Each frame is a React component rendered by Remotion. The sequence of frames is the video.
😩 The After Effects problem
Creating motion graphics has always been painful: opening After Effects, facing complicated panels and endless keyframes. The learning curve is so steep that it kills the idea before you even animate.
✗ The old way
- ✗Complex panels and a manually built keyframe timeline.
- ✗A learning curve that discourages you before your first result.
- ✗Difficult to version, reuse, or automate.
✓ The code-based approach
- ✓You describe it in natural language; Claude writes the code.
- ✓Versionable in git, reusable, parameterizable.
- ✓Iterating just means continuing the conversation.
🕸️ Remotion Runs on the Web Stack
The secret that unlocks everything: Remotion is React. Your frames are components—HTML, CSS, SVG, Canvas. Because it runs on the web stack, it works naturally with the animation libraries already available there.
🧩 Why this course exists
If Remotion is web, then anything that animates on the web can go into it:
- •GSAP for timeline choreography.
- •D3 for data that tells a story.
- •Three.js for 3D scenes rendered as frames.
- •Lottie for reusable micro-animations.
⌨️ Both commands
The entire install is two lines in the terminal. One adds the skill; the other opens Claude with everything loaded.
💡 Tip
npx doesn't require a global installation—it runs the command on the spot. After the claude, you can already request a Remotion composition in the first prompt.
📦 28 rule files
That command installs 28 rule files: component patterns, transitions, animation primitives, audio integration, and rendering practices. It’s the “Remotion manual” Claude now has in its head.
🧠 Everything in context, automatically
These rules carry by themselves in Claude's context. You don't paste documentation into every prompt—starting with the first message, Claude already "knows Remotion".
You install it once
The skill is available for the Claude session in that project.
Context carries over automatically
Patterns, transitions, and practices are included without you asking.
You just describe the animation
Zero boilerplate. The focus returns to the idea, not the setup.
🎬 The frame-based model
Remotion renders frame by frame, deterministically: frame N always produces the same image. That’s perfect for a fixed video timeline—and explains why some libraries fit better than others (you’ll see this in Track 2).
🔮 What this predicts
Since the timeline is fixed and deterministic, libraries of choreography (GSAP) fit perfectly, while libraries react to interaction (Framer Motion) make less sense in rendered video. Save that idea for module 2.2.
📌 Module summary
Next module:
1.2 — Why the skill changes everything: the same prompt, with and without the skill.