Understanding Android 16 Material 3 Expressive and How It Enhances App Design
Material 3 Expressive is Google’s update to its Material Design system, announced in May 2025 and rolled out to Pixel phones with the Android 16 September 2025 update (Android 16 QPR1). It keeps the Material You color system but adds bolder shapes, springier motion, more expressive type, and new components. For users it changed the look of Quick Settings, notifications, and Google apps; for developers it is available mainly through the Jetpack Compose Material 3 library.
What is Material 3 Expressive?
Material 3 Expressive is an expansion of Material 3, not a separate design language. Google said it based the update on extensive user research showing that more expressive interfaces can help people find key actions faster. It emphasizes emotion and clarity through color, shape, size, motion, and containment, while keeping the accessibility and consistency rules of Material 3.
What changed for users on Android 16?
On Pixel phones, the Android 16 QPR1 update brought a redesigned Quick Settings panel with resizable tiles, new notification and volume panel styles, a blurred background effect in system surfaces, and springier animations, for example when you swipe away a notification. Google apps such as Gmail, Google Photos, and Messages adopted the new components over time. Other manufacturers adopt parts of the design in their own interfaces on their own schedules.
What new components and tools are available to developers?
Developers get Material 3 Expressive through the androidx Compose Material 3 library. Additions include a new motion system based on spring physics, a set of new shapes that can morph from one to another, components such as button groups, floating toolbars, split buttons, and new loading and progress indicators, and updated type styles with emphasized variants. Dynamic color from the user’s wallpaper continues to work as in Material You.
How does it differ from earlier Material Design versions?
Material 2 focused on consistent, functional layouts. Material 3, launched with Android 12 as Material You, added dynamic color from the wallpaper and larger, rounder components. Material 3 Expressive keeps that foundation and adds more varied shapes, emphasized typography, and physics-based motion, so interfaces feel more lively while following the same guidelines.
Common misconceptions about Material 3 Expressive
It is not just new colors; shape, type, and motion matter as much. It is not tied to Android 16 APIs: because the components ship in a Jetpack library, apps can use them on older Android versions too, while system-level visuals like the new Quick Settings depend on the phone’s software update. And it does not mean heavy animations everywhere; Google’s guidance favors purposeful motion that supports tasks.
How to start using Material 3 Expressive in your app
- Update to a Compose Material 3 library version that includes the Expressive components, as listed in the Material 3 release notes.
- Wrap your UI in the Expressive theme provided by the library and keep dynamic color enabled where supported.
- Replace key components, such as primary buttons, toolbars, and loading states, with their Expressive versions.
- Use the new motion scheme so transitions feel consistent with the system.
- Test with large font sizes, TalkBack, and high contrast to keep the design accessible.
Conclusion
Material 3 Expressive refreshes Android’s design with bolder shapes, emphasized type, and spring-based motion. Pixel users saw it with Android 16 QPR1 in September 2025, and developers can adopt it today through the Compose Material 3 library.
Frequently Asked Questions
Is Material 3 Expressive only about color?
No. It covers shape, typography, motion, and components as well as color.
Can I use Material 3 Expressive on older Android versions?
Yes, in your own app. The components come from a Jetpack library that supports older Android versions. The system-wide redesign, however, depends on your phone’s update.
Does the new motion affect performance?
Spring animations are designed to be efficient, but too many animations can still slow an app. Use motion where it helps users understand what changed.