React Native Expands to Virtual Reality
React Native has long been a bridge for developers to share code across platforms, from mobile to desktop and web. At React Conf 2025, the framework took a significant leap into immersive technology with official support for Meta Quest devices. This means developers can now use their existing React Native skills to build and ship virtual reality (VR) applications for Meta Horizon OS, which is built on Android. Let's explore how to get started, what works out of the box, and the key differences from mobile development.
What This Means for React Native Developers
Meta Quest devices run Meta Horizon OS, an Android-based operating system. Consequently, all the familiar Android tooling, build systems, and debugging workflows remain largely unchanged. If you've built React Native apps for Android before, you'll find the transition to Quest surprisingly smooth. Rather than introducing a new runtime or fragmented development model, this integration builds on React Native's existing abstractions, allowing platform-specific VR capabilities to be added without breaking existing codebases.
Getting Started with React Native on Meta Quest
The simplest way to start is using Expo Go, the rapid iteration tool that now supports Meta Quest. Below is a step-by-step guide to run your first React Native app on the headset.
Step 1: Install Expo Go on Your Headset
Expo Go is available directly from the Meta Horizon Store. Install it on your Quest device to enable live reloading and development testing.
Step 2: Create or Use an Existing Expo Project
You can create a new project with the standard Expo CLI command: npx create-expo-app@latest my-quest-app. No special VR template is required at this stage.
Step 3: Start the Development Server
Run npx expo start in your project directory. This launches the development server that will communicate with the headset.
Step 4: Connect via Expo Go on Quest
Open Expo Go on your headset and scan the QR code displayed in the terminal using the headset's camera. The app will launch in a floating window on the device.
Step 5: Iterate Like You Do on Mobile
Any code changes you make are immediately reflected on the headset, following the same hot-reload workflow you're used to on Android and iOS.
Development Builds and Native Features
While Expo Go is perfect for early prototyping, production VR apps often require native modules to access device-specific hardware like motion controllers, spatial audio, or passthrough cameras. For this, you'll need to create a development build using Expo's build service or your own native compilation toolchain. This allows you to integrate third-party or custom native modules that are not available in Expo Go.
Platform-Specific Setup and Differences from Mobile
Because Meta Quest uses Android under the hood, your existing Android configuration (like AndroidManifest.xml adjustments) may need slight modifications for VR. For example, you might need to declare permissions for spatial tracking or hand interactions. However, the core React Native code remains identical—you can share most of your application logic between mobile and VR.
Design and UX Considerations for VR
Developing for VR introduces new interaction paradigms. Unlike touchscreens, Quest users interact with your app using hand gestures, gaze, or motion controllers. You'll need to design UI that feels natural in a 3D space: consider larger touch targets, spatial audio feedback, and avoiding motion sickness by maintaining a stable field of view. React Native's component-based architecture makes it easy to create reusable UI elements that adapt to these new input methods.
Conclusion
React Native on Meta Quest opens the door for millions of developers to enter the VR ecosystem without learning entirely new frameworks. By leveraging familiar tools like Expo and React Native's core abstractions, you can start building immersive experiences today. Whether you're prototyping in Expo Go or going full native with development builds, the path from mobile to VR has never been shorter.