	Gamepad API	WebHID	DeviceOrientation
Chrome 89+	Yes	Yes	Yes (HTTPS required)
Edge 89+	Yes	Yes	Yes (HTTPS required)
Opera 75+	Yes	Yes	Yes (HTTPS required)
Firefox	Yes	No	Yes (HTTPS required)
Safari	Yes	No	iOS 13+ with permission

If you are on Firefox and Gyro shows nothing for your PS controller, this is the exact reason. Switching to Chrome fixes it in most cases. Basic tests like the button tester work fine in Firefox since those only use the standard Gamepad API.

Accelerometer Test and Shake Detection

The accelerometer test runs alongside the gyro check. They share the same IMU chip but measure different things. The gyro measures rotation speed, and the accelerometer measures force and movement.

The Shake Detection Test

The shake counter goes up each time the sensor detects a sharp force spike above the threshold you set.

• Low sensitivity: only hard, deliberate shakes trigger a count
• Medium sensitivity: firm taps and most intentional shakes count. This is the default
• High sensitivity: minor movements count, useful for checking if the sensor is overly reactive

This test is useful after a controller has been dropped. If the count never increases no matter how hard you shake the controller, the accelerometer may not be reporting data at all, and the IMU may need to be looked at.

G-Force Values to Watch

Reading	What It Means
~1.0G at rest	Normal, that is gravity
0.0G at rest	Accelerometer likely not reporting
Above 2.0G at rest	Probable sensor error
Peaks during shake below 2G	Low sensitivity or possible dead zone

What Your Test Results Mean for Gaming

The numbers in the tester connect directly to how motion controls feel in actual games. Here is how to read them in context.

Reading the Max Rotation Value

• 0 to 50°/s during slow aim: normal fine-aim range
• 100 to 200°/s during a fast flick: expected for quick 180 turns
• Above 5°/s constantly while at rest: the sensor is too noisy for precision gyro aiming

Gyro and Stick Combined: The Setup That Works

The most effective approach is not gyro alone. The stick handles large movements, and the gyro handles the fine-tuning.

• Use the right analog stick for large camera rotations and fast turns
• Let the gyro take over once your crosshair is near the target
• This combination works well in Fortnite, Apex Legends, Splatoon 3, Resident Evil 4 Remake, and Horizon Forbidden West

Flick Stick

Flick Stick maps the right stick to absolute facing direction and uses the gyro for all horizontal aiming. When you flick the stick, the yaw axis in the Motion History Graph shows a sharp spike. After that spike settles, only small gyro adjustments should appear. If your yaw keeps drifting after the flick movement ends, calibration is needed before Flick Stick becomes usable at any competitive level.

Games With Native Gyro Support in 2026

These titles support gyro without needing Steam Input or third-party tools.

Game	Platform	How to Enable
Splatoon 3	Switch	On by default in settings
Zelda: Tears of the Kingdom	Switch	On by default, used for aim and puzzles
Fortnite	PS5, PS4, Switch, PC	Touch and Motion tab in settings
Apex Legends	PS5, PS4, Switch	Controller settings menu
Resident Evil 4 Remake	PS5, PS4, PC	Accessibility settings
DOOM Eternal	PC	Steam Input configuration required
Horizon Forbidden West	PS5, PC	Accessibility options
The Last of Us Part II Remastered	PS5	Motion Sensor aim in gameplay settings

Enabling Gyro on PC Games Without Native Support

Steam Input lets you map gyro to mouse movement for any game in your library, even if the game itself does not support it.

1. Open Big Picture mode or the Steam overlay inside your game
2. Go to Controller Configuration for that specific game
3. Find the Gyroscope setting and set it to "As Mouse"
4. Set an activation button. Holding the left trigger to activate the gyro is the most common setup
5. Adjust sensitivity to match your in-game mouse sensitivity
6. Test it using this online controller test to confirm the sensor is responding before you join a match

This works with DualSense, DualShock 4, Switch Pro, and Joy-Cons. It does not work with Xbox controllers because there is no gyro hardware to map.

Troubleshooting: No Motion Data

If the tester shows zeroes or the sensor panel stays inactive, work through these checks in order.

