remotion

Compile React components into frame-by-frame video outputs.

4|Updated Apr 12, 2026

Search Tags:#react #composition #animation #lambda #remotion #video-generation #studio

Ready to run

npx skills add https://github.com/tiantangcao1980-web/DesignDNA-Skills --skill remotion-tiantangcao1980-web

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: remotion
Source: https://github.com/tiantangcao1980-web/DesignDNA-Skills/tree/main/designdna/skills/remotion
Command: npx skills add https://github.com/tiantangcao1980-web/DesignDNA-Skills --skill remotion-tiantangcao1980-web

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Automates video creation by turning React components into frame-by-frame outputs, enabling developers to generate videos without manual editing in traditional tools.

Core Features & Use Cases

Programmatic video creation: compose videos from React components and render frame-by-frame
Rendering options: local Studio previews, CLI rendering, and cloud rendering with Remotion Lambda
Data-driven videos: generate personalized or data-rich videos at scale
Embedding: easily embed Remotion videos with React components and the Remotion Player
Live examples: build explainer videos, recap videos, and marketing content from code

Quick Start

Install Remotion in your project, create a simple Composition, and run the Remotion Studio or CLI to render your first video.

Frequently Asked Questions about remotion

High-intent search queries and answers about installing and using this skill.

FAQPage Schema

How do I generate videos programmatically using React components?▼

Programmatic video generation with React components works by compiling React code into frame-by-frame video outputs. You build compositions using React, then render them locally or in the cloud to create explainer videos, personalized clips, and data-driven content.

Do I need a specific project setup to create React videos with Remotion?▼

Creating React videos requires an existing React-based project with the remotion package and @remotion/cli installed. You also need to follow deterministic rendering patterns to ensure consistent frame-by-frame video outputs across local and cloud renders.

What's the best way to render data-driven videos at scale?▼

Rendering data-driven videos at scale is best handled with Remotion Lambda for cloud rendering. This approach compiles personalized or data-rich React components into frame-by-frame outputs, bypassing the limitations of manual editing in traditional video tools.

Can I preview React video compositions interactively before rendering?▼

Previewing React video compositions interactively is supported through Remotion Studio. You can use useCurrentFrame, interpolate, Sequence, and Audio components within the Studio to visualize and adjust frame-by-frame outputs before committing to a final video render.

How does frame-by-frame video rendering work with React?▼

Frame-by-frame video rendering with React works by evaluating your components at each frame number to produce a deterministic visual output. Hooks like useCurrentFrame and interpolate drive the animation logic, which the compiler then stitches together into a seamless video file.

Are there limitations when using React for video generation?▼

Limitations of using React for video generation include the strict requirement for deterministic rendering patterns; side effects or random values will cause inconsistent frame outputs. Additionally, you must maintain a React project environment rather than using traditional timeline-based video editors.