React Native has always been about reusing skills across platforms, and now it's taking a giant leap into virtual reality. At React Conf 2025, the team announced official support for Meta Quest devices, opening up VR development to web and mobile developers. Here's everything you need to know to get started, from the basics to advanced considerations.
1. React Native's Journey to Immersive Devices
React Native's expansion started with Android and iOS, then spread to Apple TV, Windows, macOS, and the web via react-strict-dom. The 2021 "Many Platform Vision" outlined a future where React Native could adapt to new form factors without ecosystem fragmentation. Meta Quest represents the next logical step: a wholly new device category—VR headsets—that still leverages the same core principles. Rather than building a separate framework, the React Native team integrated with Meta Quest's Android-based operating system, ensuring a consistent development experience. This means developers can apply their existing knowledge to create immersive experiences without learning an entirely new stack. The release at React Conf 2025 is a milestone that proves React Native's adaptability and forward-thinking design.
2. Meta Quest Runs on Android – Your Existing Skills Apply
Meta Quest devices run Meta Horizon OS, an Android-based system. From a React Native perspective, this is excellent news: all existing Android tooling, build systems, and debugging workflows work with minimal changes. If you've built React Native apps for Android phones or tablets, your development model carries over almost entirely. This isn't a new runtime or a separate version of React Native—it builds on the same foundation. Platform-specific capabilities (like VR controllers or spatial audio) are added through existing abstractions without fragmenting the framework. This approach aligns with how React Native has expanded to other Android-based environments like smart TVs and automotive systems. The familiarity reduces the learning curve and accelerates adoption for VR development.
3. Getting Started with Expo Go on Meta Quest
The simplest way to start is with Expo Go, which is available directly on the Meta Horizon Store. Here's the step-by-step process:
Step 1: Install Expo Go on your Quest headset from the store.
Step 2: Create a standard Expo project: npx create-expo-app@latest my-quest-app
Step 3: Start the dev server: npx expo start
Step 4: Open Expo Go on the headset, scan the QR code with the headset's camera, and the app launches in a new window.
Step 5: Edit your code and see changes via live reloading, just like on mobile. This workflow enables rapid iteration without building a custom binary. For early development and prototyping, Expo Go is sufficient and frictionless. No special template or configuration is required—just a standard Expo project.
4. Moving Beyond Expo Go: Development Builds and Native Features
While Expo Go is great for early stages, production VR apps often need native modules specific to Meta Quest (e.g., hand tracking, spatial mapping). For that, you'll need to create a development build using Expo's prebuild system or a bare React Native workflow. This gives you full control over native code, allowing you to integrate Java/Kotlin modules or use libraries like react-native-meta-quest. The process is similar to Android development: you build an APK that includes your JavaScript bundle plus native dependencies. Even with a custom build, you can still use Expo's tooling for JavaScript development and debugging. The key difference is that you manage the native binary yourself, enabling access to all hardware capabilities. This flexibility ensures that React Native on Quest is suitable for both simple prototypes and complex, polished VR experiences.
5. Platform-Specific Differences from Mobile Development
Despite the Android base, VR introduces unique considerations. Input handling shifts from touch to controllers, hand gestures, or gaze. You'll need to support 3D user interfaces and spatial interactions. Meta Horizon OS includes custom APIs for VR, such as OVRInput for controller events and VrApi for rendering. React Native's Platform module can help conditionally apply VR-specific logic. Additionally, the development environment differs: you'll often need the headset connected via ADB over Wi-Fi or USB for debugging. Performance is also critical—maintaining 72 or 90 frames per second requires careful optimization. Understanding these differences is essential before diving in. The React Native team provides documentation and sample projects tailored to Meta Quest, helping bridge the gap between mobile and VR paradigms.
6. Design and UX Considerations for VR Interfaces
Designing for VR is fundamentally different from flat screens. Users are immersed in 3D space, so UI elements must be placed at appropriate depths and distances to avoid eye strain. Consider using a "billboard" pattern (flat panels that face the user) or integrating UI directly into the 3D scene. Interaction can involve raycasting from controllers, gaze dwell, or hand gestures—each with its own ergonomic challenges. Comfort is paramount: avoid rapid camera movements, ensure stable framerates, and provide clear user orientation cues. React Native's layout system still applies, but you'll likely use react-native-rapid or similar libraries to manage 3D transforms. Testing on the actual headset is crucial because what looks good on a monitor may feel disorienting in VR. Start with simple menus and then iterate based on user feedback.
7. The Big Picture: React Native's Many Platform Vision Realized
The Meta Quest support is a concrete step toward the 2021 "Many Platform Vision." It demonstrates that React Native can adapt to entirely new device categories without fragmenting the ecosystem. This is not just about VR—it proves the framework's extensibility for future platforms like augmented reality glasses or other wearables. The community benefits from shared knowledge: an Android developer can build a Quest app with minimal extra learning. The official support also means long-term maintenance and updates. As more developers experiment with VR, we'll see libraries and best practices emerge, making the ecosystem richer. This release invites web and mobile developers to explore immersive computing without leaving their comfort zone. The future is multi-platform, and React Native is leading the way.
React Native on Meta Quest is here, and it's surprisingly accessible. By leveraging your existing skills, you can start building VR experiences today using familiar tools like Expo and JavaScript. Whether you're prototyping with Expo Go or diving into native features with development builds, the path is clear. The design considerations are new, but the core React Native principles remain. So grab a headset, install Expo Go, and take your first step into immersive development. The only limit is your imagination.