7 Key Steps to Building VR Apps with React Native on Meta Quest

At React Conf 2025, the React Native team announced official support for Meta Quest devices, opening the door for web and mobile developers to build virtual reality (VR) experiences using familiar tools. This milestone expands React Native's reach beyond phones, tablets, and desktops into the spatial computing realm. Whether you're a seasoned React Native developer or new to VR, this listicle walks you through the essential steps—from understanding the technical foundation to publishing on the Meta Horizon Store. Get ready to bring your apps into 3D space with code you already know.

1. Understand the Foundation: React Native on Meta Horizon OS

Meta Quest devices run Meta Horizon OS, which is built on Android. That means React Native’s existing Android toolchain—build systems, debugging workflows, and even native modules—works with minimal adjustments. Instead of introducing a separate runtime, React Native treats Quest as another Android target, preserving the same abstraction layers you use for mobile apps. This approach aligns with React Native’s original “learn once, write anywhere” philosophy and prevents ecosystem fragmentation. Developers already comfortable with Android development can jump in immediately, while those new to the platform only need to learn a few VR-specific nuances. The key takeaway: you're not starting from scratch; you're extending your existing skills into a new dimension.

2. Quick Start: Run an Expo App on Quest in Minutes

The fastest way to test React Native on Meta Quest is with Expo Go. Install Expo Go from the Meta Horizon Store on your headset, then create a standard Expo project on your computer:

1. Run npx create-expo-app@latest my-quest-app to scaffold a new project.
2. Start the dev server with npx expo start.
3. Open Expo Go on the headset, scan the QR code with the device’s camera, and your app launches in a floating window.

Live reload works instantly—edit your code, see changes on the headset without rebuilding. This workflow mirrors mobile development exactly, making it ideal for prototyping UI and basic interactions. No special template or VR-specific setup is required beyond installing Expo Go. For a quick taste of VR development, this is the smoothest onboarding path.

3. Move Beyond Expo Go: Development Builds for Native VR Features

Expo Go is great for early prototyping, but to access native VR capabilities like hand tracking, spatial anchors, or passthrough AR, you’ll need a development build. A dev build is a custom version of your app that includes native modules you specify. Use expo prebuild to generate native Android files, then add VR-specific libraries (e.g., react-native-quest community modules or Meta’s SDK). After building with Android Studio, install the APK on your Quest via sideloading or the developer dashboard. This unlocks direct access to the headset’s sensors and rendering pipeline, enabling true immersive experiences. The process is familiar to anyone who has added native modules in React Native—just point your build to an Android device and deploy.

4. Adapt to Platform-Specific Differences from Mobile

While Meta Horizon OS is Android-based, VR introduces unique requirements. Input changes from touch to controllers or hands—plan for pointer-based interactions, gaze selection, or voice commands. Permissions differ: you’ll need runtime permissions for hand tracking and spatial data. UI rendering must consider stereoscopic display; React Native views render in a 2D surface, but you can embed 3D scenes using react-native-webview or native VR components. App lifecycle on Quest includes immersion mode (when the user is in VR) and passthrough mode. Test each scenario because touch events don’t map directly to VR gestures. Use React Native’s platform-specific extensions (.native.js or Platform module) to handle these differences cleanly without bloating shared code.

5. Design for Comfort and Usability in VR

VR demands a different UX mindset. Avoid fast motion that causes motion sickness; instead use teleportation or fade transitions. UI placement should be fixed in the user’s view (heads-up display) or anchored to the environment. Text must be large enough (minimum 12 points in 3D space) and readable without vergence-accommodation conflict. Color and contrast matter more in VR because ambient light varies little—use high contrast for interactable elements. Also consider accessibility: provide alternative input methods for users who cannot use hand tracking. React Native’s layout system works for 2D overlays, but you might combine it with a 3D engine like Three.js (via a WebView) for immersive objects. Sketch your app in 2D first, then prototype in VR early to validate spatial interactions.

6. Debug and Iterate with Familiar Tools

Debugging on Quest uses the same React Native DevTools you know: Chrome DevTools for JavaScript debugging, React DevTools for component hierarchy, and Flipper (or Reactotron) for network inspection. Connect your headset via USB or Wi-Fi using ADB (adb devices). Console logs appear in the terminal. For native crash logs, use adb logcat. The major difference is that you cannot use the on-screen debug menu (since the headset lacks a touchscreen)—instead, enable debugging via Expo or a development build’s settings. Leverage the Vitals plugin in DevTools to monitor frame rate and memory; VR apps must maintain 72 or 90 FPS. Iterate quickly by reusing your existing CI/CD pipeline for Android builds but target the Quest as an additional device.

7. Publish to the Meta Horizon Store

When your app is ready, prepare it for the Meta Horizon Store (formerly Oculus Store). You’ll need to create a developer account at developer.oculus.com and set up an organization. Build a release APK or Android App Bundle signed with your keystore. The store requires minimum specs (target SDK 29+, 64-bit architecture) and testing with the Oculus Developer Hub. Include a store listing with screenshots (taken from the headset) and a 30-second video. For beta testing, use the “Test Channel” in the store dashboard to distribute builds to up to 100 users. Once approved, users can install your app directly from the store. React Native apps are first-class citizens—Meta’s submission guidelines apply equally to all Android apps. Your existing experience with Google Play or App Store Connect translates well.

React Native on Meta Quest is more than an experiment—it’s a production-ready path for developers to enter VR without learning a new language or SDK. By leveraging Android tools, Expo’s rapid workflow, and React Native’s component model, you can ship immersive apps that feel native. As Meta Horizon OS evolves and React Native continues its “Many Platform” vision, expect even tighter integration with spatial features. Start with a simple 2D UI overlay today, and step into the full 3D world tomorrow. The barrier to entry has never been lower.