React / Next.js to WordPress: Convert Your App’s Frontend to Editable Elementor

You built a slick frontend in React or Next.js — maybe you described it to v0 and it generated the components in seconds — and now the site needs to live on WordPress so a non-technical client can edit it without calling you. You open Elementor, look for somewhere to drop your components, and there’s nothing. Elementor doesn’t run React. There is no import button, and no plugin makes one appear.

This is the wall every developer hits when a React project meets a WordPress requirement. There’s a clean, realistic path across it — but only part of your app comes with you, and it’s better to hear which part now. Here’s the plan: why React can’t go straight into Elementor, how to pull usable static HTML out of a Next.js build, and exactly what survives the conversion versus what you rebuild in WordPress.

Why React can’t go straight into Elementor

React and Next.js are JavaScript frameworks. Your components aren’t a page — they’re a program that produces a page. A .jsx or .tsx file is instructions: fetch this data, hold this state, render this markup when a button is clicked. Nothing is the design until React runs in a browser and turns those instructions into actual HTML on screen.

Elementor is the opposite kind of thing. It’s a layout builder, not a JavaScript runtime. It stores a page as concrete, static structure — this Heading widget, that Button, this Container with these padding values — and renders it through WordPress and PHP. It has no engine to execute useState, resolve a useEffect, or hydrate a component tree. So pasting a component into an HTML widget does nothing useful, and “React to Elementor” as a direct conversion doesn’t exist. You can’t convert the program — only what it outputs.

The realistic path: rendered static HTML, not components

Here’s the reframe that makes the whole thing tractable. When your React or Next.js app runs in a browser, it emits ordinary HTML and CSS — the exact markup the browser paints to the screen. That rendered output is a normal document: <div>, <h1>, <button>, <img>, with real styles resolved and applied. That is what converts to Elementor — not your source components, but the static HTML they render into.

So the job isn’t “convert React.” It’s two steps: get the rendered static HTML out of your app, then convert that HTML into native Elementor widgets. Step one is a build or export task you already have the tools for. Step two is what AI to Elementor handles.

How to get static HTML out of a Next.js app

Next.js is built for this — it can render your pages to static HTML at build time. There are a few ways to get the markup you need, depending on how your app is set up.

1. Static export (the cleanest route)

If your pages don’t depend on a live server at request time, add output: 'export' to your next.config.js and run next build. Next.js writes a fully static site to an out/ folder — real .html files with the CSS linked, exactly as a browser would receive them. Open the page you want, and that’s your source HTML: the framework’s own production render, and the highest-quality input.

2. Save the rendered DOM from a running page

If a full static export isn’t practical — say the page is behind data fetching or only runs locally — load the finished page, open DevTools, and copy the rendered DOM from the Elements panel (right-click the section and choose Copy → Copy outerHTML). The nuance that trips people up: use the rendered DOM, not “View Source.” View Source shows the near-empty shell before React hydrates; the Elements panel shows the real markup after your components have run.

3. Grab per-section markup

You don’t have to convert a whole app at once. Need just the hero, the pricing table, or the feature grid? Copy that element’s outer HTML on its own — smaller, focused chunks convert cleanly and drop easily into an existing WordPress layout.

Converting that HTML into native Elementor widgets

Once you have the rendered static HTML, the conversion is the straightforward part. AI to Elementor is a WordPress plugin that reads your HTML and its computed styles and rebuilds each element as the real Elementor widget it should be — headings become Heading widgets, buttons become Button widgets, images become Image widgets — laid out in Elementor’s modern Container system with full flex and grid.

Because the engine is deterministic and server-side — rule-based, not an AI guessing at output — the same HTML produces the same widgets every time. It resolves the concrete values your styles compute to (padding in px, font weights, hex colors, radius) and writes them into each widget’s native settings. Fonts, including Google Fonts detected and registered automatically, along with colors, spacing, CSS animations, and hover states are preserved at around 95.5% average pixel fidelity. It works with Elementor Free, runs from $47–297/year by tier, and gives you one free conversion to test your own page first. The result is a genuine Elementor page you edit by clicking — not a frozen HTML block, and not a lossy JSON approximation.

What survives, and what you rebuild

This is the honest core of the post. Converting a React frontend gives you the visual and structural layer as editable widgets. It does not give you the application layer — the JavaScript that made your app an app. Only one of those two things is HTML.

What survives (the frontend / markup):

• Page structure — sections, containers, and columns as native Elementor containers.
• Content elements — headings, paragraphs, buttons, images, and icons as their matching widgets.
• Styling — fonts, colors, spacing, borders, and shadows resolved from your computed CSS.
• CSS-based motion — @keyframes animations, transitions, and :hover states, because they live in the styles.

What does not transfer (the React runtime):

• State and hooks — useState, useEffect, context, anything holding live values in memory.
• API calls and data fetching — the page converts as the snapshot it rendered, not a live data feed.
• Client-side routing — the Next.js router doesn’t come across; WordPress handles routing instead.
• JS-driven interactivity — modals, tabs, filters, live forms, and carousels that need JavaScript to work.

None of that is a defect — it’s the structural reality that Elementor is a layout builder, not a JS framework. And the missing pieces are rebuildable on the WordPress side: use Elementor Pro widgets for tabs, forms, popups, and carousels; wire dynamic content to a WordPress data source; or add a small script through a custom-code widget that targets the converted elements by their real classes and IDs. You keep the editable page and reattach only the interactivity you actually need.

Three ways to get a React/Next.js frontend into WordPress

For the bigger picture on moving AI-built sites into WordPress, see our pillar guide on vibe coding to WordPress. And for the mechanics of the conversion step itself, read how to convert AI-generated HTML to Elementor.

Frequently asked questions