Bringing React Native to Virtual Reality: Developing for Meta Quest

Introduction

React Native has always been about enabling developers to reuse their skills and code across multiple platforms. What began with Android and iOS has expanded to Apple TV, Windows, macOS, and even the web via react-strict-dom. The Many Platform Vision post in 2021 envisioned a future where React Native adapts to new devices and form factors without fragmenting the ecosystem. At React Conf 2025, a major step was taken toward that vision with the official announcement of React Native support for Meta Quest devices. This article explores how to get started, what works today, and how developers can build and ship VR applications using familiar tools and patterns.

Bringing React Native to Virtual Reality: Developing for Meta Quest

React Native on Meta Quest

Meta Quest devices run Meta Horizon OS, an Android-based operating system. For React Native, this means existing Android tooling, build systems, and debugging workflows work with minimal changes. Developers already building React Native apps on Android will find that much of their existing development model carries over seamlessly. Instead of introducing a new runtime or development model, Meta Quest builds on the 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.

Getting Started on Meta Quest

This section walks through the basic development workflow on Meta Quest, starting with Expo Go and moving toward development builds and platform-specific configuration. For a quick start, see the step-by-step guide below.

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

To run an Expo app on Meta Quest, start a standard Expo project, launch the dev server, and open the app using Expo Go on the headset. Beyond a few Meta Horizon OS requirements, the process is identical to Android development.

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 starting fresh, create a standard Expo app. No special template is needed. Run npx create-expo-app@latest my-quest-app.
Start the dev server: Run npx expo start in the project directory.
Connect with Quest using Expo Go: Open Expo Go on the headset and scan the QR code displayed by the Expo CLI with the headset 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, following the same edit‑refresh cycle used on Android and iOS.

Development Builds and Native Features

Expo Go is sufficient for early development, but it has limitations: it only includes a pre‑set of native modules. For accessing full native features like controller input, spatial UI, or custom native modules, you must create a development build using expo run:android or expo prebuild. This generates a local Android project that you can customize with native code and then deploy to the Quest device via USB or side-loading. The development build workflow aligns with standard Android development, making it easy to integrate Meta Quest SDKs for hand tracking, passthrough, and more. For most production VR apps, a development build is recommended once you move beyond prototyping.

Platform‑Specific Setup and Differences from Mobile

While React Native on Meta Quest feels familiar, there are key differences. The input model shifts from touch to motion controllers (hand tracking) and gaze for selection. Permissions handling may require additional steps for room‑scale tracking or camera access. The build pipeline also differs: you must sign your app with the Meta‑specific certificate and test on a device (the Android emulator does not support VR). Additionally, the Meta Horizon OS imposes certain UX guidelines (e.g., avoiding sudden movements) that you must follow to ensure user comfort. These differences are manageable, and the React Native community is quickly producing libraries to simplify them.

Design and UX Considerations for VR

Designing for VR is fundamentally different from mobile. In a VR environment, elements must be positioned in 3D space, and users interact with them via controllers or hand gestures. Key considerations include:

Depth and spatiality: UI should be placed at comfortable distances (1–2 meters) to avoid eye strain.
Gaze vs. direct interaction: Use gaze‑and‑dwell for selection or direct touch for grab interactions.
Comfort: Avoid rapid movements or forced camera rotations; support teleportation for locomotion.
Field of view: Place content within the user’s natural view cone (about 90° horizontal).
Feedback: Provide haptic or audio cues when interacting with UI elements.

Start with 2D panels floating in space (a common pattern) and gradually add 3D elements. React Native’s Layout and Flexbox still apply to 2D panels, but you may need to consider perspective and scale. Libraries like react-native-vr or custom Shader components can help create immersive experiences.

Conclusion

React Native on Meta Quest unlocks a new front for cross‑platform development, allowing web and mobile developers to enter the VR space with minimal learning curve. By building on the Android foundation and integrating with Expo, the workflow remains accessible while still supporting advanced native features. As the ecosystem evolves, expect more libraries, design patterns, and best practices to emerge, making VR development as streamlined as mobile development today.

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