Building VR Apps with React Native on Meta Quest: A Complete Q&A Guide

React Native has long enabled developers to build cross-platform apps using shared knowledge. With the official announcement at React Conf 2025, Meta Quest devices join the ecosystem. This Q&A covers everything you need to know about running React Native apps on Meta Horizon OS, from initial setup to VR-specific design considerations.

What is React Native on Meta Quest?

React Native on Meta Quest brings the familiar React Native development model to virtual reality headsets like the Meta Quest 2, 3, and Pro. Because Meta Quest devices run Meta Horizon OS, which is based on Android, existing React Native tooling for Android works with very few changes. This means developers can reuse their Android development knowledge, build systems, and debugging workflows. The goal is to allow creation of VR apps using the same patterns used for mobile and desktop, without needing to learn a completely new framework. This aligns with React Native's vision of expanding to many platforms without fragmenting the ecosystem.

How does React Native run on Meta Quest?

React Native leverages the existing Android foundation of Meta Horizon OS. When you build a React Native app for Meta Quest, it runs as a standard Android application on the headset. This means you can use the same Android SDK, Gradle build system, and debugging tools you already know. Metaphorically, it's like adding another Android device to your list of supported targets — the framework's abstractions for platform-specific code (like Native Modules) work the same way. For developers already building React Native apps on Android, much of your existing development model carries over directly. A small number of UI components and APIs may need adjustments for VR, but the core React Native library functions as expected.

How do I get started with React Native on Meta Quest?

Getting started is straightforward. You can begin with Expo, the popular React Native framework. First, install Expo Go from the Meta Horizon Store on your Quest headset. Then create a new Expo project (no special template required): npx create-expo-app@latest my-quest-app. Start the dev server with npx expo start. On your Quest headset, open Expo Go and scan the QR code displayed by the Expo CLI using the headset's camera. Your app will launch in a window on the device, supporting live reloading and fast iteration. Code changes reflect immediately, following the same edit-refresh cycle you're used to on Android and iOS.

What are development builds and when should I use them instead of Expo Go?

Expo Go is great for early prototyping and quick iteration — it provides a sandboxed environment that works out of the box. However, for accessing native features that require custom native modules or deeper system integration, you'll want to use development builds. A development build is a version of your app that you compile using Expo's build service (or locally) and install directly on the Quest headset. It allows you to include any native module your app needs, such as the Meta Quest SDK for advanced VR interactions or hand tracking. While Expo Go is sufficient for basic apps and testing, production apps or apps requiring platform-specific APIs will need a development build. The process is similar to building for Android, but with Meta Quest specific settings in your app.json or build configuration.

What design and UX considerations should I keep in mind for VR?

VR introduces a different interaction paradigm than mobile or desktop. Key considerations include: depth and 3D space — position UI elements at comfortable viewing distances (typically 1–2 meters away). Use gaze-based or controller-based input instead of touch. Avoid motion sickness by minimizing rapid camera movements and providing a stable horizon. Text legibility is critical: use larger fonts and high contrast. Consider spatial audio for immersion. React Native's existing layout system works, but you may need to adjust scale and positioning using transform styles with perspective. The React Native team is working on VR-specific guides and components, but for now, drawing from best practices for Android VR apps and the Meta Quest SDK is recommended.

Which Meta Quest devices are supported?

React Native for Meta Quest supports all devices running Meta Horizon OS, including Meta Quest 2, Meta Quest 3, Meta Quest Pro, and future headsets with the same operating system. Since the foundation is Android, any device that can run native Android apps and supports the Meta Horizon Store should be compatible. The official announcement at React Conf 2025 emphasized that the support covers the current generation of headsets, and the team is committed to maintaining compatibility as new hardware releases. For developers, this means you can target a growing user base using a single codebase.

What platforms did React Native support before Meta Quest?

React Native started with iOS and Android, and over the years expanded to Apple TV, Windows, macOS, and even the web through the react-strict-dom project. The 2021 Many Platform Vision outlined the goal of adapting React Native to new devices without fragmenting the ecosystem. Meta Quest is the latest addition, and it follows the same principle: by building on an already-supported OS (Android), the team avoids creating a separate runtime or development model. This continuity allows developers to reuse knowledge across a wide range of platforms, from phones and tablets to desktop and now VR headsets.