bryllim/workout-guideYou're building a fitness app, a workout documentation site, or even a simple landing page. You need exercise illustrations—clean, consistent visuals that clearly show a bicep curl or a squat. So you open a vector stock site, spend 45 minutes filtering through mismatched styles, and end up with a pile of watermarked SVGs.
There's a better way. The bryllim/workout-guide GitHub repository offers 302 open exercise illustrations packaged as a framework-neutral npm module. You can install it once, import it anywhere, and render professional workout visuals without ever touching a design tool.
The takeaway: Stop sourcing illustrations manually. Install workout-guide, import the SVG data, and render exercises in minutes—regardless of your frontend stack.
bryllim/workout-guide?Created by Bryl Lim, this open-source repository is a comprehensive collection of exercise illustrations packaged specifically for developers. It includes:
The illustrations are vector-based, so they scale cleanly from mobile icons to full-width hero images.
You skip the tedious work. No more hunting through free icon sites where "bench press" looks like a stick figure falling over. These illustrations are consistent in style and anatomically clear.
It's genuinely framework-neutral. Whether you're using React, Vue, Svelte, or plain JavaScript, the package exports data and SVG strings you can drop into any template. No wrapper components, no framework-specific APIs.
The license is open. You can use, modify, and distribute the illustrations in your projects. Just check the repository's license file for specifics if you're building commercial software.
First, install the package:
npm install workout-guide
Or with yarn:
yarn add workout-guide
Then import the data. In a plain JavaScript module:
import { exercises } from 'workout-guide';
// Find a specific exercise
const squat = exercises.find(e => e.name === 'Squat');
// Render the SVG string
document.getElementById('app').innerHTML = squat.illustration;
In React:
import { exercises } from 'workout-guide';
function ExerciseCard({ name }) {
const exercise = exercises.find(e => e.name === name);
return <div dangerouslySetInnerHTML={{ __html: exercise.illustration }} />;
}
Quick tip: Use the included exercise names and descriptions to build a searchable library. Don't just pull the images—leverage the metadata to power autocomplete or filter features.
workout-guides or workoutguide will fail to install.bryllim/workout-guide gives you 302 quality exercise illustrations and a framework-neutral npm package—all free. You can skip the stock-image hunt and focus on building your actual product.
Final tip: Before you write any integration code, explore the repository's README and examples. The docs will show you the exact shape of the data and any rendering utilities included.
What is the bryllim/workout-guide repository?
An open-source GitHub project by Bryl Lim that provides 302 exercise illustrations and a framework-neutral npm package for rendering them in web projects.
What does "framework-neutral" mean? The package doesn't depend on React, Vue, Angular, or any other framework. It exports plain JavaScript objects and SVG strings you can use anywhere.
Are the illustrations free to use? Yes, they're open-source. Check the repository's license file for specific terms, especially for commercial applications.
How can I install the npm package?
Run npm install workout-guide or yarn add workout-guide in your project directory.
What types of exercises are covered? The collection includes strength, cardio, and flexibility movements—302 total illustrations.
Can I contribute to the repository? Yes. Since it's open-source, you can fork, add new illustrations, and submit pull requests to expand the collection.
Is the package suitable for commercial use? Likely, but verify the license terms. Open-source licenses vary (MIT, Apache, GPL), so confirm before shipping a commercial product.
Does the package include any dependencies? It's designed to be lightweight. Check the package.json on npm to see the full dependency list, but expect minimal to zero runtime dependencies.
How are the illustrations rendered? They're SVG strings, so you inject them into your HTML. Inline SVG allows for CSS styling and scaling.
Is there documentation available? Yes. The GitHub repository contains a README with installation instructions, usage examples, and data structure details.