How to Enable and Customise Spatial Audio and Head Tracking on Android

Modern mobile media consumption has evolved far beyond standard two-channel stereo sound. On contemporary Android smartphones running Android 13, 14, and 15, Google incorporates native support for Spatial Audio. By leveraging advanced directional audio filters and virtual acoustic modeling, Spatial Audio creates an expansive 3D acoustic stage where sounds appear to originate from distinct physical positions in front of, behind, and around you. When paired with compatible wireless earbuds featuring internal gyroscopes and accelerometers, Dynamic Head Tracking keeps the virtual soundstage fixed in space as you turn your head, replicating the natural acoustic feel of movie theaters and live concert venues. This guide demonstrates how to enable, configure, and customise Spatial Audio on Android.

Understanding Fixed Spatial Audio vs Dynamic Head Tracking

Spatial Audio on Android provides two levels of immersive spatial reproduction:

• Fixed Spatial Audio: Expands standard stereo and multichannel audio (5.1, 7.1, or Dolby Atmos) into a 360-degree soundfield. The soundstage moves synchronously with your smartphone as you rotate your device, but remains anchored relative to your head.
• Spatial Audio with Head Tracking: Utilizes six-axis inertial motion sensors embedded inside your wireless earbuds. If a dialogue track originates from the center of your screen and you turn your head to the left, the speaker’s voice naturally shifts toward your right ear, exactly as acoustic sound waves behave in the physical world.

Hardware and Platform Requirements

To experience true spatial audio on Android, verify your equipment compatibility:

1. Operating System: A smartphone running Android 13 or later (such as Google Pixel 6, 7, 8, or 9 series, or modern Samsung Galaxy flagships running One UI 5 or later).
2. Compatible Earbuds: Head tracking requires wireless earbuds with integrated motion sensors, such as Google Pixel Buds Pro, Samsung Galaxy Buds2 Pro / Buds3 Pro, or compatible third-party headphones supporting spatial APIs.
3. Supported Media Content: Streaming applications offering 5.1 surround sound or spatial mixes (such as Netflix, Disney+, YouTube, Max, and Amazon Prime Video).

Step 1: Enabling Spatial Audio in Android System Settings

On stock Android devices (including Google Pixel phones), Spatial Audio is managed directly within the Sound & Vibration settings menu:

1. Open the Settings app on your Android device.
2. Tap Sound & vibration.
3. Scroll down and tap Spatial audio.
4. Toggle the switch next to Spatial audio to On.
5. Connect your Bluetooth earbuds. Once connected, an additional toggle for Head tracking appears under the active accessory profile. Switch Head tracking to On.

Step 2: Configuring Spatial Audio on Samsung Galaxy Devices (One UI)

If you use a Samsung Galaxy smartphone paired with Galaxy Buds:

1. Open the Galaxy Wearable app on your phone.
2. Select your connected earbuds (e.g., Galaxy Buds3 Pro).
3. Tap 360 Audio.
4. Toggle the master switch to On.
5. Enable the checkbox for Head tracking to activate real-time directional recalibration.

Step 3: Testing Spatial Audio and Head Tracking Performance

Android provides a built-in interactive audio simulation to test and calibrate spatial sound without requiring external subscription accounts:

1. In Settings > Sound & vibration > Spatial audio, tap Demo or Test sound.
2. Put both earbuds in your ears and look directly at your phone screen.
3. Tap Play. The demo plays a continuous classical or atmospheric soundscape.
4. Turn your head gently 45 degrees to the left and right. You should perceive the musical instruments maintaining their physical position relative to your smartphone display rather than following your ear rotation.

Step 4: Managing Per-App Audio and Battery Considerations

While Spatial Audio enhances cinematic movies and high-production series, it may not be ideal for all media types:

• Spoken Word Podcasts and Audiobooks: Directional audio can sound unnatural or distracting when listening to single-narrator podcasts. You can temporarily toggle Spatial Audio off from the Quick Settings Bluetooth tile without disconnecting your headphones.
• Battery Consumption: Continuous Bluetooth transmission of low-latency gyroscope and accelerometer data uses slightly more battery power on both your smartphone and wireless earbuds. If you are on a long flight with limited battery reserves, disabling head tracking while preserving fixed spatial audio extends listening endurance.
• Spatial Audio over Wired Headphones: If your phone features a 3.5mm audio jack or USB-C audio adapter, fixed spatial audio functions across standard wired studio headphones, though dynamic head tracking remains exclusive to supported sensor-equipped Bluetooth hardware.