React Native Expands to Meta Quest: A New Frontier for VR Development

For years, React Native has enabled developers to build cross-platform applications with a single codebase, starting with mobile and gradually expanding to TVs, desktops, and even the web. At React Conf 2025, the framework took a bold step forward by officially supporting Meta Quest devices, bringing the familiar React Native workflow into the immersive world of virtual reality. This article explores what this means for developers, how to get started, and the unique considerations for building VR experiences with React Native.

React Native on Meta Quest: What You Need to Know

Meta Quest devices run Meta Horizon OS, an operating system built on Android. This is a crucial detail for React Native developers because it means all existing Android tooling, build systems, and debugging workflows work with minimal adjustments. If you’ve built React Native apps for Android before, much of your development knowledge transfers directly to Quest.

Rather than introducing a new runtime or forcing developers to learn a separate development model, React Native on Meta Quest builds on the same Android foundation. Platform-specific capabilities—such as spatial tracking, hand input, and stereoscopic rendering—are added through existing abstractions without fragmenting the ecosystem. This aligns with the Many Platform Vision outlined in 2021, which envisioned React Native adapting to new devices and form factors seamlessly.

Getting Started on Meta Quest with React Native

Ready to dive in? The development workflow is almost identical to building for Android. Here’s a step-by-step guide to running your first React Native app on a Meta Quest headset using Expo.

Step 1: Install Expo Go on Your Quest Headset

First, make sure your Meta Quest device is set up and connected to the internet. Open the Meta Horizon Store and install Expo Go—it’s available as a free app. Expo Go allows for rapid iteration without needing to build native binaries every time you make a change.

Step 2: Create or Use an Existing Expo Project

If you’re starting fresh, create a new Expo project using the command line. No special template is needed—any standard Expo project will work.

npx create-expo-app@latest my-quest-app
cd my-quest-app

Step 3: Start the Development Server

Run the Expo development server as you normally would:

npx expo start

This will start a local server and display a QR code in your terminal.

Step 4: Connect Your Quest Headset

On your Meta Quest, open Expo Go and use the headset’s camera to scan the QR code shown by the Expo CLI. The app will launch in a new window on the device. From here, you can enable live reloading and enjoy fast iteration—just like on Android or iOS.

Step 5: Iterate as Usual

Any changes you make to your code are reflected instantly on the headset. The same edit-refresh cycle you’re used to on mobile works perfectly here, though you’ll likely need to physically set the headset down and pick it up repeatedly during development.

Development Builds and Native Features

While Expo Go is great for early prototyping, production VR apps often require custom native modules. For that, you’ll need to create a development build using Expo’s build service or the npx expo run:android command. This allows you to incorporate platform-specific APIs for spatial audio, hand tracking, controllers, and more.

React Native on Meta Quest supports the same native modules as Android. If you’ve written a module in Java or Kotlin for an Android app, it will work on Quest with minimal changes. However, you should be aware of the differences in screen rendering: instead of a single flat screen, VR apps render two slightly offset views for each eye. The React Native layout system handles this automatically when running on Quest, but you may want to adjust UI element sizes and distances to ensure comfortable viewing.

Design and UX Considerations for VR

Building for VR introduces new challenges that go beyond typical mobile development. Here are some key points to keep in mind:

• Comfort: Minimize rapid movements or abrupt scene changes to reduce motion sickness. Use smooth transitions and maintain a stable horizon.
• Input: Meta Quest supports hand tracking, controllers, and voice commands. Plan your UI to accommodate these input methods—for example, making buttons big enough to tap with a virtual finger.
• Depth and Scale: In VR, elements exist in 3D space. Use React Native’s flexbox and positioning to create interfaces that float at a comfortable distance (around 1–2 meters away) and scale appropriately.
• Performance: VR requires a high frame rate (recommended 72 FPS or higher). Optimize your components, avoid unnecessary re-renders, and use native modules for heavy computations.

For more advanced patterns, refer to Meta’s design guidelines for Horizon OS and experiment with React Native’s Animated API to create smooth, interactive VR experiences.

What’s Next for React Native on Meta Quest

The official support announced at React Conf 2025 marks the beginning of a new chapter for React Native. With the ability to reuse existing skills and code, developers can now bring their apps into the growing VR market without learning entirely new frameworks. While some challenges remain—such as optimizing for the unique demands of XR—the foundation is solid.

We anticipate that the React Native community will create libraries and tools specifically for VR, from spatial UI components to hand-tracking middleware. If you’re curious, start with Expo Go on your Quest today and explore the possibilities. The many-platform vision is becoming a reality.