How To Build A Multi-Step Onboarding Flow In Flutter
Nov 20, 2025



Summary
Summary
Summary
Summary
This tutorial shows how to build a multi-step onboarding flow in Flutter using PageView and PageController for navigation, simple animations for polish, and SharedPreferences to persist a completion flag. It emphasizes a reusable page model, state management patterns, accessibility, and testing considerations for mobile development.
This tutorial shows how to build a multi-step onboarding flow in Flutter using PageView and PageController for navigation, simple animations for polish, and SharedPreferences to persist a completion flag. It emphasizes a reusable page model, state management patterns, accessibility, and testing considerations for mobile development.
This tutorial shows how to build a multi-step onboarding flow in Flutter using PageView and PageController for navigation, simple animations for polish, and SharedPreferences to persist a completion flag. It emphasizes a reusable page model, state management patterns, accessibility, and testing considerations for mobile development.
This tutorial shows how to build a multi-step onboarding flow in Flutter using PageView and PageController for navigation, simple animations for polish, and SharedPreferences to persist a completion flag. It emphasizes a reusable page model, state management patterns, accessibility, and testing considerations for mobile development.
Key insights:
Key insights:
Key insights:
Key insights:
Designing Your Onboarding Steps: Model pages uniformly and reuse a single page widget for consistency and easier updates.
Managing State And Navigation: Use PageView with a PageController and maintain index state for Next/Back/Skip/Done behaviors.
Animating Transitions: Apply lightweight animations (AnimatedOpacity, AnimatedSwitcher) to improve polish without harming performance.
Persisting Completion: Save a boolean (e.g., SharedPreferences) to prevent showing onboarding again and decide initial route at startup.
Testing And Accessibility: Expose navigation logic for tests and ensure semantic labels, contrast, and tappable areas for mobile users.
Introduction
A multi-step onboarding flow is a common feature in mobile apps that guides new users through key screens — features, permissions, and personalization — before they reach the main experience. In Flutter, building a structured, testable onboarding flow uses common building blocks: PageView for pages, state management (Provider, Riverpod, or simple StatefulWidgets), lightweight animations, and local persistence to avoid repeating onboarding. This tutorial walks through a practical pattern that works well for production mobile development.
Designing Your Onboarding Steps
Start by defining the content model for each onboarding step: title, body, image, and optional action (like requesting permissions). Keep the UI consistent: same padding, typography, and CTA placement. Represent steps as a list of objects so you can iterate and feed a PageView.
Design principles:
Keep each step focused: one concept per page.
Provide a skip and a primary CTA (Next or Done).
Support accessibility: semantics, contrast, and tappable targets.
A simple model might be a class with title, description, and assetName. Build a single OnboardingPage widget that accepts that model and renders the layout. Reuse it across steps to maintain uniformity.
Managing State And Navigation
PageView + PageController is an idiomatic combination for step-by-step onboarding. Track the current index in a parent StatefulWidget or a small state manager. Expose Next, Back, Skip, and Done actions. On Done, persist a flag and navigate to your home screen using Navigator.pushReplacement.
Key tips:
Disable swiping if you need strict progression (use physics: NeverScrollableScrollPhysics()).
Animate the PageController to move between steps: controller.animateToPage(index,...).
Update the UI (dots, button labels) based on the current index.
Compact example of PageView setup and controls:
final controller = PageController();
int index = 0;
PageView(
controller: controller,
onPageChanged: (i) => setState(() => index = i),
children: pages, // list of onboarding page widgets
);
ElevatedButton(
onPressed: () => controller.nextPage(duration: Duration(milliseconds: 300), curve: Curves.easeInOut),
child: Text(index == pages.length - 1 ? 'Done' : 'Next'),
);This pattern keeps navigation logic compact and testable. Wrap navigation decisions (skip/done) in methods so you can assert behavior in unit tests.
Animating Transitions
Polish makes onboarding feel professional. Small touches: cross-fade images, subtle parallax, or micro-interactions for CTA taps. Use AnimatedOpacity, AnimatedScale, or AnimatedSwitcher for straightforward, low-maintenance animations. For per-page custom entrance animations, consider an AnimatedBuilder tied to the PageController's page value.
Performance notes:
Keep images optimized (use appropriate resolutions and cache them).
Avoid expensive builds inside page transitions. Use const where possible.
Example: animate a headline with a Tween driven by controller.page using a ValueListenableBuilder or a custom PageView builder.
Persisting Completion
Persist a boolean that indicates onboarding completion so users don't see the flow again. SharedPreferences is a simple option for mobile development. When your app starts, read the flag and choose the initial route accordingly.
Example to save completion:
final prefs = await SharedPreferences.getInstance();
await prefs.setBool('onboardingComplete', true);At app startup, check the flag synchronously in a splash or inside a FutureBuilder before returning MaterialApp(home: ...). If using a state management solution, expose the flag through your app's initialization logic and show the onboarding only when needed.
Testing and edge cases:
Reset the flag locally for QA builds to faster test flows.
Handle interrupted onboarding (app killed) by persisting partial progress if you want to resume.
Vibe Studio

