7 Essential Tips for Building VR Apps with React Native on Meta Quest

At React Conf 2025, the team unveiled official React Native support for Meta Quest devices, marking a major leap in the framework’s multi-platform vision. This means developers can now create VR applications using the same tools and patterns they love for mobile and desktop. In this article, we break down seven key things you need to know to get started—from setup to design considerations. Whether you’re new to VR or a React Native veteran, these insights will help you build immersive experiences on Meta Horizon OS.

1. The Many-Platform Vision Becomes Reality

React Native’s journey began with Android and iOS, but its ambition never stopped there. Over the years, coverage expanded to Apple TV, Windows, macOS, and the web via react-strict-dom. In 2021, the Many Platform Vision post outlined a future where React Native could adapt to new form factors without ecosystem fragmentation. The official support for Meta Quest at React Conf 2025 is the next concrete step. This means you can leverage your existing React Native knowledge to build VR apps—no separate framework or runtime needed. The core philosophy remains: reuse code and patterns across platforms while allowing for platform-specific optimizations.

2. Meta Quest Runs on Android – Familiar Tooling

Meta Quest devices operate on Meta Horizon OS, which is built on an Android foundation. For React Native developers, this is a huge advantage. All the Android build systems, debugging workflows, and tooling you already use work with minimal tweaks. You can keep your existing Android setup—Gradle, Android Studio, ADB—and target Quest devices as you would any Android tablet or phone. This alignment means the learning curve is gentle; you don’t need to master a new environment. Platform-specific capabilities are added through React Native’s abstraction layer, ensuring the framework remains unified and your code stays portable.

3. Getting Started: Step-by-Step with Expo Go

The fastest way to test a React Native app on Meta Quest is through Expo Go. Begin by installing Expo Go from the Meta Horizon Store on your headset. Then create a standard Expo project using npx create-expo-app@latest my-quest-app. Start the dev server with npx expo start, and open Expo Go on the headset. Use the Quest’s camera to scan the QR code displayed in your terminal—the app launches in a new window on the device. From there, your code changes reflect instantly via live reloading. This workflow is identical to running Expo on Android, making it ideal for rapid prototyping.

4. Moving Beyond Expo Go: Development Builds

Expo Go is great for early experimentation, but when you need native modules—like custom VR interactions or access to device sensors—you’ll want to create a development build. A development build lets you add your own native code while keeping the Expo dev tools. To do this, run npx expo run:android (after setting up Android SDK). This generates a native Android project that you can open in Android Studio. You can then include native libraries (e.g., for hand tracking or spatial audio) via React Native’s native module system. The build process aligns with standard Android practices, and you can still use fast refresh during development.

5. Platform-Specific Setup: What’s Different from Mobile

While Meta Quest uses Android, there are notable differences. The device lacks a traditional touch screen; input comes from controllers, hand gestures, or voice. Your React Native app must handle these input methods. Additionally, the screen is a stereoscopic display that renders two views for each eye. You’ll need to manage the rendering pipeline—possibly using libraries like react-native-webview or custom native modules for WebXR. Also, consider the user’s environment: VR apps often require permission for movement tracking and spatial mapping. Adjust your AndroidManifest.xml accordingly. Despite these quirks, the core React Native API remains unchanged, so your state management, navigation, and theming patterns still apply.

6. Design and UX Considerations for VR

Designing for VR is more than just resizing buttons. Users are immersed in a 3D space, so you must avoid common pitfalls like motion sickness. Place UI elements at a comfortable depth (typically 1–2 meters away) and ensure consistent frame rates. Use persistent and comfortable interaction patterns—like gaze-based selection, pinch gestures, or controller pointing. Avoid sudden movements or rapid camera changes. React Native’s Flexbox layout works, but you’ll want to wrap UI in a 3D container (using react-native-vr or custom native views). Test extensively on actual hardware to verify comfort. Remember, VR apps should minimize cognitive load: keep text readable and menus simple.

7. Publishing and Performance Optimization

When you’re ready to ship, you’ll publish to the Meta Horizon Store. Work through Meta’s submission checklist, which includes performance benchmarks, comfort ratings, and content policies. For performance, profile your app using the React Native DevTools and Android Studio’s profiler. Optimize texture sizes, reduce overdraw, and leverage static images where possible. Use React.memo and useMemo to avoid unnecessary re-renders. Since VR demands 72 FPS or higher, pay attention to the render loop—avoid blocking the JavaScript thread. You can also integrate Meta’s XR Interaction Toolkit through native modules for advanced features like hand tracking. With careful optimization, your React Native app can deliver smooth VR experiences.

React Native on Meta Quest opens a new frontier for cross-platform development. By leveraging familiar tools, you can create immersive VR apps without learning a new language or framework. Start with Expo Go, experiment with development builds, and keep UX comfort front and center. The examples and workflows we’ve covered give you a solid foundation—now it’s time to build something amazing. Dive in, explore the possibilities, and make your mark in the VR space.