How to Use FlutterFlow Animations to Create a More Engaging User Experience

Select any widget on your canvas — a Card or a Column works well for a first experiment. Open the Properties Panel on the right and scroll to the Animations section. Click the + button to add a new animation. Choose Fade from the animation type dropdown. Set the trigger to On Page Load. Set Duration to 600ms. Set Delay to 0ms. Set the Start value to 0.0 (fully transparent) and the End value to 1.0 (fully visible). Click the play button in the Animations panel to preview the animation in FlutterFlow's canvas — you will see the widget fade in from invisible to visible. Switch to Run Mode on a connected device to see it in the actual app. Every widget you give an On Page Load animation will run that animation each time its parent page is navigated to.

Slide animations move a widget from an off-screen or offset position into its final layout position. Select your widget in the Properties Panel. In Animations, add a new animation and choose Slide. Set the trigger to On Page Load. Set Direction to Bottom (the widget slides up from below — the most common and natural-feeling entrance). Set Duration to 500ms. Set Offset to 30 pixels — this is the starting distance from the final position. You can combine a Fade and a Slide on the same widget: FlutterFlow runs both simultaneously. The combination of fading in while sliding up is the same pattern used by Material Design for list item entrances and feels premium without being distracting. Try Direction: Right for a side-drawer-style reveal.

A staggered animation reveals list items or cards one after another with a small delay between each — instead of all appearing simultaneously. In your ListView or Column with multiple children, select the first child widget and add a Fade + Slide animation with Delay: 0ms. Select the second child and add the same animation with Delay: 100ms. Select the third with Delay: 200ms. Continue the pattern (each item adds 100ms). This cascade creates the effect of items flowing in sequentially from top to bottom. Keep the total cascade time under 600ms for a list of 6 items — longer cascades make users wait before the content is fully visible and actionable. For dynamically generated lists, use a Custom Widget with an AnimationController that uses AnimationStagger to apply delays programmatically.

On Action animations run when triggered by a user interaction — typically a button tap. They are perfect for feedback animations that confirm the user's action. Select a button widget and add a Scale animation. Set the trigger to On Action. Set the action to On Tap. Set the scale start to 1.0 (normal size), end to 0.95, and back to 1.0 using a curve (EaseInOut). Set Duration to 200ms. This creates a subtle press animation — the button shrinks slightly when tapped, providing tactile-style feedback. Another powerful use: add a Fade animation to a success message widget with trigger On Action tied to a form submission button — the success message fades in only after the submit action completes. Wire this in the Action Flow editor by calling the animation trigger at the end of your submit action chain.

For animations that go beyond what FlutterFlow's built-in fade/slide/scale/rotate can achieve — loading spinners, success checkmarks, empty state illustrations, confetti — use a Lottie Animation widget. In FlutterFlow's widget panel, search for Lottie Animation and drag it onto your canvas. In the Properties Panel, set the Source to either a local asset (upload a .json Lottie file) or a URL (e.g., from LottieFiles CDN). Set Repeat to true for continuous animations (loaders) or false for one-shot animations (success checkmarks that play once). Use the Loop Mode dropdown to choose between repeating, once, or bounce. Control when the Lottie plays using an Action that calls Play/Pause Lottie from the Action Flow editor. A common pattern: show a Lottie loading animation while waiting for an API call, then hide it and show the success Lottie when the call completes.

Some UI elements benefit from continuous, gentle motion — a floating action button that pulses to draw attention, a background gradient that slowly shifts colors, or a loading skeleton that shimmers. For a pulsing effect, select your widget, add a Scale animation, enable the Loop toggle in FlutterFlow's animation settings, set scale from 1.0 to 1.05 and back, with Duration 1200ms and curve Ease In Out. The loop will repeat indefinitely while the widget is visible. For more complex continuous animations (rotating loading icon, animated progress bar, shimmer effect), use a Custom Widget with a Dart AnimationController that uses RepeatBehavior.loop. Connect the animation value to a Transform.rotate or a Custom Painter. Always use a dispose() call to cancel AnimationControllers when the widget is removed.

1// Custom Widget with looping AnimationController
2class PulsingWidget extends StatefulWidget {
3  final Widget child;
4  const PulsingWidget({Key? key, required this.child}) : super(key: key);
5  @override
6  State<PulsingWidget> createState() => _PulsingWidgetState();
7}
8
9class _PulsingWidgetState extends State<PulsingWidget>
10    with SingleTickerProviderStateMixin {
11  late final AnimationController _controller;
12  late final Animation<double> _scaleAnimation;
13
14  @override
15  void initState() {
16    super.initState();
17    _controller = AnimationController(
18      duration: const Duration(milliseconds: 1200),
19      vsync: this,
20    )..repeat(reverse: true);
21    _scaleAnimation = Tween<double>(begin: 1.0, end: 1.06).animate(
22      CurvedAnimation(parent: _controller, curve: Curves.easeInOut),
23    );
24  }
25
26  @override
27  void dispose() {
28    _controller.dispose(); // ALWAYS dispose to prevent memory leaks
29    super.dispose();
30  }
31
32  @override
33  Widget build(BuildContext context) {
34    return ScaleTransition(scale: _scaleAnimation, child: widget.child);
35  }
36}