Lovable builds projects fast, but it doesn't lock you in. When your app outgrows the platform or you want to take full control of the stack, exporting to Cursor is one of the cleanest paths available. Cursor is a code editor built around AI assistance, and it works directly with your source files rather than interpreting them through a proprietary builder.
That distinction matters.
This guide walks through the actual export process, what you should expect when the code lands in Cursor, and the steps needed to get a running project on your machine. If you've spent time in Lovable and now need to take ownership of what you built, this is where to start.
What You're Actually Exporting
Before clicking anything, it helps to know what Lovable produces. The platform generates a standard web application stack, typically React on the front end with TypeScript, connected to whatever backend services you configured during build. This isn't a proprietary file format locked behind a login wall, it's real source code.
When you export from Lovable, you receive:
- Frontend code, React components, hooks, page routes, and styling files written in standard frameworks
- Configuration files, package.json, tsconfig, vite or Next.js configuration, environment templates, and deployment settings
- Database migrations, if you used Supabase or another database integration, the schema and seed data come along
- Environment variables, the
.envstructure with placeholders for API keys and service credentials - Asset files, images, icons, fonts, and any uploaded media included in your project
The code you get back follows conventional patterns. There's no unusual bundling or obfuscation. It should open and run in any standard development environment, including Cursor.
Step-by-Step: Exporting from Lovable
The export process in Lovable is straightforward, but a few details determine whether the handoff to Cursor goes smoothly. Follow these steps in order.
Step 1 — Review Your Project State
Open your Lovable project and do a final review before exporting. Check for any incomplete features, placeholder text, or components that haven't been fully designed. Once you export, any unresolved TODO items stay in the code.
You can always go back, but it's easier to catch things now.
Take note of any custom integrations you added through the Lovable interface, third-party APIs, webhook endpoints, or authentication providers. You'll need those details when you set up the project locally.
Step 2 — Locate the Export Option
In the Lovable editor, look for the export or download button. It typically sits in the project settings panel or in the main toolbar. The exact placement changes as Lovable updates its interface, but it's generally labeled Export or Download Code.
Some versions also list it under a menu called Share & Export.
Click through and select the option to export the full source code. Avoid the "embed" or "share link" options, those generate hosted previews, not the project files you need for Cursor.
Step 3 — Download the Project Archive
Lovable packages your project as a compressed archive, usually a .zip file. The download may take anywhere from a few seconds to a couple of minutes depending on project size. Larger projects with many components, assets, and database records will take longer.
Once the download finishes, save the file to a location you can easily access. A dedicated folder on your desktop or in your primary projects directory works fine. Don't extract it yet, we'll get to that in the next step.
Step 4 — Extract the Archive
Navigate to wherever you saved the .zip file and extract it. On macOS, double-click the file. On Windows, right-click and choose Extract All.
On Linux, use the archive manager or run unzip from the terminal.
The extracted folder will contain the entire project structure. Take a moment to look inside before doing anything else. You should see standard directories like src, public, components, and configuration files at the root level.
Opening the Project in Cursor
Cursor works best when you give it a clean project to work with. Follow these steps to get your Lovable export running inside Cursor.
Step 1 — Install Cursor (If You Haven't Already)
Download Cursor from the official site and install it on your machine. The editor is available for macOS, Windows, and Linux. Installation follows the same process as most desktop applications, download the installer, run it, and follow the prompts.
Cursor includes Git integration out of the box, which is useful since version control is important once you start editing the code independently.
Step 2 — Open the Project Folder
Launch Cursor. From the welcome screen, click Open Folder and navigate to the directory where you extracted your Lovable project archive. Select the root folder of the project and confirm.
Cursor will scan the project and display the file tree in the sidebar. If this is a larger project, it may take a moment to index everything.
Step 3 — Install Dependencies
Open the integrated terminal in Cursor (View → Terminal, or press Ctrl + ` on Windows/Linux or Cmd + ` on macOS).
Navigate to the project root if the terminal doesn't open there automatically, then install the project dependencies:
npm install
Or if the project uses Yarn:
yarn install
pnpm is also common with modern React projects:
pnpm install
Watch for any errors during installation. Missing dependencies or version conflicts are the most common issue when moving code from a managed platform to a local environment.
Step 4 — Set Up Environment Variables
Every project that connects to external services needs environment variables. Lovable projects typically include a .env.example or .env.local.example file that shows which variables are required.
Create a copy of that template and fill in the values:
cp .env.example .env.local
Then open the new .env.local file and add your actual API keys, database URLs, and other credentials. Common variables you'll encounter include:
- Database connection strings
- API keys for authentication providers
- Third-party service tokens
- Internal application secrets
Never commit your .env file to version control. Add it to your .gitignore if it's not already there.
Step 5 — Run the Development Server
With dependencies installed and environment variables set, start the development server:
npm run dev
The server should start and print a local URL, typically http://localhost:3000 or http://localhost:5173. Open that address in your browser.
If the app loads and displays correctly, the export was successful. If you see errors, check the terminal output, it will tell you exactly what's broken.
Common Issues After Export
Moving code between platforms rarely goes perfectly on the first try. Here are the most frequent problems and how to fix them.
Dependency Version Conflicts
Lovable manages dependencies automatically, so the exact versions pinned in your project may not match what's available in a local Node environment. If npm install throws errors about incompatible versions, try clearing your cache and reinstalling:
npm cache clean --force
npm install
If that doesn't work, check whether your package.json has a specific Node version requirement listed under an engines field. Your local Node installation may need to be updated to match.
Missing Build Tools
Some Lovable projects rely on build tools or plugins that aren't included in the default export. Check the package.json dependencies section for anything that looks unusual or unfamiliar. Missing packages are easy to add back:
npm install <package-name>
Database Connection Failures
If your project uses a database like Supabase, the connection string in your .env file may reference a hosted instance that's tied to your Lovable account. You'll need to either:
- Keep using the same hosted database (make sure it's still active outside of Lovable)
- Set up a local database and update the connection string accordingly
- Migrate your data to a new database instance
Test the database connection separately before expecting the full app to work.
Authentication Problems
Login flows that worked inside Lovable may break after export because authentication providers often tie callbacks and redirect URLs to the original hosting domain. You'll need to update any OAuth configurations to use your local development domain (http://localhost:3000) or your new production URL.
Check the authentication provider's dashboard, Google, GitHub, Supabase Auth, and others all have a settings page where you can add allowed redirect URIs.
Styling Inconsistencies
Some styling approaches used by Lovable depend on platform-specific behavior. Tailwind CSS classes, for example, should work fine since they're standard, but custom animations, component libraries, or theme configurations may need adjustment. If styles look wrong, check the browser console for missing module errors and verify that all style packages are installed.
