MeDo Components: AI-Generated UI Blocks for Any Builder

Describe It Once, Use It Anywhere: MeDo Components Is Now Live

The core idea is that the prompt is the artifact. Ask an AI builder to "make a pricing table" twice in a row and you get two different tables: different spacing, different cards, different hover states. MeDo Components treats the prompt itself as the deliverable — a precise, state-by-state description of what the component must do — so the same prompt produces the same component every time, in MeDo, Lovable, Bolt, v0, or Cursor.

1. What MeDo Components is

MeDo Components turns a plain-language description into a finished UI block in roughly three minutes. You type something like "a pricing table with three tiers and a monthly-yearly toggle," and the generator returns the React and Tailwind code with a live preview beside it. The output covers the states you usually have to ask for separately — hover, focus, loading, disabled — because the prompt for each component names those states explicitly rather than hoping the model happens to include them.

The workflow is a four-step loop, and each step is short enough to keep you in flow:

1. Describe — type the component you want, or start from the written prompt on any component page (~30 seconds).
2. Preview and iterate — a live preview renders next to the code; refine with follow-up prompts, adjust the theme tokens, or edit the JSX directly, whichever is faster.
3. Copy or import — paste the prompt into Lovable, Bolt, v0, or Cursor, take the raw code, or keep building in MeDo, where the component lands as a real file with its dependencies wired up.
4. Ship it — publish from MeDo to a live URL, or commit the component into your own repository.

None of it requires MeDo at runtime. The generated code is plain React and Tailwind — you own it, and it runs wherever you deploy it.

2. What's inside the gallery

Thirty components are live today, split across three layers plus one complete page. The layers map to how you actually assemble a site — primitives for the reusable parts, navigation and feedback for the frame, and page sections for the full-width blocks that stack into a landing page.

The component pages do more than show a finished screenshot. Each one documents the states and edge cases a production component has to handle — the part usually missing when you copy from a template or an internal library. The Button prompt, for instance, generates primary, secondary, ghost, and destructive variants at three sizes, with hover, focus, loading, and disabled states. The Modal prompt includes focus trapping, focus restore on close, body scroll lock, and a mobile bottom-sheet variant. Those requirements live inside the prompts, so they land in the generated code rather than becoming a follow-up task.

3. What it fixes — and why consistency matters

The problem MeDo Components solves is not "I don't have a navbar." Every AI builder can give you a navbar. The problem is that the navbar you get changes every time you ask. In a vibe coding loop — describe, preview, tweak, preview again — that instability compounds: you spend a session re-aligning spacing on a component that regenerated slightly differently than it did five minutes earlier. If you are new to the concept, see our guide to vibe coding.

Consistency is what turns components into building blocks instead of lottery tickets. When the same prompt reliably produces the same navbar, a navbar becomes a solved problem — you grab it once and move on to the part of the site that actually needs thinking. This is the LEGO principle: the value is not that any single block is stunning on its own, but that every block snaps together with every other block, sharing the same spacing, radius, and color tokens.

The gallery also plugs into how MeDo generates apps in the first place. Every app you describe to the builder is internally composed of components — a dashboard is a sidebar, a data table, stat cards, a settings form. Components is the surface where those blocks become something you can pick up and reuse across projects, instead of staying locked inside a single generated app. For the full picture, the how-to-build-mobile-app-with-ai walkthrough shows where components sit in the build flow.

4. What makes these components different

Four choices separate this from a Tailwind UI kit or a community component registry. The table below positions MeDo Components against the two things it is most often confused with.

First, the prompt is the deliverable, not a fixed catalogue. A kit gives you a list of components to copy from; when your case is slightly different, you are editing someone else's code. Here you edit the description and regenerate, so the component matches your situation instead of the nearest catalogue entry. This is the same gap that community registries like <a href="https://21st.dev" rel="nofollow noopener">21st.dev</a> address for developers — MeDo's version makes the prompt itself the product, so a non-technical builder never has to inspect a component's props to adapt it.

Second, accessibility is part of the generation contract. Each component page states what the component must handle — focus trapping and restore for modals, live-region politeness for toasts, hidden text labels for anything that would otherwise convey meaning through color alone. Because those requirements are written into the prompts, they appear in the generated code rather than being a follow-up audit item.

Third, the output is themeable through design tokens, not hardcoded colors. Styled with Tailwind tokens, a component drops into your project without dragging a foreign palette along — you retheme it, not rewrite it.

Fourth, the markup is framework-agnostic. Components are authored in React and TypeScript, but each page shows the same component mounted in Next.js, Vue 3, SvelteKit, Astro, and plain HTML. That is why the same prompt runs equally well in Lovable, Bolt, v0, and Cursor — and why the feature pairs naturally with the web apps MeDo now ships with server-side rendering.

5. How to use a component in any builder

If you build in MeDo, the component lands as a real file in your project with its dependencies wired up — the lowest-friction path. If you live in another tool, the copy button gives you the same prompt you would have written yourself, but sharper. Specificity is the point: a vague prompt produces a different component on every run, while these prompts name the states and edge cases explicitly, so the result stays consistent in any editor.

The user this is built for is broader than a developer audience:

• Indie hackers skip a week of layout work and ship a landing page tonight.
• Vibe coders on Lovable and Bolt stop asking their editor to redraw the same navbar and getting a different answer each time.
• Agencies start every client site from the same vetted set and retheme rather than rebuild.
• Non-technical founders never learn React or Tailwind — they describe the section they want in plain English and keep editing the same way.

If you are still deciding which AI builder to commit to, the best AI mobile app builders comparison covers how these tools differ on mobile output specifically.

6. What it costs

Generating and previewing components runs on the same credits as the rest of the MeDo builder, and there is a free allowance to start with, as of August 2026. Downloading the full source of an entire project is a separate credit cost. This is a feature inside the builder you already pay for — not a separate product.

Conclusion

The pitch of MeDo Components is that a website stops being a blank canvas and becomes a set of blocks you can pick, snap together, and ship. That framing only holds if the blocks are consistent — and consistency is exactly what a prompt-first generator delivers where a re-describe-every-time workflow cannot.

The honest test is simple: next time you describe a navbar or a pricing table from scratch, copy one of these prompts instead and see which result you keep. Try MeDo Components. And if you came here for mobile rather than web, the builder story is unchanged — native Swift and Kotlin from prompts, tested on your phone, with a path to the App Store, starting at the AI mobile app builder.