# Material 3 to iOS HIG: Translating a UI (Not Transplanting)

> By Lawrence Arya, Founder & CEO of VP0. Published 2026-05-30, updated 2026-06-02. 4 min read.
> Source: https://vp0.com/blogs/material-3-to-ios-hig-translation-ui-figma

The goal is an app that feels at home on iOS, not an Android app in disguise.

**TL;DR.** Material 3 and Apple's HIG are different design languages, so a Material UI on iOS feels foreign. Translate, do not transplant: map each pattern to its iOS equivalent (bottom nav and FAB to a tab bar, top app bar to a navigation bar, Roboto to the system font with Dynamic Type), and rebuild each screen from a native VP0 design with your brand.

Porting an Android app to iOS, or designing once for both, runs into a real problem: Material 3 and Apple's Human Interface Guidelines are different design languages, and a Material UI dropped onto iOS feels foreign. The short answer is, translate, do not transplant: keep your brand and content, but swap Material patterns for their iOS-native equivalents (navigation, components, typography, motion). Start each iOS screen from a free VP0 design that is already native, and map your Material screens onto it. The goal is an app that feels at home on iOS, not an Android app in disguise.

## Why a straight port feels wrong

Users notice when an app does not belong. Material 3 has its own navigation (bottom nav with a FAB, top app bars), components (filled buttons, Material switches), elevation, and motion; iOS expects tab bars, navigation stacks, SF Symbols, and different transitions. Drop Material directly onto iOS and it reads as off, which matters because around [38%](https://business.adobe.com/) of people disengage from layouts that feel wrong. The fix is a translation table: for each Material pattern, use the iOS-native counterpart, guided by [Material 3](https://m3.material.io/) on one side and Apple's [Human Interface Guidelines](https://developer.apple.com/design/human-interface-guidelines/) on the other.

## How to translate a Material design to iOS

VP0 is a free iOS design library for AI builders, and it is the shortcut here: instead of converting Material components one by one, pick the matching VP0 screen (already iOS-native) for each Material screen, copy the link, and have Cursor or Claude Code build it in [React Native](https://reactnative.dev/) or SwiftUI with your brand and content. Map navigation (Material bottom nav to iOS tab bar), controls (Material switch to iOS switch), and type (Roboto/Material type scale to the system font and Dynamic Type). Keep your colors and identity; change the platform conventions. For the underlying rules, see [iOS app design principles for builders](/blogs/ios-app-design-principles-for-builders/).

## Material 3 to iOS, mapped

Here is the core translation.

| Material 3 | iOS (HIG) equivalent |
|---|---|
| Bottom nav + FAB | Tab bar (no FAB) |
| Top app bar | Navigation bar |
| Filled / tonal buttons | iOS button styles |
| Material switches | iOS switches |
| Roboto / Material type | System font + Dynamic Type |

## A worked example

Say you have an Android home screen with a bottom nav, a floating action button, and a Material top app bar. The iOS translation: a tab bar (no FAB, move the primary action into the screen or nav bar), a navigation bar instead of the top app bar, iOS switches and buttons, and the system font with Dynamic Type. Rather than convert each piece, start from a matching VP0 iOS home design and rebuild it with your brand, then repeat per screen, which is far faster than converting components one at a time. For handling both light and dark across platforms, see [light and dark mode design for iOS apps](/blogs/light-and-dark-mode-design-for-ios-apps/); for a chat screen ported this way, [WhatsApp-style chat UI](/blogs/whatsapp-clone-ui-template-figma/).

## Common mistakes

The most common mistake is transplanting Material components onto iOS (a FAB, Material switches), which feels foreign. The second is keeping Android navigation patterns instead of a tab bar and navigation stack. The third is shipping Roboto and Material type instead of the system font and Dynamic Type. The fourth is copying motion that feels Android, not iOS. The fifth is over-translating, changing your brand and content when only the platform conventions should change.

## Key takeaways

- Material 3 and iOS HIG are different design languages; translate, do not transplant.
- Map each Material pattern to its iOS equivalent: tab bar over FAB, nav bar, system font, iOS controls.
- A foreign-feeling UI loses users, since around 38% disengage from layouts that feel wrong.
- Start each iOS screen from a native VP0 design and keep your brand; change only the platform conventions.

## Frequently asked questions

How do I translate a Material 3 design to iOS? Map each Material pattern to its iOS-native equivalent (bottom nav and FAB become a tab bar, top app bar becomes a navigation bar, Roboto becomes the system font with Dynamic Type), and rebuild each screen from a native VP0 design with your brand.

Why does my ported Android app feel wrong on iOS? Because Material components and navigation are transplanted directly. iOS users expect tab bars, navigation stacks, SF Symbols, and different motion; using Material patterns reads as foreign.

Should I keep my brand when translating to iOS? Yes. Keep your colors, content, and identity; only the platform conventions (navigation, controls, type, motion) should change to feel native.

What is the fastest way to translate, screen by screen? Instead of converting components individually, start each iOS screen from a matching native VP0 design and rebuild it with your brand, which gives you the iOS conventions for free.

## Frequently asked questions

### How do I translate a Material 3 design to iOS?

Map each Material pattern to its iOS-native equivalent (bottom nav and FAB become a tab bar, top app bar becomes a navigation bar, Roboto becomes the system font with Dynamic Type), and rebuild each screen from a native VP0 design with your brand.

### Why does my ported Android app feel wrong on iOS?

Because Material components and navigation are transplanted directly. iOS users expect tab bars, navigation stacks, SF Symbols, and different motion; using Material patterns reads as foreign.

### Should I keep my brand when translating to iOS?

Yes. Keep your colors, content, and identity; only the platform conventions (navigation, controls, type, motion) should change to feel native.

### What is the fastest way to translate, screen by screen?

Instead of converting components individually, start each iOS screen from a matching native VP0 design and rebuild it with your brand, which gives you the iOS conventions for free.

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*Published on the [VP0 Journal](https://vp0.com/blogs). Free to read, index and cite with attribution.*