Building VR Apps with React Native on Meta Quest: A Developer's Guide

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Introduction

React Native has consistently evolved to enable developers to reuse their knowledge across diverse platforms. Starting with Android and iOS, it has expanded to Apple TV, Windows, macOS, and even the web via react-strict-dom. In 2021, the Many Platform Vision laid out a future where React Native could adapt to new devices and form factors without fragmenting the ecosystem. At React Conf 2025, this vision took another leap forward with the official announcement of React Native support for Meta Quest devices. This article explores how to get started with React Native on Meta Quest, what is currently possible, and how developers can build and ship VR applications using familiar tools and patterns.

Building VR Apps with React Native on Meta Quest: A Developer's Guide

React Native on Meta Quest: Leveraging Android Foundations

Meta Quest devices run Meta Horizon OS, an Android-based operating system. For React Native, this integration is seamless: all existing Android tooling, build systems, and debugging workflows work with minimal adjustments. Developers already building React Native apps on Android will find that much of their existing development model carries over. This approach aligns with how React Native has expanded to other Android-based environments—rather than introducing a new runtime or development model, Meta Quest builds on the same Android foundation and integrates with React Native's existing abstractions. This allows platform-specific capabilities to be added without fragmenting the framework or requiring a separate development approach.

How It Works

The underlying compatibility with Android means that React Native components, navigation, and state management patterns remain consistent. The primary difference lies in the user interface and interaction paradigms required for virtual reality. However, the core development experience—including hot reloading, debugging with Chrome DevTools, and using the Metro bundler—remains unchanged. This makes the transition from mobile to VR development smoother than ever.

Getting Started: Running Your First App on Meta Quest

This section guides you through the basic development workflow on Meta Quest, starting with Expo Go and moving toward development builds and platform-specific configuration.

Step-by-Step: Run an Expo App on Meta Quest

To run an Expo app on Meta Quest, you start a standard Expo project, launch the dev server, and open the app through Expo Go on the headset. Beyond a few Meta Horizon OS-specific requirements, the workflow is identical to that on Android.

Install Expo Go on the headset — Expo Go is available on the Meta Horizon Store and can be installed directly on Meta Quest devices. It is used for rapid iteration during development.
Create (or use) an Expo project — If you are starting fresh, create a standard Expo app. No special template is required. Run:
npx create-expo-app@latest my-quest-app
Start the dev server — Run npx expo start in your project directory.
Connect with Quest using Expo Go — Open Expo Go on the headset and scan the QR code displayed by the Expo CLI using the headset's camera. The application launches in a new window on the device, allowing live reloading and fast iteration.
Iterate as usual — Code changes are reflected immediately on the device, following the same edit-refresh cycle used on Android and iOS.

Development Builds and Native Features

Expo Go is sufficient for early development and testing of basic functionality. However, to leverage native features unique to Meta Quest—such as spatial tracking, hand controllers, or immersive rendering—you will need to create a development build. Development builds allow you to include custom native modules and are built using Expo Application Services (EAS) or locally. This process is similar to configuring native code for Android, but with added support for VR-specific APIs. Once the development build is installed on the headset, you can continue to use Expo's fast refresh and other developer tools.

Platform-Specific Considerations for Meta Quest

While the Android foundation simplifies much of the setup, there are important differences when developing for VR. Understanding these will help you create intuitive and performant experiences.

Differences from Mobile Development

Input Methods: Instead of touch, users rely on hand controllers, gaze, or hand gestures. React Native has no built-in abstractions for these, so you must either use native modules or community libraries that interface with Meta's Input System.
Rendering: VR applications require stereoscopic rendering (left and right eye). While React Native's View component can be used, complex 3D scenes benefit from libraries like react-native-webview or integration with Three.js via expo-three.
Performance: Maintaining a steady frame rate (72fps or higher) is critical for user comfort. You must optimize assets, avoid unnecessary re-renders, and use React.memo and useMemo where appropriate.
Permissions: Meta Quest has specific permissions for room-scale tracking, microphone, and camera. You must declare these in the Android Manifest (or in the app.json for Expo).

Design and UX for VR

User interfaces in VR should be placed at a comfortable distance (typically 2–3 meters) and sized for readability. Avoid small text or buttons that are difficult to interact with using controllers. Use space-aware layouts that respect the user's field of view and allow for natural head movement. Consider adding visual cues for interactable elements, such as hover states or outlines. Since users cannot rely on physical keyboards, provide voice input or on-screen keyboards for text entry.

Conclusion

React Native's official support for Meta Quest opens up a new frontier for cross-platform developers. By leveraging the existing Android toolchain and Expo's powerful development workflow, you can build VR experiences with a codebase that feels familiar. While there are new design and input considerations, the core patterns of React Native remain intact. As the ecosystem matures, we can expect more community libraries, tools, and best practices to emerge, making VR development as accessible as mobile app development today. Start experimenting with Expo Go on your Quest headset, and explore the possibilities of spatial computing with React Native.