Mobile-first MVPs
Founders and product teams that need a real Flutter codebase and native-store path faster than starting every screen and integration by hand.
Independent tool overview
FlutterFlow at a glance
FlutterFlow is a visual development environment for building Flutter apps for mobile, web, and desktop, with generated source code, custom Dart, backend integrations, AI-assisted UI generation, testing, collaboration, and app-store deployment. It offers substantially more escape hatches than closed no-code tools, but production teams still need software engineering, security, testing, backend, and store-release discipline.
Visit the official FlutterFlow site ↗
- Product type
- Visual Flutter application development platform
- Targets
- iOS, Android, web, and supported Flutter desktop targets
- Backends
- Firebase, Supabase, and external APIs
- Code export
- Basic plan and above
- GitHub push
- Growth plan and above
- Security claim
- SOC 2 Type 1 certified
- Reviewed
- August 31, 2026
Overview
What FlutterFlow is
FlutterFlow lets builders assemble interfaces, state, navigation, data queries, API calls, authentication, payments, and app logic with visual tools, then generate a Flutter project. It can connect to Firebase and Supabase, call arbitrary APIs, add custom Dart code and packages, and publish to the web or mobile app stores.
The platform now spans visual and AI-assisted development. Prompt-to-page, prompt-to-component, image-to-component, Figma import, AI agents, an experimental MCP server, project APIs, a CLI, and newer coding integrations can accelerate setup. The visual editor remains the source of truth for many projects, while paid plans can download code or push it to a dedicated FlutterFlow branch in GitHub.
Code ownership is a real advantage: FlutterFlow says builders own their output, and exported mobile apps can operate independently of FlutterFlow. That does not make every project portable at zero cost. Generated helpers, dependencies, project YAML, visual abstractions, custom code, and future FlutterFlow updates still require an explicit Git workflow and maintainability plan.
A production app is still software. Builders must design authorization rules, protect secrets, validate server-side data, test failure paths, review package licenses, add accessibility, create privacy and deletion flows, monitor backend and AI costs, and complete Apple and Google compliance work. Visual success in preview mode is not production assurance.
Use cases
Who FlutterFlow is best for
The strongest fit depends on the job you need the product to complete, not the size of its feature list.
Design-led product teams
Designers and developers collaborating on responsive interfaces, reusable components, app logic, and backend-connected prototypes in one environment.
Teams with a Flutter escape plan
Organizations willing to export code, use Git branches, review generated changes, and maintain the app outside FlutterFlow if future requirements outgrow the visual builder.
Capabilities
Core FlutterFlow features
Visual UI and logic builder
Builds responsive widget trees, navigation, state, animations, actions, conditional flows, forms, and design systems without manually writing every Flutter construct.
Backend and API integrations
Connects Firebase, Supabase, REST APIs, imported OpenAPI specifications, authentication, cloud functions, payments, maps, analytics, ads, search, and storage services.
AI-assisted generation
Generates pages and components from prompts or images, imports selected design inputs, assists with code, and can create in-app AI agents using providers such as OpenAI, Anthropic, and Google.
Custom code and packages
Supports custom functions, actions, widgets, Dart files, third-party packages, selected native configuration files, and code expressions when visual blocks are insufficient.
Code export and developer tooling
Paid builders can download the Flutter project, use the CLI, inspect project YAML, run locally, and on higher tiers push to GitHub and sync custom code with VS Code.
Testing, collaboration, and deployment
Provides live debugging, snapshots, branches, comments, real-time team editing, development environments, automated tests, web hosting, APK output, and store-deployment workflows according to plan.
Process
How the FlutterFlow workflow works
Step 1
Define architecture before screens
Choose data ownership, authentication, authorization, backend services, environments, offline behavior, error handling, analytics, privacy requirements, and the boundary between visual logic and custom code.
Step 2
Build a thin vertical slice
Create one complete user journey from interface through authenticated data access and failure states before expanding the full component library or database schema.
Step 3
Secure the backend independently
Write and test Firebase or Supabase rules, keep secrets server-side, validate all privileged actions, rate-limit expensive endpoints, and never rely on hidden widgets as access control.
Step 4
Export and version early
Download code or connect GitHub as soon as the paid plan allows. Keep developer edits off the generated flutterflow branch, merge through reviewed pull requests, and test regenerated diffs.
Step 5
Release like a coded app
Run device and accessibility testing, dependency and license review, security checks, performance profiling, backup and rollback drills, store-policy checks, privacy disclosures, telemetry, and cost alerts before production.
Cost
FlutterFlow pricing and free plan
FlutterFlow retired its former Standard, Pro, and Teams plans in 2025. Current USD monthly pricing uses Free, Basic, Growth, Business, and Enterprise. Annual billing is typically about 25% lower and regional pricing may apply. The subscription does not include all backend, AI-provider, app-store, domain, email, map, payment, or other runtime costs.
Free
$0
For learning and prototyping two projects in the visual builder.
- Two projects and five AI-generation requests for the lifetime of the account
- Firebase and Supabase integration, two API endpoints, and one AI-free default environment
- Web deployment on up to two FlutterFlow subdomains
- No code download, custom domain, store deployment, GitHub push, or paid collaboration
Basic
$39/month or $29.25/month annually
For one independent builder shipping production apps without team GitHub collaboration.
- Unlimited projects and 50 AI requests per month
- Code download, CLI, local run, custom code, packages, API imports, and one AI agent
- One custom domain connection and one-click store deployment
- No GitHub push, VS Code sync, real-time collaboration, or extra development environment
Growth
$80 first seat + $55 second seat monthly
For a solo developer or two-person team needing version-control and advanced workflow features.
