The Best Web Animation Libraries in 2026

The Best Web Animation Libraries in 2026

Animation libraries save you from building complex physics simulations and cross-browser compatibility fixes. This guide compares the top libraries with real stats, benchmarks, and use cases.


Motion (formerly Framer Motion)

Motion logo

The most popular React animation library in 2026. Built for modern React with full TypeScript support.

GitHub: motiondivision/motion
Stars: 30.6k+ | NPM Downloads: 8.1M/week
License: MIT (Open Source)
Website: motion.dev

What it's good at:

  • Declarative animations with React components
  • Layout animations (animating between different layouts automatically)
  • Scroll-triggered animations
  • Drag and gesture interactions
  • Spring physics built-in

Performance:

  • 2.5x faster than GSAP at animating from unknown values
  • 6x faster at animating between different value types
  • Optimized for React's rendering cycle

When to use:

  • React projects that need interactive UI animations
  • Apps with drag-and-drop interfaces
  • Projects that animate layout changes frequently
  • When you want declarative, component-based animation

When NOT to use:

  • Non-React projects
  • Complex SVG path animations (GSAP is better)
  • When bundle size is critical (GSAP Core is smaller)

Code example:

import { motion } from "motion/react"

<motion.div
  initial={{ opacity: 0, y: 20 }}
  animate={{ opacity: 1, y: 0 }}
  transition={{ duration: 0.5 }}
>
  Content
</motion.div>

GSAP (GreenSock Animation Platform)

GSAP logo

The industry standard for complex, high-performance animations. Powers animations on thousands of award-winning sites.

GitHub: Closed source (owned by Webflow)
License: Free for most projects, restrictions on competing with Webflow
Website: gsap.com

What it's good at:

  • Complex animation sequences with timelines
  • SVG morphing and path animations
  • Scroll-triggered animations (ScrollTrigger plugin)
  • Consistent performance across all browsers
  • Precise control over animation timing

Performance:

  • Extremely fast, battle-tested on production sites
  • Works smoothly even with hundreds of animated elements
  • Hardware-accelerated transforms

When to use:

  • Complex animation sequences
  • SVG animations
  • Scroll-driven storytelling sites
  • Framework-agnostic projects (works with React, Vue, vanilla JS)
  • Professional/agency projects that need rock-solid reliability

When NOT to use:

  • Projects that compete with Webflow (license restriction)
  • Simple hover effects (overkill)
  • When you prefer open-source libraries

Code example:

import gsap from "gsap"

gsap.to(".element", {
  x: 100,
  duration: 0.5,
  ease: "power2.out"
})

React Spring

React Spring logo

Physics-based animations that feel natural. Best for realistic motion.

GitHub: pmndrs/react-spring
Stars: 25k+ | NPM Downloads: 750k/week
License: MIT
Website: react-spring.dev

What it's good at:

  • Spring physics (no durations, just natural motion)
  • Gesture-based interactions
  • Animating between unknown states
  • Fluid, lifelike motion

When to use:

  • Apps with draggable interfaces
  • When you want animations to feel "bouncy" and natural
  • Interactive data visualizations
  • React projects prioritizing physics-based motion

When NOT to use:

  • When you need precise timing control
  • Complex animation sequences with specific durations
  • SVG path animations

Code example:

import { useSpring, animated } from '@react-spring/web'

const springs = useSpring({
  from: { x: 0 },
  to: { x: 100 },
})

<animated.div style={springs}>Content</animated.div>

Anime.js

Anime.js logo

Lightweight, powerful, and framework-agnostic. Works everywhere.

GitHub: juliangarnier/anime
Stars: 46k+ (highest on this list)
License: MIT
Website: animejs.com

What it's good at:

  • CSS properties, SVG, DOM elements
  • Timeline-based animations
  • Small bundle size (~9KB)
  • Works with any framework or vanilla JS

When to use:

  • When bundle size matters
  • Projects without a framework
  • Simple to medium complexity animations
  • SVG animations

When NOT to use:

  • Complex React apps (Motion or React Spring integrate better)
  • When you need gesture interactions built-in

Code example:

import anime from 'animejs'

anime({
  targets: '.element',
  translateX: 100,
  duration: 500,
  easing: 'easeOutQuad'
})

Popmotion

Popmotion logo

Low-level animation toolbox. Build custom animation systems.

GitHub: Popmotion/popmotion
Stars: 20k+
License: MIT
Website: popmotion.io

What it's good at:

  • Building custom animation systems
  • Functional, composable animation primitives
  • Works with React, Three.js, A-Frame, PixiJS
  • Full control over animation logic

When to use:

  • When you need to build custom animation logic
  • Game development
  • Complex interactive applications
  • When you want low-level control

When NOT to use:

  • Simple UI animations (use Motion or GSAP)
  • When you want pre-built components

Three.js

Three.js logo

Not an animation library—a 3D rendering engine. Animate 3D objects in the browser.

GitHub: mrdoob/three.js
Stars: 100k+
License: MIT
Website: threejs.org

What it's good at:

  • 3D graphics and animations
  • WebGL rendering
  • Particle systems, shaders, lighting
  • VR/AR experiences

When to use:

  • 3D product showcases
  • Interactive 3D experiences
  • Games in the browser
  • Data visualizations in 3D

When NOT to use:

  • 2D UI animations
  • Simple web interactions

Quick Comparison

Best for React

Motion, React Spring

Best Performance

GSAP, Motion

Smallest Bundle

Anime.js (9KB)

Best for SVG

GSAP, Anime.js

Easiest to Learn

Motion, Anime.js

Best for Complex Sequences

GSAP


How to Choose

Start with Motion if:

  • Building a React app
  • Need interactive UI animations
  • Want declarative, component-based approach

Choose GSAP if:

  • Need complex animation sequences
  • Working with SVG
  • Need maximum browser compatibility
  • Building scroll-driven experiences

Pick React Spring if:

  • Want physics-based motion
  • Building gesture-driven interfaces
  • React app with natural, bouncy animations

Use Anime.js if:

  • Bundle size is critical
  • Not using React
  • Need simple, straightforward animations

Final Thoughts

Most popular: Motion (30.6k stars, 8.1M weekly downloads)

Most powerful: GSAP (industry standard for complex animations)

Most physics-accurate: React Spring

Smallest: Anime.js (9KB)

Most GitHub stars: Anime.js (46k+)

For most React projects, start with Motion. For complex sequences or SVG, use GSAP. For physics-based motion, use React Spring.

Don't overthink it. Pick one, learn it well, and build.


Continue Learning


Sources

Revyme

Revyme