Controller Not Detected

• Press a button first, the Gamepad API needs at least one input to register the device
• Try a different USB port or cable
• Re-pair Bluetooth and try again
• On Windows, PS4 and PS5 controllers over Bluetooth sometimes need DS4Windows for full feature access

Controller Detected, But Motion Data Reads Zero

• Xbox controller: expected, no gyro hardware exists in the device
• PS controller over Bluetooth in Firefox: switch to Chrome and use USB
• Browser blocked sensor permission: check the address bar for a blocked sensor icon and re-enable it
• PS controller in power-saving mode: use USB and Chrome or Edge to enable WebHID

Values Are Jumping Randomly

• Move away from speakers, strong magnets, and wireless chargers
• Electromagnetic interference affects MEMS sensors directly
• Test in a different part of the room or a different room briefly to rule out interference
• If erratic readings persist on USB in Chrome, the IMU chip may be physically damaged and need repair

Tips for Better Motion Control Accuracy

Small setup habits make a noticeable difference in how consistent the gyro feels session to session.

Before You Start

• Calibrate before every session, not just when something feels wrong
• Let the controller warm up for 2 to 3 minutes after turning it on
• MEMS sensors can shift slightly at cold temperatures and then stabilise as they warm
• Run a quick pass on the sticks at the same time to rule out any combined issues

Grip and Posture

• Hold the controller with a relaxed grip, not tight
• Tense hands amplify micro-tremors, and the gyro picks them up faithfully
• Sit with your elbows supported so arm fatigue does not introduce slow yaw drift over long sessions
• Take short breaks during extended play, tired arms move less precisely

Sensitivity and Deadzone Settings

• Start gyro sensitivity at a 1:1 ratio relative to your stick sensitivity, then adjust from there
• Turn off in-game gyro smoothing if the game gives you that option. It adds latency and masks raw sensor noise
• Set a small gyro deadzone of 3 to 5% in Steam Input or your game settings to filter low-level sensor noise without sacrificing real precision
• Avoid very high sensitivity settings until calibration is confirmed clean, the sensor noise becomes obvious at high sensitivity

Related blog posts and tools

• Gamepad tester — buttons, sticks, triggers, vibration and latency in one console
• Stick drift causes and fixes — why potentiometers wear and what to do about it
• Controller calibration guide — zero points, dead zones and response curves
• Controller latency tester — gyro smoothing adds latency worth measuring
• PS5 controller battery health — the IMU is another constant power draw

Frequently Asked Questions

Does the gyro tester gamepad tool work without installing anything?

Yes. It runs entirely in the browser. Chrome gives the most complete results for controller gyro specifically because it supports WebHID, which unlocks full sensor data from PS controllers.

Why does my PS4 or PS5 controller show no gyro data?

PS controllers default to power-saving mode on PC and only send basic button data in that state. Without WebHID. Switch to Chrome or Edge and connect via USB for complete gyro access.

Can I use this as a joypad test on mobile?

Yes. Switch to Device mode to test your phone or tablet's built-in motion sensors. The tool reads alpha, beta, and gamma values through the DeviceOrientation API, so you get the same live data layout as controller mode.

What is a normal gyro reading at rest?

All three axes should read close to 0.00°/s when the controller is sitting still on a flat surface. Fluctuation up to ±0.05 is within the normal range.

How is gyro drift different from stick drift?

Stick drift is mechanical. Gyro drift is a software calibration error in the sensor's zero-rate offset, often caused by temperature changes. Gyro drift is almost always fixed through recalibration.

Can I test the gyro on an Xbox controller?

No. All Xbox controllers, including the Elite Series 2 and Xbox Series X controllers, have no gyroscope or accelerometer hardware.

Why does gyro feel smooth on Switch but shaky on PC?

Nintendo's Switch firmware applies sensor fusion and smoothing before data reaches games. On PC, the raw IMU output comes through with less processing, which makes sensor noise more visible.

Can gyro drift be fixed without recalibrating?

A firmware update occasionally resolves it, particularly on PS5 controllers that received sensor-related patches. Power cycling the controller can also reset the zero-rate offset temporarily.