Build adaptive navigation

Most apps have a few top-level destinations that are accessible through the app's primary navigation UI. In compact windows, such as a standard phone display, the destinations are typically displayed in a navigation bar at the bottom of the window. In an expanded window, such as a full screen app on a tablet, a navigation rail alongside the app is usually a better choice since the navigation controls are easier to reach while holding the left and right sides of the device.

NavigationSuiteScaffold simplifies switching between navigation UIs by displaying the appropriate navigation UI composable based on WindowSizeClass. This includes dynamically changing the UI during runtime window size changes. The default behavior is to show either of the following UI components:

Navigation bar if the width or height is compact or if the device is in tabletop posture
Navigation rail for everything else

**Figure 1.** `NavigationSuiteScaffold` displays a navigation bar in compact windows.

**Figure 2.** `NavigationSuiteScaffold` displays a navigation rail in expanded windows.

Add dependencies

NavigationSuiteScaffold is part of the Material3 adaptive navigation suite library. Add a dependency for the library in the build.gradle file of your app or module:

Kotlin


implementation("androidx.compose.material3:material3-adaptive-navigation-suite")

Groovy


implementation 'androidx.compose.material3:material3-adaptive-navigation-suite'

Create a scaffold

The two main parts of NavigationSuiteScaffold are the navigation suite items and the content for the selected destination. You can directly define the navigation suite items in a composable, but it's common to have these defined elsewhere, for example, in an enum:

enum class AppDestinations(
    @StringRes val label: Int,
    val icon: ImageVector,
    @StringRes val contentDescription: Int
) {
    HOME(R.string.home, Icons.Default.Home, R.string.home),
    FAVORITES(R.string.favorites, Icons.Default.Favorite, R.string.favorites),
    SHOPPING(R.string.shopping, Icons.Default.ShoppingCart, R.string.shopping),
    PROFILE(R.string.profile, Icons.Default.AccountBox, R.string.profile),
}SampleNavigationSuiteScaffold.kt

To use NavigationSuiteScaffold, you must track the current destination, which you can do by using rememberSaveable:

var currentDestination by rememberSaveable { mutableStateOf(AppDestinations.HOME) }SampleNavigationSuiteScaffold.kt

In the following example, the navigationSuiteItems parameter (type NavigationSuiteScope uses its item function to define the navigation UI for an individual destination. The destination UI is used across navigation bars, rails, and drawers. To create navigation items, you loop over your AppDestinations (defined in the preceding snippet):

NavigationSuiteScaffold(
    navigationSuiteItems = {
        AppDestinations.entries.forEach {
            item(
                icon = {
                    Icon(
                        it.icon,
                        contentDescription = stringResource(it.contentDescription)
                    )
                },
                label = { Text(stringResource(it.label)) },
                selected = it == currentDestination,
                onClick = { currentDestination = it }
            )
        }
    }
) {
    // TODO: Destination content.
}SampleNavigationSuiteScaffold.kt

Within the destination content lambda, use the currentDestination value to decide what UI to display. If you use a navigation library in your app, use it here to display the appropriate destination. A when statement can suffice:

NavigationSuiteScaffold(
    navigationSuiteItems = { /*...*/ }
) {
    // Destination content.
    when (currentDestination) {
        AppDestinations.HOME -> HomeDestination()
        AppDestinations.FAVORITES -> FavoritesDestination()
        AppDestinations.SHOPPING -> ShoppingDestination()
        AppDestinations.PROFILE -> ProfileDestination()
    }
}SampleNavigationSuiteScaffold.kt

Change colors

NavigationSuiteScaffold creates a Surface over the entire area the scaffold occupies, typically the full window. On top of that, the scaffold draws the particular navigation UI, such as a NavigationBar. Both the surface and the navigation UI use the values specified in your app's theme, but you can override the theme values.

The containerColor parameter specifies the color of the surface. The default is the background color of your color scheme. The contentColor parameter specifies the color of content on that surface. The default is the "on" color of whatever is specified for containerColor. For example, if containerColor uses the background color, then contentColor uses the onBackground color. See Material Design 3 theming in Compose for more details about how the color system works. When overriding these values, use values defined in your theme so your app supports dark and light display modes:

NavigationSuiteScaffold(
    navigationSuiteItems = { /* ... */ },
    containerColor = MaterialTheme.colorScheme.primary,
    contentColor = MaterialTheme.colorScheme.onPrimary,
) {
    // Content...
}SampleNavigationSuiteScaffold.kt

The navigation UI is drawn in front of the NavigationSuiteScaffold surface. The default values for the UI colors are provided by NavigationSuiteDefaults.colors(), but you can override these values as well. For example, if you want the background of the navigation bar to be transparent but the other values to be the defaults, override navigationBarContainerColor:

NavigationSuiteScaffold(
    navigationSuiteItems = { /* ... */ },
    navigationSuiteColors = NavigationSuiteDefaults.colors(
        navigationBarContainerColor = Color.Transparent,
    )
) {
    // Content...
}SampleNavigationSuiteScaffold.kt

Ultimately, you can customize each item in the navigation UI. When calling the item function, you can pass in an instance of NavigationSuiteItemColors. The class specifies the colors for items in a navigation bar, navigation rail, and navigation drawer. That means you can have identical colors across each navigation UI type, or you can vary the colors based on your needs. Define the colors at the NavigationSuiteScaffold level to use the same object instance for all items and call the NavigationSuiteDefaults.itemColors() function to override only the ones you want to change:

val myNavigationSuiteItemColors = NavigationSuiteDefaults.itemColors(
    navigationBarItemColors = NavigationBarItemDefaults.colors(
        indicatorColor = MaterialTheme.colorScheme.primaryContainer,
        selectedIconColor = MaterialTheme.colorScheme.onPrimaryContainer
    ),
)

NavigationSuiteScaffold(
    navigationSuiteItems = {
        AppDestinations.entries.forEach {
            item(
                icon = {
                    Icon(
                        it.icon,
                        contentDescription = stringResource(it.contentDescription)
                    )
                },
                label = { Text(stringResource(it.label)) },
                selected = it == currentDestination,
                onClick = { currentDestination = it },
                colors = myNavigationSuiteItemColors,
            )
        }
    },
) {
    // Content...
}SampleNavigationSuiteScaffold.kt

Customize navigation types

The default behavior of NavigationSuiteScaffold changes the navigation UI based on window size classes. However, you may want to override this behavior. For example, if your app shows a single large pane of content for a feed, the app could use a permanent navigation drawer for expanded windows but still fall back to the default behavior for compact and medium window size classes:

val adaptiveInfo = currentWindowAdaptiveInfo()
val customNavSuiteType = with(adaptiveInfo) {
    if (windowSizeClass.windowWidthSizeClass == WindowWidthSizeClass.EXPANDED) {
        NavigationSuiteType.NavigationDrawer
    } else {
        NavigationSuiteScaffoldDefaults.calculateFromAdaptiveInfo(adaptiveInfo)
    }
}

NavigationSuiteScaffold(
    navigationSuiteItems = { /* ... */ },
    layoutType = customNavSuiteType,
) {
    // Content...
}SampleNavigationSuiteScaffold.kt

Additional resources

See the Material Design guidance:

See the following androidx.compose.material3 library components:

Support desktop windowing

Build a list-detail layout