Migration

FlutterFlow to Flutter Migration.
Without taking your app offline.

FlutterFlow got you to a working product faster than writing Dart would have. Then a customer asked for something the editor cannot express, a screen started stuttering, and the codebase stopped being something you can safely change. That is not a mistake you made. It is the point where the tool that got you started stops being the tool that takes you forward, and moving past it is a delivery problem more than a technology one.

Audit first App stays live Fixed price You own the repo

30 minutes with the founders. Bring the app, not a document.

Flutter products we have shipped
19+Projects delivered
100%Fixed price delivery
FlutterAnd React Native, both in house
1 yearWarranty on larger contracts
Before you decide

Most comparisons answer
the wrong question

Search for FlutterFlow against Flutter and you will find a dozen guides weighing speed against control, ending in the same conclusion: it depends on your project. All of that is true and none of it helps somebody who already has a live app with paying users.

The question you actually have is different. You are not choosing a stack. You are asking whether the thing you have has outgrown the visual layer, which parts of it have, and how the move happens without the product going dark for two months while it is rebuilt.

That is the question this page answers, and it is why a FlutterFlow to Flutter migration is planned as a sequence rather than quoted as a rebuild. If the honest answer for your app is that you should stay in FlutterFlow for another year, you will hear that on the call, and it is the answer we give more often than you would expect.

The ceiling

Five signals that you
have actually hit it

One of these on its own is usually not a reason to move. Two or three appearing every week is.

State and data flow became the bottleneck

The app works, but changing one screen breaks another, and the reason is that state lives in too many places. This is the most common trigger and the hardest to fix inside the editor.

An integration the editor cannot express

A payment flow with unusual rules, a device capability, an enterprise system with its own authentication. You end up writing custom actions until most of the value sits in code anyway.

One screen performs badly and you cannot see why

Usually a list, a map or anything rendering a lot of items. Diagnosing it needs control over the widget tree and the rebuild behaviour.

Two people cannot work on it at once

No branches, no review, no meaningful history. The moment there is a second developer, the absence of normal version control costs more than the editor saves.

No one on your side can safely change it

The person who built it moved on, and what is left is a project that works and that no one dares touch. This is the version of the ceiling that arrives without warning.

What export actually gives you

The part most guides
gloss over

FlutterFlow exports your project as real Flutter code, which is genuinely more than a purely visual platform offers. What the export does not give you is a codebase built the way a Flutter team would have built it.

What you get

  • Working Dart that compiles and runs, with your screens and flows intact
  • Your existing backend untouched, whether that is Firebase, Supabase or an API
  • A starting point, which means a migration rather than a rebuild from zero
  • The freedom to add anything Flutter can do, immediately

What still needs doing

  • State management restructured into a pattern a team can reason about
  • Widget hierarchies and routing reorganised into conventional Flutter structure
  • Dependencies and generated helpers reviewed rather than inherited wholesale
  • A test setup and a release pipeline, neither of which the editor needed
The part to decide deliberately

Export is a one way door. Once the code is edited outside the builder, going back to visual editing is no longer realistic.

That is not a reason to avoid the move. It is a reason to make it as one decision with a plan behind it, rather than to arrive there by accident after the twentieth custom action.

How we do it

Screen by screen,
while the app stays live

The version of this that goes wrong is the big bang: freeze the product, rebuild everything, ship in three months. Your users leave, your roadmap stops, and the first release carries every risk at once.

Stage one

Export and stabilise

Get the exported project building reliably, into version control, with a release pipeline behind it. Nothing user facing changes at this stage, and that is the point: it is what makes everything after it reversible.

What users see
Nothing. The app in the stores is the same app.
What you get
The project in your repository, a build that runs on demand, and the ability to roll back a change.
Stage two

Rework the foundation

State, data access and navigation are restructured before any screen is touched, because every screen depends on them. Doing this after the screens means doing the screens twice.

What changes
How the app holds state, how it reaches data, and how it moves between screens.
Why first
It is the layer that decides whether the next twelve months of changes are cheap or expensive.
Stage three

Migrate by priority

The screens that caused the problem go first. You ship those to users while everything else still runs on exported code, so value arrives before the migration is finished rather than at the end of it.

Goes first
The screen that performs badly, and the one carrying the integration you could not build.
What users see
The fix they have been asking for, in a normal release.
Stage four

Then the long tail

Settings, onboarding and the screens that were fine all along get converted as they are touched, which keeps the remaining work inside normal development instead of turning it into a second project to fund.

How it is paid for
Inside regular feature work, not as a separate migration budget.
When it ends
When the last exported screen is replaced, which for most products is quietly rather than on a date.
Start here

A migration audit,
at a fixed price

Before anyone quotes a migration, you get a written report: what the exported code actually looks like, which parts have genuinely outgrown the editor, what has to be restructured, what can stay, and a priced plan with a sequence. If the report concludes that staying in FlutterFlow is the better answer this year, it says that. The fee is credited against the migration if you go ahead.

Ask about the audit

Written report, fixed fee, credited later.

