Lovable vs Bolt.new vs v0: Which Should You Choose?

Lovable, Bolt.new, and v0 can each turn a conversation into a working web application. Each starts with a prompt and a preview. Differences between vibe coding tools become clearer when you edit the code, publish the app, or bring in another developer.

Choose Lovable for a managed web-app flow, Bolt for a visible browser workspace with an Expo path, and v0 for a Next.js project headed to Vercel. Our vibe coding guide explains the approach, while the v0 versus Bolt comparison explores those two in more detail.

How Do Lovable, Bolt, and v0 Differ?

Lovable provides a managed visual web-app builder, Bolt provides a JavaScript coding workspace in the browser, and v0 focuses on Next.js apps and Vercel hosting.

Criterion	Lovable	Bolt.new	v0
Main Surface	Managed builder	Browser workspace	Next.js builder
App Scope	Web apps	Web and Expo	Full-stack Next.js
Backend Path	Cloud or Supabase	Bolt Cloud or integrations	Vercel integrations
Paid Entry	$25 monthly	$25 monthly	$30/user/mo
Build Meter	Task credits	Tokens	Dollar credits

The prices link to Lovable's plan documentation, Bolt's pricing page, and v0's pricing guide.

The current v0 pricing page calls its $30-per-user offer Plus. Generation credits and deployment charges remain separate, so the prices above are entry subscriptions rather than complete app budgets.

How Does Editing Differ in Lovable, Bolt, and v0?

Lovable emphasizes visual edits and product-level prompts, Bolt exposes files and a terminal alongside chat, and v0 keeps editing close to a Next.js project and Git workflow. Each can revise the first build; the difference is the development context you work in while fixing it.

Bolt shows the project files and development tools beside the chat. The product's official introduction describes code view, a browser runtime, package installation, and full-stack JavaScript development. The prompt and the project environment sit together.

v0 steers the generated result toward Next.js conventions and Vercel services. Its full-stack documentation covers App Router endpoints and integrations for databases including Supabase, Neon, and Upstash.

All three provide visual controls for a targeted change, such as revising a heading or button:

Platform	Visual Editing	How Changes Apply
Lovable	Preview toolbar: inline text, element selection, drawings, comments	Inline text has a limited free allowance; selection and drawing requests use build credits
Bolt	Select tool: text and style adjustments	Preview free; saving the batch to code uses tokens
v0	Design Mode: text, typography, color, and layout	Apply sends changes to chat and generates a new version for review

Lovable: Managed Product Building

Lovable combines chat, visual editing, hosting, version history, and backend services. Its documentation describes Lovable Cloud as the built-in path and Supabase as another backend option. That packaging reduces the number of services a first-time builder must assemble before a database-backed web app can run.

Lovable's official FAQ says apps created from May 13, 2026 use TanStack Start. Apps created before that date use React with Vite. Confirm the project's stack before planning a handoff.

Lovable synchronizes generated projects through GitHub. Its separate Upload code feature can rebuild a repository ZIP as a new TanStack Start project where the gradual rollout is enabled. It does not directly attach to the original repository; users and database records require separate migration.

Lovable generates web applications rather than native iOS or Android projects. Its FAQ documents two routes to an installable result: a Progressive Web App, or a Capacitor wrapper submitted to the App Store or Play Store. Wrapping a web app is different from generating a native app.

• Inspect: generated authorization rules and secrets.
• Test: GitHub synchronization before parallel edits begin.
• Budget: building and deployed Cloud or AI use.
• Record: whether the project uses TanStack Start or Vite.

Bolt: A Browser Development Workspace

Bolt provides a JavaScript development environment inside the browser. The official introduction describes websites, full-stack web apps, and mobile apps built with Expo. Code view and a running application stay within the workspace.

The visible environment changes the type of instruction available after a failed generation. A developer can identify a file, inspect a dependency, or ask for a targeted repair with the project structure in view. That control carries the normal responsibility to understand the generated change.

Bolt measures each generation through a token allowance. Its token guide explains that input and output both consume the allowance. Project context is a major source of input use, so the same sentence can cost more after the codebase grows.

Pro costs $25 per month and includes 10 million monthly tokens. The pricing page says unused paid-plan tokens roll into the next month, with one extra month as the limit. The free plan lists one million monthly tokens and a 300,000-token daily cap.

• Inspect: which files enter the model context.
• Test: one package change and one failed build.
• Budget: repair prompts after the repository grows.
• Record: the install and deployment steps outside Bolt.

v0: Next.js Inside the Vercel Stack

v0's full-stack documentation covers backend endpoints, environment variables, database connections, and deployment for Next.js applications.

The default stack remains specific to the Vercel workflow. The guide says v0 defaults to Next.js for full-stack work and recommends App Router conventions. Vercel deployment and marketplace integrations form the shortest path from generation to a live application.

That specificity can reduce translation for a team already using Next.js and Vercel. A team committed to a different framework or hosting model should test generated code in the intended environment before treating the preview as a valid architectural sample.

v0 bills model use through dollar-denominated credits. Plus costs $30 per user per month and includes $30 in credits. Monthly credits can roll over, then expire 65 days after issue.

Deployment, databases, and other providers can add costs outside the v0 credit balance. A comparison should keep generation spending separate from Vercel usage and any database, email, storage, or model service used by the deployed app.

• Inspect: server and client boundaries in generated code.
• Test: the application in the target Next.js repository.
• Budget: v0 credits and Vercel usage separately.
• Record: every marketplace service added to the project.