- Up to two editors, real-time collaboration, and centralized billing
- 200 AI requests per month and unlimited AI agents
- GitHub push, VS Code extension, up to two open feature branches plus main
- One additional development environment and one automated test per project
Business
$150 first seat + $85 each for seats 2–5 monthly
For established teams needing deeper design, testing, environment, and branch capacity.
- Up to five editors and ten purchasable single-project collaborator passes
- 500 AI requests per month and 100 Figma frame imports
- Up to five open branches plus main and two additional development environments
- Up to three automated tests per project and seven days of automated snapshots
Enterprise
Custom quote
For larger or regulated organizations requiring governance, scale, and dedicated support.
- SSO, activity logging, version pinning, and project-level access controls
- Custom editors, environments, limits, and automated testing
- Unlimited or contracted snapshot history
- Dedicated live support and custom engineering options
Pricing checked . Check current pricing at the source ↗
Assessment
FlutterFlow strengths and limitations
Where it stands out
- Generates a real Flutter project and provides code export on the entry paid plan, reducing lock-in compared with closed runtime-only builders.
- Combines responsive UI, application logic, backend connections, custom Dart, testing, and deployment in one product.
- Firebase, Supabase, arbitrary APIs, packages, and native configuration escape hatches cover a broad range of app requirements.
- GitHub, CLI, VS Code, project APIs, YAML, branching, and development environments create a credible bridge from visual building to conventional engineering.
- The free plan is sufficient to learn the editor and validate a small two-project prototype before paying.
What to consider
- The Free plan cannot download code or deploy to app stores, and Basic cannot push to GitHub; the most useful portability and team workflows therefore require paid tiers.
- Generated code can be verbose or tightly shaped by FlutterFlow conventions. Significant manual divergence makes future regeneration and visual-editor changes harder to merge.
- A visual builder does not automatically create secure database rules, sound authorization, protected secrets, accessible flows, compliant privacy practices, robust tests, or reliable operations.
- Subscription prices exclude variable Firebase or Supabase usage, AI tokens, cloud functions, maps, email, payment fees, app-store accounts, domains, and third-party services. A low builder bill can mask a high runtime bill.
- Collaboration pricing rises quickly: each editor needs a paid team seat, a person on multiple teams counts in each, and larger teams move toward Business extensions or Enterprise.
- FlutterFlow's public security documentation cites SOC 2 Type 1 rather than a Type 2 operating-effectiveness report. Organizations should obtain current evidence and review their own backend and end-user data flows.
- Third-party Flutter packages can change licenses, lose maintenance, introduce vulnerabilities, or break on Flutter upgrades; exported code still needs dependency governance.
Compare
FlutterFlow alternatives
The right alternative depends on the specific output, workflow, controls and budget your project requires.
Coding
Bubble
Choose Bubble for a mature browser-first no-code platform when a managed web runtime matters more than exporting a native Flutter codebase.
Explore Bubble →Coding
Lovable
Choose Lovable for prompt-first web application generation and a React-style developer workflow rather than visual Flutter mobile development.
Explore Lovable →Coding
Bolt.new
Choose Bolt.new for fast browser-based full-stack prototyping with direct code generation when mobile-store deployment is not the primary requirement.
Explore Bolt.new →Questions
FlutterFlow FAQs
Is FlutterFlow no-code or low-code?
It supports no-code visual building, but production use is better described as low-code. Custom Dart, packages, APIs, database rules, configuration, testing, deployment, and exported Flutter code become important as requirements grow.
Can I export FlutterFlow source code?
Yes, on Basic and higher plans. FlutterFlow says users own their output. Growth and higher also support pushing generated code to GitHub; keep manual changes on a separate branch because the flutterflow branch is overwritten by later pushes.
Can a FlutterFlow app run without FlutterFlow?
Exported mobile apps are designed to run independently, using the backend and services the builder configured. FlutterFlow-hosted web apps still depend on its frontend hosting until moved. Ongoing development outside the editor requires a team able to maintain Flutter and the selected backend.
Does FlutterFlow include a backend?
It connects to services such as Firebase and Supabase and can call other APIs, but those are separate systems with their own accounts, configuration, security rules, availability, and billing. FlutterFlow hosting primarily serves a compiled web frontend rather than becoming the app's universal data backend.
How much does FlutterFlow cost?
Current U.S. monthly prices are $0 Free, $39 Basic, $80 for the first Growth seat plus $55 for a second, and $150 for the first Business seat plus $85 for seats two through five. Enterprise is custom. Annual and regional prices differ.
Does FlutterFlow offer a free trial?
The first paid plan purchase includes one 14-day trial under the current subscription documentation. Later plan changes do not receive another trial, even if the original plan was still in its trial period.
Is FlutterFlow suitable for a production app?
Yes, if the team applies normal software engineering and operations practices. Review generated code, backend rules, packages, privacy, accessibility, tests, performance, release signing, store policies, monitoring, backups, and cost controls before launch.
Bottom line
Our FlutterFlow verdict
FlutterFlow is one of the stronger choices for teams that want visual speed without giving up a real mobile codebase. Basic is the practical minimum for an independent builder because it unlocks export; Growth is the meaningful engineering breakpoint because it adds GitHub and collaboration. The platform pays off when the team treats generated Flutter as production software from the first secure vertical slice, not when visual assembly is mistaken for finished engineering.
Visit FlutterFlow website ↗
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