Top 6 React Native Tips to Survive 2026

I share six essential React Native tips to help you write better, more scalable code and improve your app’s user experience in 2026. It’s for React Native developers who want to follow best practices and simplify their components and screens.

I demonstrate practical examples from my AI Tattoo app, showing how to replace deprecated components, handle platform-specific code cleanly, improve modal presentations, and optimize list rendering. These tips will save you time and help your apps look and feel more native.

What's inside

Prefer Pressable over TouchableOpacity for better press handling
Use platform-specific file extensions instead of runtime platform checks
Replace Modal with native form sheets for better UI on iOS
Prefer FlatList over ScrollView for long or dynamic lists
Use contentInsetAdjustmentBehavior="automatic" on ScrollView and FlatList
Configure haptic feedback and animations globally with a Pressable abstraction

Prefer Pressable over TouchableOpacity

TouchableOpacity is still included in React Native but is no longer recommended. Instead, use Pressable, which offers more event handlers like onPressIn, onPressOut, and onLongPress. It’s more versatile and easier to style.

I also recommend the Presto package by Enzo, which wraps Pressable and adds built-in haptic feedback and press animations. In my AI Tattoo app, wrapping buttons or images with Presto’s Pressable gives a smooth scale animation and physical haptic feedback on press without extra code.

You can configure the haptic engine globally (I use Expo Haptics) at your app’s entry point. This saves time and ensures consistent feedback across your app. You can disable haptics or animations selectively if needed.

Use platform-specific file extensions instead of runtime platform checks

Instead of sprinkling platform checks like throughout your code, use React Native’s platform-specific file extensions: , , , etc.

For example, I have a default for all platforms and a that uses iOS-only APIs like Expo UI and SwiftUI. This keeps platform-specific code isolated and easier to maintain.

You can even do this for entire routes by creating inside a route folder. At build time, React Native picks the right file for the platform automatically. This approach scales well as your app grows and supports web or other platforms in the future.

React Native’s built-in Modal works but requires you to implement your own presentation logic and styling. Instead, I recommend using native form sheets on iOS to present modals.

Form sheets provide a beautiful blurred background with a liquid glass effect and support interactive detents (like 45% height) that users can drag to expand or collapse. This looks much more native and polished.

In my AI Tattoo app, the sign-in screen appears as a form sheet. On Android, you can present a modal that slides up from the bottom to mimic this behavior.

Apps like ChatGPT use form sheets to add context menus or extra options elegantly. I highly recommend this approach for iOS to improve UX and reduce your modal implementation complexity.

Prefer FlatList over ScrollView for long or dynamic lists

ScrollView is fine for short static content, but for long lists or data from APIs, use FlatList. FlatList is optimized for performance by rendering only visible items and provides useful props like and sticky headers.

In my app’s home screen, I use ScrollView for a short list of four rows, but for longer lists, FlatList is the better choice.

Also, FlatList supports the prop (same as ScrollView) to handle safe area insets properly without wrapping everything in a SafeAreaView.

Use contentInsetAdjustmentBehavior="automatic" on ScrollView and FlatList

Beginners often wrap ScrollView or FlatList inside SafeAreaView to avoid content overlapping with headers or device notches. But this can cause issues with large headers on iOS.

Instead, set directly on ScrollView or FlatList. This makes the content respect safe areas and headers automatically.

You can keep SafeAreaView on Android if you want, but it’s usually unnecessary since Android doesn’t have large headers like iOS.

This approach simplifies layout and avoids common mistakes, including those made by AI-generated code.

Configure haptic feedback and animations globally with a Pressable abstraction

Using the Presto package or a similar abstraction around Pressable lets you configure haptic feedback and press animations once at your app’s entry point.

I use Expo Haptics to provide physical feedback on presses throughout my app without adding code to every button.

This global configuration saves development time and ensures consistent UX. You can customize or disable haptics and animations per component if needed.

Resources

CourseReact Native course

Fundamentals through shipping: the concepts behind the prompts, with lifetime access.

Premium resourcePro membership

Access production-ready examples and private GitHub repos including AI Tattoo app.

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