Framer Motion vs GSAP: React Animation Performance Compared in 2026
Framer Motion vs GSAP compared for React animation in 2026 — performance, bundle size, scroll animations, timeline control, and which library to choose for your project.
Quick Answer
Framer Motion is the better default for React apps — declarative, hook-based, and excellent for UI animations and page transitions. GSAP is the better choice for complex timeline animations, scroll-driven effects, and any animation that requires frame-perfect control beyond what declarative APIs offer.
Framer Motion vs GSAP: Overview
React UI animations, page transitions, drag gestures, shared layout animations
Free (open source)
Free
Complex timeline animations, scroll-driven stories, landing pages, marketing sites
Free (standard plugins); Club GreenSock $99/yr for premium plugins
$99/yr (Club for premium plugins: Draggable, MorphSVG, etc.)
Framer Motion vs GSAP: Feature Comparison
| Feature | Framer Motion | GSAP |
|---|---|---|
| React Integration | Native (hooks)Winner | Via useEffect + refs |
| Scroll Animations | Good (useScroll) | Best (ScrollTrigger)Winner |
| Timeline Control | Limited | Most powerfulWinner |
| Bundle Size | ~44KB gzipped | ~27KB (core, without plugins)Winner |
| Layout / Shared Animations | Best (layoutId)Winner | Manual (Flip plugin) |
| Framework Agnostic | React only | YesWinner |
Pros & Cons
Framer Motion
Pros
- Declarative API: `animate={{ opacity: 1, y: 0 }}` — reads like design specs
- Layout animations: `layoutId` prop auto-animates shared elements across routes
- Gesture support: drag, pan, hover, tap with physics-based springs
- AnimatePresence: animate-in and animate-out on mount/unmount
- Exit animations work natively with React Router and Next.js page transitions
Cons
- Bundle size: ~44KB gzipped — significant for performance-critical pages
- Less control for complex timelines: sequencing multiple dependent animations is verbose
- React-only: no framework-agnostic version
- ScrollTimeline and scroll-driven animations less powerful than GSAP ScrollTrigger
GSAP
Pros
- Most powerful timeline control: sequence, stagger, repeat, yoyo — any timing model
- ScrollTrigger: scrub animations to scroll position, pin elements, batch animations — industry standard
- Framework-agnostic: works in React, Vue, Svelte, vanilla JS — no lock-in
- Performance: uses requestAnimationFrame, hardware-accelerated transforms, minimal repaints
- SVG animation: MorphSVG, DrawSVG, MotionPath plugins for advanced vector animation
Cons
- Imperative API: requires `useEffect` + `gsap.to(ref.current, {...})` in React — more boilerplate
- Premium plugins (ScrollSmoother, SplitText) require paid Club GreenSock license
- Less declarative than Framer Motion — harder to reason about for simple UI animations
- No built-in gesture/drag system as clean as Framer Motion
Our Verdict: Framer Motion vs GSAP
Use Framer Motion for React UI animations — page transitions, modals, list animations, drag-and-drop, and anything driven by component state. Use GSAP when you're building scroll-driven marketing pages, complex timeline sequences, or SVG animations — ScrollTrigger alone is worth GSAP for landing pages. Many production projects use both: Framer Motion for component-level React animations and GSAP for page-level scroll narratives.
Framer Motion vs GSAP — FAQs
What is GSAP ScrollTrigger?
ScrollTrigger is GSAP's scroll animation plugin — it scrubs animations to scroll progress, pins elements in the viewport during a scroll section, triggers animations when elements enter view, and enables complex parallax and narrative scroll effects. It's the most powerful scroll animation tool available and is used by Apple, Stripe, Vercel, and most agency-grade marketing sites.
What is Framer Motion layoutId?
The layoutId prop enables shared layout animations — when a component with a given layoutId is removed from one part of the tree and added to another, Framer Motion automatically animates the transition between positions. This enables interactions like expanding a card into a full-screen modal with a smooth morphing animation, driven purely by React state.
Does GSAP work with React 19 and Server Components?
GSAP is imperative and DOM-manipulating — it runs client-side only, inside useEffect or event handlers. React Server Components cannot use GSAP directly. In Next.js App Router, mark your animation components with "use client" and initialize GSAP inside useEffect with useGSAP (the GSAP React hook) for proper cleanup and StrictMode compatibility.
Which is better for micro-interactions vs macro-animations?
Framer Motion is better for micro-interactions (hover states, button clicks, form field focus, toast notifications) because its declarative whileHover, whileTap, and variants system maps naturally to React component states. GSAP is better for macro-animations (scroll-driven page narratives, hero sequences, SVG path drawing) where you need imperative timeline control over multiple independent elements.
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