Vibe Studio, powered by Steve’s advanced AI agents, is a revolutionary no-code, conversational platform that empowers users to quickly and efficiently create full-stack Flutter applications integrated seamlessly with Firebase backend services. Ideal for solo founders, startups, and agile engineering teams, Vibe Studio allows users to visually manage and deploy Flutter apps, greatly accelerating the development process. The intuitive conversational interface simplifies complex development tasks, making app creation accessible even for non-coders.
Conclusion
A solid multi-step onboarding flow in Flutter combines a clear content model, PageView-based navigation, small animations, and a persistent completion flag. Keep components small and focused: a reusable page widget, a controller-driven navigation layer, and a simple persistence strategy. This yields an onboarding experience that is maintainable, testable, and polished for mobile development. Start with the PageView pattern shown here, iterate on content and accessibility, and you’ll have a robust onboarding pipeline ready for production.
Introduction
A multi-step onboarding flow is a common feature in mobile apps that guides new users through key screens — features, permissions, and personalization — before they reach the main experience. In Flutter, building a structured, testable onboarding flow uses common building blocks: PageView for pages, state management (Provider, Riverpod, or simple StatefulWidgets), lightweight animations, and local persistence to avoid repeating onboarding. This tutorial walks through a practical pattern that works well for production mobile development.
Designing Your Onboarding Steps
Start by defining the content model for each onboarding step: title, body, image, and optional action (like requesting permissions). Keep the UI consistent: same padding, typography, and CTA placement. Represent steps as a list of objects so you can iterate and feed a PageView.
Design principles:
Keep each step focused: one concept per page.
Provide a skip and a primary CTA (Next or Done).
Support accessibility: semantics, contrast, and tappable targets.
A simple model might be a class with title, description, and assetName. Build a single OnboardingPage widget that accepts that model and renders the layout. Reuse it across steps to maintain uniformity.
Managing State And Navigation
PageView + PageController is an idiomatic combination for step-by-step onboarding. Track the current index in a parent StatefulWidget or a small state manager. Expose Next, Back, Skip, and Done actions. On Done, persist a flag and navigate to your home screen using Navigator.pushReplacement.
Key tips:
Disable swiping if you need strict progression (use physics: NeverScrollableScrollPhysics()).
Animate the PageController to move between steps: controller.animateToPage(index,...).
Update the UI (dots, button labels) based on the current index.
Compact example of PageView setup and controls:
final controller = PageController();
int index = 0;
PageView(
controller: controller,
onPageChanged: (i) => setState(() => index = i),
children: pages, // list of onboarding page widgets
);
ElevatedButton(
onPressed: () => controller.nextPage(duration: Duration(milliseconds: 300), curve: Curves.easeInOut),
child: Text(index == pages.length - 1 ? 'Done' : 'Next'),
);This pattern keeps navigation logic compact and testable. Wrap navigation decisions (skip/done) in methods so you can assert behavior in unit tests.
Animating Transitions
Polish makes onboarding feel professional. Small touches: cross-fade images, subtle parallax, or micro-interactions for CTA taps. Use AnimatedOpacity, AnimatedScale, or AnimatedSwitcher for straightforward, low-maintenance animations. For per-page custom entrance animations, consider an AnimatedBuilder tied to the PageController's page value.
Performance notes:
Keep images optimized (use appropriate resolutions and cache them).
Avoid expensive builds inside page transitions. Use const where possible.
Example: animate a headline with a Tween driven by controller.page using a ValueListenableBuilder or a custom PageView builder.
Persisting Completion
Persist a boolean that indicates onboarding completion so users don't see the flow again. SharedPreferences is a simple option for mobile development. When your app starts, read the flag and choose the initial route accordingly.
Example to save completion:
final prefs = await SharedPreferences.getInstance();
await prefs.setBool('onboardingComplete', true);At app startup, check the flag synchronously in a splash or inside a FutureBuilder before returning MaterialApp(home: ...). If using a state management solution, expose the flag through your app's initialization logic and show the onboarding only when needed.
Testing and edge cases:
Reset the flag locally for QA builds to faster test flows.
Handle interrupted onboarding (app killed) by persisting partial progress if you want to resume.
Vibe Studio

Vibe Studio, powered by Steve’s advanced AI agents, is a revolutionary no-code, conversational platform that empowers users to quickly and efficiently create full-stack Flutter applications integrated seamlessly with Firebase backend services. Ideal for solo founders, startups, and agile engineering teams, Vibe Studio allows users to visually manage and deploy Flutter apps, greatly accelerating the development process. The intuitive conversational interface simplifies complex development tasks, making app creation accessible even for non-coders.
Conclusion
A solid multi-step onboarding flow in Flutter combines a clear content model, PageView-based navigation, small animations, and a persistent completion flag. Keep components small and focused: a reusable page widget, a controller-driven navigation layer, and a simple persistence strategy. This yields an onboarding experience that is maintainable, testable, and polished for mobile development. Start with the PageView pattern shown here, iterate on content and accessibility, and you’ll have a robust onboarding pipeline ready for production.
Build Flutter Apps Faster with Vibe Studio
Build Flutter Apps Faster with Vibe Studio
Build Flutter Apps Faster with Vibe Studio
Build Flutter Apps Faster with Vibe Studio
Vibe Studio is your AI-powered Flutter development companion. Skip boilerplate, build in real-time, and deploy without hassle. Start creating apps at lightning speed with zero setup.
Vibe Studio is your AI-powered Flutter development companion. Skip boilerplate, build in real-time, and deploy without hassle. Start creating apps at lightning speed with zero setup.
Vibe Studio is your AI-powered Flutter development companion. Skip boilerplate, build in real-time, and deploy without hassle. Start creating apps at lightning speed with zero setup.
Vibe Studio is your AI-powered Flutter development companion. Skip boilerplate, build in real-time, and deploy without hassle. Start creating apps at lightning speed with zero setup.






















