GSAP vs Framer Motion: Which Is Better for Web Animation in 2026?

GSAP Timeline is unmatched for complex sequenced animations. Nest timelines, use relative positioning ('+=0.5', '<'), label-based jumping, and scrub through timelines with ScrollTrigger. Hollywood-level choreography.

No built-in timeline concept. AnimatePresence handles enter/exit. You can sequence with delays and orchestrate children, but complex multi-element choreography requires manual coordination with stagger arrays.

ScrollTrigger is the industry standard for scroll-based animation. Pin elements, scrub through animations, snap to sections, parallax effects, horizontal scrolling. No other library comes close to its scroll capabilities.

useScroll and useTransform provide basic scroll-linked animations. whileInView triggers viewport-based animations. Functional for simple scroll effects but can't match ScrollTrigger for complex scroll narratives.

DrawSVG, MorphSVG, and MotionPath plugins handle sophisticated SVG animation: draw paths, morph between shapes, animate along curves. These plugins are used in production by Disney, Nike, and major brands.

Basic SVG animation via style properties (pathLength, opacity, transforms). No built-in morphing or draw-on effects. Complex SVG work requires combining Motion with manual SVG manipulation.

Supports easing functions and some physics-like behavior with CustomEase and Inertia plugin. But true spring physics and gesture-based physics aren't GSAP's strength — you'd use CSS or another library.

Spring physics is a first-class primitive. type='spring' with configurable stiffness, damping, and mass. Gesture-driven physics (drag with momentum, snap to points) feels natural. This is Framer Motion's core strength.

Animates any JavaScript property — works seamlessly with Three.js, PixiJS, and Canvas. GSAP doesn't care about the rendering target. gsap.to(mesh.position, {x: 5}) just works with Three.js objects.

Designed for DOM elements. Works with React Three Fiber through community adapters but it's not natural. For WebGL/Canvas animation, you're fighting the library's React-DOM assumptions.

useGSAP hook and gsap.context() handle React lifecycle cleanup. Works but requires understanding refs, cleanup patterns, and when to use useLayoutEffect vs useEffect. Not declarative — imperative by nature.

Built for React. <motion.div> is a drop-in replacement for <div>. animate, initial, exit, whileHover — all declarative props. AnimatePresence for mount/unmount. No refs, no cleanup, no imperative code needed.

Simple API for basic animations (gsap.to, gsap.from), but mastering timelines, ScrollTrigger, and the plugin ecosystem takes weeks. The documentation is thorough but the surface area is large.

Trivially easy for basic animations — add animate={{opacity: 1}} to a motion.div. Intermediate features (layout animations, shared layout) are well-documented. Advanced patterns are achievable within days.

No built-in layout animation. FLIP (First-Last-Invert-Play) animations require Flip plugin and manual orchestration. Animating between CSS layouts (e.g., grid reordering) takes significant effort.

layout prop on motion components automatically animates between layout states. Reorder a list, toggle between grid and list view, expand a card — add layout and it animates smoothly. Magic.

Core GSAP is ~24KB gzipped. Adding ScrollTrigger (~10KB), DrawSVG, and other plugins increases the footprint. Tree-shaking works but most projects use enough features that the full bundle ships.

~33KB gzipped for the full bundle. The new Motion (v11+) broke out into smaller packages and improved tree-shaking significantly. Still, for simple animations, it's a hefty library to ship.

GSAP's ticker is hand-optimized for 60fps animation. Batches DOM reads/writes, uses requestAnimationFrame efficiently, and avoids layout thrashing. 20+ years of performance optimization by GreenSock.

Good performance for typical UI animations. Spring animations can be computationally expensive with many simultaneous elements. Complex layout animations occasionally drop frames on lower-end devices.

Handles hundreds of simultaneous tweens without breaking a sweat. Particle systems, data visualizations, and complex multi-element animations run smoothly. This is what GSAP was built for.

Performance degrades with many simultaneous spring animations (50+). Each motion component creates its own animation loop. For particle-like effects or large stagger groups, GSAP is significantly faster.

GSAP animations run client-side only. In Next.js, you must use 'use client' directives and suppress hydration mismatches. Server-rendered pages show unanimated state until JavaScript loads.

Motion components render their initial state on the server. The initial prop defines the server-rendered state, animate defines the target. Clean SSR with hydration-safe animations.

Automatically uses CSS transforms and GPU-composited properties. force3D option promotes elements to GPU layers. GSAP's internals know which properties are cheap to animate vs expensive.

Uses CSS transforms by default. Hardware-accelerated for transforms and opacity. Style prop animations can trigger layout/paint if you animate width, height, or other expensive properties.

The industry standard for award-winning websites (Awwwards, FWA). ScrollTrigger-driven narratives, complex timelines, SVG morphing, and cinematic transitions. If you're building a creative showcase, GSAP is the answer.

Not designed for creative showcase work. Lacks the timeline depth, scroll choreography, and SVG tools that agencies need. You can build nice micro-interactions but not Awwwards-level animation narratives.

Overkill for most product UIs. The imperative API adds complexity that isn't justified for hover effects, transitions, and notification animations. Most SaaS apps don't need GSAP's power.

Perfect for product interfaces. Hover states, page transitions, toast notifications, modal animations, drag-and-drop, accordion expand — all trivial with Motion's declarative API. Used by Vercel, Linear, and Stripe.

Works with any framework or no framework: React, Vue, Svelte, Angular, vanilla JS, jQuery, Three.js. GSAP doesn't care about your rendering layer. Write once, animate anywhere.

React-only for the full feature set. Motion (v11+) has a vanilla JS API but it's newer and less capable than the React version. Vue and Svelte wrappers are community-maintained and lag behind.

Active GreenSock forums with expert help. Extensive CodePen collection with thousands of examples. Carl Schooff's and Cassie Evans's tutorials are industry-standard learning resources.

Strong React community adoption. Good documentation with examples. Matt Perry's blog posts explain the internals well. Fewer creative animation examples compared to GSAP's CodePen library.