How to Create AI Motion Graphics: A Practical Guide

The four ways to make AI motion graphics

AI motion graphics come from four kinds of approach, and each one hands a different part of the work to software. Wikipedia defines motion graphics as pieces of animation or digital footage that create the illusion of motion, as opposed to static graphics. That covers title cards, animated charts, explainers, product films and interface animations. AI changes who draws the movement, not what the result is called.

• Generative video models. This kind of AI animation generator is a text-to-video model: generative AI that takes a natural-language description and produces a video. It is good at footage that looks filmed. Wikipedia’s article on these models notes that text and fine details in their output often appear garbled, which matters when the graphic is a headline, a price or a chart label.
• Code-rendered motion graphics. A coding agent such as Claude Code writes the animation as HTML and CSS, a React composition or a Python script, renders it frame by frame and joins the frames into an MP4 with ffmpeg. How AI renders motion graphics explains that pipeline in detail.
• Motion graphics templates. A pre-built animated project where you replace the text, colours and media. Someone else designed the motion; you fill the slots.
• A motion designer. A person who plans and keyframes the piece by hand, bringing taste and judgement you would otherwise have to write down.

Each one suits a different job:

Mixing rows is normal. A shot from a camera or a video model can be the bottom layer, with code drawing the words and numbers above it.

How to create motion graphics with AI, step by step

The reliable way to create motion graphics with AI is to work in six short passes and check each one before the next. Good AI motion design still comes from the decisions a designer would make; the agent writes them down as code. Here is the order that works with Claude Code.

1. Write the brief. One paragraph: purpose, platform, frame size, frame rate, length, fonts, hex colours and the exact copy. For a chart, add the real numbers and what they measure.
2. Get a scene list before any code. Ask for a timed storyboard: each scene with a start time, an end time and one line on what the viewer sees. Claude Code’s plan mode suits this step: Claude reads files and proposes a plan but makes no edits until you approve, and you reach it with Shift+Tab. Fix order and timing here, where a change costs one sentence.
3. Build one scene at a time. Ask for scene 1 only, previewed at reduced size. Approve it, then move on. Building everything at once tends to repeat one mistake five times.
4. Check frames before you watch. Claude checks a render through still images. ffmpeg’s documentation shows how to extract images from a video, limited with -frames:v or started at a chosen time with -ss, and its tile filter arranges several successive frames in one grid. Ask for a contact sheet per scene and single frames at key moments. To point at a problem, drag a screenshot into the session or give Claude its path.
5. Render the full piece. Once every scene passes, render at full size with final quality settings. Then play it yourself at full speed. Rhythm, weight and flicker only show in motion.
6. Revise with numbered notes. “Scene 3, 7.2 s: the second card arrives too early, delay it 0.2 s.” One change per note, then re-render only the scenes that changed.

If Claude builds with Remotion, the framework maps neatly onto this order. Its documentation describes a video as a function of images over time, and a composition as a React component plus four properties: width, height, durationInFrames and fps. Put those four values in your brief whatever Claude uses.

Writing a scene-by-scene prompt

A scene-by-scene prompt gives every moving element a start state, an end state, a duration and an easing curve. Words such as “smooth” or “dynamic” leave the choice to whatever default the code happens to have. How to write a video prompt Claude can follow covers the full structure, from output spec to camera moves. For motion graphics, three habits do most of the work.

• Name the layers back to front. Code draws in order, so “background, grid, chart line, label, logo” becomes the draw order.
• Give the stagger. “Three bullet points, 0.15 s apart” stops a list from landing as one block or crawling in like a slideshow.
• Use one easing vocabulary. MDN describes CSS animations as keyframes for the start and end states, plus any waypoints, with a timing function that sets the acceleration curve. Named curves such as easeOutCubic are just as precise. Choose one set and keep to it.

One scene of an explainer, written this way:

Scene 2 (3.0–6.5 s), 1080×1920, 30 fps.
Background #101114. Title "Where the hours go", Inter Bold 84 px, #F2F2F2:
rises 30 px and fades in over 0.4 s, easeOutCubic.
At 3.6 s, three bars grow up from the baseline, 0.15 s apart, 0.6 s each.
Values: [YOUR THREE FIGURES] hours per week. Print each value above its bar.

AI animated charts and infographics

Animated charts are where code-rendered AI motion graphics earn their place, because every value on screen has to be right. A chart is data drawn as shapes. Code draws the shape from the numbers you supply; a generative model draws something that looks like a chart.

A few rules keep AI animated infographics honest and readable:

• Give the number, the unit and the period. “Weekly sign-ups, weeks 1 to 7” tells Claude and the viewer what the line means.
• Let the motion follow the sentence. A line that finishes drawing as you say the result reads as one idea.
• Check before the full render. Ask Claude to print the values it plotted and compare them with your source.
• Keep text large. On a phone, a thin axis label disappears. Say the key figure aloud or put it in a label.

The free Chart Grow prompt is a working example on a talking-head clip. It darkens your shot by 25%, draws a neon line chart behind you from left to right over 1.5 seconds with a fill that fades downward, and ends on a pill label at the last point. Because the chart sits behind a person mask, your hands stay in front of the line. It has no value axis by design, so it shows the shape of a trend rather than exact figures.

AI animated explainer videos

An AI animated explainer usually pairs a person talking with a board that builds the idea step by step. You carry the voice and the trust; the board carries the structure, such as numbered steps, counters and a simple graph.

Two editing styles on this site use that layout, packaged as Claude Code skills that run on your own recording. Explainer Panel keeps you in a rounded panel at the bottom while the board above builds a title bar and numbered steps, with a marker circle that moves to the current step and counters, charts and screenshots in support. Glass Explainer uses the same panel arrangement with frosted glass cards for counters, drawn graphs and thumbnails, and an orange progress line that fills step by step. Both export a 1080×1920 MP4, and both edit a video you have already recorded. Neither writes your script.

If you build an explainer from scratch instead, the six passes still apply. The scene list simply becomes a lesson plan: one scene per step, each tied to the sentence it illustrates.

Where to start

Start with one scene, one idea and ten seconds or less. A first project that teaches the whole loop:

1. Write a one-paragraph brief for a single animated statistic or title card.
2. Ask Claude Code, in plan mode, for a timed scene list, and correct it before approving.
3. Build it, check a contact sheet, render it and give two numbered notes.

If you would rather start on your own footage, run the free setup prompt and then Chart Grow. For longer work, the motion design prompts shelf is where scene-by-scene prompts for short product films go, each shown next to the example video it produced. The first entries are still being added.