Does Lovable, Bolt, or v0 Fit Your Project?

Choose Lovable for guided visual web-app work, Bolt for a JavaScript workspace or Expo mobile app, and v0 for an existing Next.js and Vercel workflow. All three can build responsive web apps; repository and mobile requirements narrow the choice.

Constraint	Lovable	Bolt.new	v0
Store app	Capacitor wrapper	Expo path	Web app path
Existing repo	ZIP rebuild, rollout	GitHub import	Git Import
Default host	Lovable Cloud	Several options	Vercel
Recovery	Version revert	Version restore	Generation restore

For an existing repository, use the real project structure, dependency policy, and build command in the trial. List required hosts and data providers before generation so a default service does not become an unplanned dependency.

Test keyboard navigation, focus order, field labels, error announcements, heading order, and contrast. A screenshot shows layout and color; the other checks require interaction and DOM inspection.

The three restore controls have different data and code boundaries:

• Lovable: preview an older working state, then revert from History or a past message. The code returns to that state, but database records do not.
• Bolt: open Version history, preview a backup, and choose Restore this version. Bolt also leaves the current Bolt or Supabase database unchanged.
• v0: choose an earlier generated version and restore it as the new latest version. Direct file edits and other non-message actions may not create a version.

How Do Lovable, Bolt, and v0 Prices Compare?

Lovable Pro and Bolt Pro both start at $25 monthly, while v0 Plus costs $30 per user. Lovable includes 100 monthly credits, Bolt includes ten million monthly tokens, and v0 includes $30 in monthly generation credits. These are different billing units, not comparable quantities of completed work.

Platform	Paid Plan	Included Use	Expiry Rule
Lovable	Pro, $25/mo	100 credits	Up to 2 months
Bolt.new	Pro, $25/mo	10M tokens	One extra month
v0	Plus, $30/user/mo	$30 credits	65 days

Lovable's credit documentation describes a unified general balance for Build, Cloud, and AI use during its current rollout. Daily Build grants and monthly Cloud or AI grants are consumed before general credits. Monthly subscription credits expire two months after issue, while purchased top-ups last 12 months.

The useful comparison unit is a fixed feature. Record the allowance before the build, after generation, after one repair, and after a short deployed test. That log shows how each billing model reacts to the work you actually need.

Can You Move Lovable, Bolt, and v0 Apps Elsewhere?

You can move generated code from Lovable, Bolt, and v0 through GitHub or export workflows. Moving the running app also requires migrating or replacing services such as authentication, databases, storage, and hosting.

Check	Lovable	Bolt.new	v0
Code Route	Two-way GitHub	GitHub project	Git repository
Managed Layer	Cloud services	Hosting options	Vercel services
Proof Step	Run synced clone	Install from clone	Deploy target repo

Run the handoff while the app is small. Start from a clean clone, use a new environment file, create a test account, write a record, and trigger an error. Document any step that still requires the original builder.

Trace the stored data after the code handoff works. Identify the database owner, export format, authentication provider, file storage, and deletion path. A repository can be portable while the application's live records remain expensive to migrate.

How Can You Compare Lovable, Bolt, and v0 Fairly?

Compare Lovable, Bolt, and v0 by giving each the same small task and checking the same result. The brief below is an illustrative exercise, not a report of a test we conducted.

Build a responsive service-request app. Users sign in, create a request, and see only their own records. An admin can update status.

Show a clear error when saving fails. Explain the authorization rule and provide setup instructions for a fresh clone.

Use the same acceptance checks for every result:

• A second user cannot read or modify the first user's request.
• A failed database write produces a useful message and preserves form input.
• The layout works at a 390-pixel viewport without horizontal scrolling.
• A fresh clone starts from written steps and documented environment variables.
• The usage log separates generation, repair, deployment, and outside services.

A non-developer can count the service choices that block the build. A developer can check code visibility and repair control. A Next.js team can measure how much translation the generated project requires.

Frequently Asked Questions

Is Lovable, Bolt, or v0 easiest for a non-developer?

Lovable is the clearest starting point for a non-developer who wants a managed visual web-app workflow. Bolt exposes more development tools, while v0 fits a Next.js and Vercel workflow. Lovable still requires the builder to check permissions, stored data, and error handling before launch.

Does Lovable, Bolt, or v0 give developers more control?

Bolt gives developers a visible browser JavaScript workspace with files, commands, and GitHub integration. v0 is the more focused choice for control within a Next.js and Vercel project. Lovable emphasizes managed visual editing instead of direct development work. Code access in any of these tools does not automatically make connected databases and managed services portable.

Can Lovable, Bolt, and v0 build full-stack apps?

Lovable, Bolt, and v0 can all build full-stack web apps. Lovable offers Lovable Cloud or Supabase, Bolt combines JavaScript projects with Bolt Cloud or other services, and v0 supports Next.js server endpoints and database integrations. Generated authorization and error handling still need review.

Can you export code from Lovable, Bolt, and v0?

You can move source code from Lovable, Bolt, and v0 through their GitHub or export workflows. Moving the running app also requires transferring or replacing its database, authentication, files, and hosting. Test those dependencies outside the builder before assuming the app is portable.

Should You Choose Lovable, Bolt, or v0?

Choose Lovable for a managed web-app flow, Bolt for a visible browser development workspace and broader JavaScript or Expo path, or v0 for a Next.js project headed to Vercel. Use the trial above to compare how well each handles your app, how much it costs, and how easily you can continue the work outside the builder.