Upgrading a React Native Expo project can seem intimidating — especially when juggling native modules, custom configurations, and environment files. But with the right plan, it can be smooth and predictable.
In this post, I’ll walk you through a practical guide for upgrading an Expo project (bare or managed workflow) while keeping your setup stable and maintainable.
Why Upgrade Regularly?
Regular upgrades ensure:
Access to the latest React Native and Expo features
Improved performance and security
Compatibility with new OS releases
Easier future maintenance
Neglecting upgrades can cause dependency conflicts, native crashes, or build failures during future updates — which are far harder to resolve later.
Before You Begin
1. Check the Current SDK Version
expo --version
expo config --json | grep sdkVersion
2. Review the Upgrade Guides
3. Create a Backup
Always create a branch for the upgrade:
git checkout -b upgrade/sdk-52
4. Update Environment Files
Ensure .env.development and .env.production are consistent.
Tip: Use a library like react-native-dotenv for environment management.
Step 1: Upgrade Expo SDK
Run the official upgrade command:
npx expo upgrade
This automatically updates:
Expo SDK version
Related dependencies (
expo-*packages)iOS and Android native projects (if using bare workflow)
If you’re in a bare workflow, run pod install inside the ios directory after upgrading.
Step 2: Update React Native and Dependencies
Check your current versions:
npm list react react-native
Then, align them with the new Expo SDK version:
npm install react@latest react-native@latest
If you’re using TypeScript, also update:
npm install typescript @types/react @types/react-native --save-dev
Step 3: Clear Cache and Reset Metro Bundler
After upgrading, clear the caches to avoid stale modules:
watchman watch-del-all
rm -rf node_modules
rm -rf $TMPDIR/metro-*
npm install
Step 4: Verify Native Modules
If you use libraries like:
react-native-vision-camerareact-native-sharereact-native-blob-utilnotifee/react-native
Ensure they’re compatible with the new SDK:
npx expo doctor
npx pod-install
For bare workflow users, verify your native modules in MainApplication.kt / AppDelegate.mm after upgrading.
Step 5: Test Build on Both Platforms
Run the project:
npx expo run:android
npx expo run:ios
If you face issues, open the build logs and look for deprecated properties or mismatched dependencies.
Step 6: Validate App Behavior
Check these:
Splash screen hides correctly
Environment variables load properly
File sharing, notifications, and camera modules still work
Production build signs and runs as expected
You can also test locally with:
npx expo start --clear
Step 7: Commit and Tag the Upgrade
Once stable, commit your changes:
git add .
git commit -m "chore: upgrade to Expo SDK 52 + RN 0.77"
git tag v1.2.0-upgrade
Pro Tips
Use Dependabot or Renovate: Automate version tracking.
Keep a Changelog: Helps you and your team track upgrade impacts.
Test on Real Devices: Emulators don’t always reflect real-world issues.
Avoid Skipping SDKs: Skipping major versions makes future upgrades painful.
Conclusion
Upgrading your Expo project doesn’t have to break your flow.
With the right steps — backups, incremental updates, and consistent testing — you can keep your project future-proof, stable, and developer-friendly.
If you found this helpful, leave a ❤️ or share how you manage upgrades in your own Expo workflow!
✍️ Written by Dainy Jose — Mobile App Developer specialized in React Native and the MERN stack.
💼 Skills & Tools:
Mobile App Dev | MERN Stack | React Native | TypeScript | Redux | React.js | Node.js | MongoDB | MySQL | Express.js | REST API | JWT | Google Maps | Firebase | Jest | Agile | SDLC | Payments | Git | Bitbucket | Jira
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