When to stay

When migrating is
the wrong move

This page sells a migration service, so it is worth naming where it does not pay. If any of these describes your situation, keep what you have and revisit later.

  • The app does what it needs to and the complaints are cosmetic. A tool you have outgrown produces weekly pain. If yours does not, you are paying to solve a problem you do not have yet.
  • Non developers on your team build screens. The visual editor is the point. Losing that so a codebase looks conventional is a bad trade unless engineering is now the constraint.
  • You are still validating the idea. Version one exists to find out whether anyone wants the thing. Migrate after the answer is yes, not before.
  • No one will own the code afterwards. A Flutter codebase needs somebody, in house or ours, to keep it. Moving to code and then leaving it unattended is worse than staying in the editor.
What it costs

Where migrations
usually land

The number for a FlutterFlow migration depends on how much of the product has to be restructured rather than on screen count. These are the bands most projects fall into, and the audit turns them into one figure for your app.

Foundation and hot spots from $10,000

Export stabilised, state and navigation restructured, and the two or three screens that caused the problem rebuilt properly. The rest keeps running.

Full migration $18,000 to $25,000

The whole product moved to conventional Flutter, with tests and a release pipeline, delivered in stages so releases continue throughout.

Migration plus roadmap $35,000+

The move plus the features that were blocked by the ceiling in the first place, scoped together so you pay for one project rather than two.

How the fixed price holds, and what separates a defect from a change request, is set out on our fixed price app development page. What drives an app budget generally is in mobile app development cost.

How it works

From first call
to signed acceptance

01

Call, 30 minutes

Show us the app and tell us what you could not do last month. We ask what broke, what is slow and who maintains it. No pricing at this stage.

02

Migration audit

We take the exported code and produce a written report: the real state of it, what has outgrown the editor, what has to be restructured, what can stay, and a sequence. Fixed fee, credited against the migration.

03

Written scope and fixed quote

One number for the agreed scope, with a timeline, acceptance criteria, and the defect versus change request definition written into the contract rather than left to good faith.

04

Staged delivery, live throughout

Foundation first, then the screens that hurt, with a demo every two weeks. Your users keep getting releases while the migration runs underneath.

05

Handover and acceptance

Repository, pipeline and credentials in your name, a signed acceptance protocol closing delivery, and on larger contracts a one year warranty on the software.

Your side of it

What the migration
needs from you

  • Access to the FlutterFlow project and the backend. The project itself, plus Firebase, Supabase or whatever the app talks to. This is usually the slowest item, so start it before the call.
  • The developer accounts. Apple and Google, in your organisation's name. Enrolling an organisation needs legal entity details and somebody with authority to accept the terms, and it cannot be done for you.
  • One person who can decide. Migrations surface questions the original build never answered. Someone has to answer them within a day.
  • An honest list of what is broken. Including the parts you have been working around. Those workarounds usually point at the real architectural problem faster than the code does.
FAQ

Questions we get
on the first call

Do we have to rebuild the app from scratch?
Usually not. FlutterFlow exports real Flutter code, so the starting point is a working project rather than an empty one. What takes the work is restructuring state, navigation and the screens that outgrew the editor, not retyping the parts that are fine.
Can we keep shipping to users during the migration?
That is the point of doing it in stages. The exported project goes into version control and a release pipeline first, so releases continue while screens are converted underneath. The alternative, freezing the product for a full rebuild, is the version of this that goes wrong.
Can we go back to the visual editor afterwards?
In practice, no. Once the exported code is edited outside the builder, returning to visual editing is not realistic. That is why the decision belongs in one deliberate step rather than accumulating custom actions until you are already past the point of return.
How long does it take?
Foundation work plus the problem screens usually runs eight to twelve weeks. A full migration with tests and a pipeline runs longer and is delivered in stages, so you get value before the end rather than at it. The audit gives you the sequence and the dates.
What happens to our Firebase or Supabase backend?
It stays. A migration off the visual builder is a client side move. If the backend also needs work, that is a separate decision with its own scope, and we would rather do one at a time than both at once.
Our app was partly generated by an AI tool. Is that the same problem?
The symptoms are close: code that runs, that no one on your team wrote and no one can safely change. The audit is the same first step, and the honest answer sometimes differs, because generated code occasionally has less worth preserving than an exported FlutterFlow project.
Who owns the code afterwards?
You do, and it should say so in the contract alongside the acceptance criteria. The repository, the pipeline and the credentials are in your organisation's name from the start rather than transferred at the end.
You are in Europe. Does that work for a US company?
We are six hours ahead of the US East Coast, which gives a real overlap block in your morning. Under a scoped fixed price contract that matters less than it would if you were directing the team hour by hour, which we explain in our nearshore guide.
Read before you commit

Guides worth reading first

Show us the app, not a brief

Bring the FlutterFlow project and the thing you could not build last month. You get a straight answer on whether you have actually hit the ceiling, what the move would involve, and a written scope with a fixed price before anything is touched.

30 minutes with the founders. No preparation needed.