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1Clear out junk files and repair common Windows errors2Fix the driver behind crashes, sound loss and screen glitches3Repair Windows errors before they cause bigger problemsThere is no defensible, up-to-date “top 11” ranking in the available documentation. The better way to choose is by animation model and workflow: Motion for React for component-driven UI effects, React Spring for spring-based and data-driven motion, GSAP for timelines and plugin capabilities, and Rive or lottie-react for playing authored assets. Before adding a dependency, also check whether React’s stable ViewTransition API covers your transition case.
Which React animation option fits your project?
Start with what you need to animate, and where the animation comes from. A hover effect on a button, a coordinated page sequence, and an interactive illustration are different jobs; they do not need the same tool. The options below are compared by documented approach and capabilities, not by popularity or speed. No comparable benchmark establishes one as objectively fastest.
| Choose this | When it is a fit | What to verify |
|---|---|---|
| Motion for React | Component-based HTML or SVG animation, gestures, scroll effects, or layout transitions | Current package entry point and whether you need a standard or reduced bundle |
| React Spring | Interactive, data-driven animation built around spring values | React version, package generation, and migration guidance |
| GSAP | Tweens, timelines, and plugin-based animation capabilities | Integration and cleanup requirements in your React component lifecycle |
| Rive React | Interactive animation authored as a Rive asset, including state-machine control | Runtime APIs and compatibility with your React version |
| lottie-react | Playing a Lottie asset supplied by a design or animation workflow | React and React DOM version, renderer choice, and reduced-motion behavior |
| React ViewTransition | Supported transitions between React tree states without first adding an animation library | React 19.3 availability and whether the API fits the transition you need |
These are not interchangeable packages. Motion, Spring, and GSAP give developers ways to define animation behavior. Rive and Lottie are particularly relevant when the animation is authored in a separate asset workflow. ViewTransition is a React capability, not a third-party library.
Motion for React: a broad choice for component-based UI animation
Motion’s documentation now calls the product Motion for React; Framer Motion is its former name. The current docs identify version 13.4.0 and use the motion/react import path. Its React guide covers HTML and SVG components, enter and exit effects, hover, tap, focus and drag gestures, scroll-triggered and scroll-linked animation, layout transitions, and SVG path effects.
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That range makes Motion a reasonable first evaluation for an interface where animation belongs to React components and responds to UI state or user input. It is especially relevant when the same feature needs to combine interaction with visual transitions—for example, a card that changes on hover and expands when selected. Its documentation describes a hybrid browser-native and JavaScript approach; that is a product description, not a workload-specific performance comparison.
Minimal example
import { motion } from "motion/react";
export function Notice() {
return (
<motion.div
initial={{ opacity: 0, y: 12 }}
animate={{ opacity: 1, y: 0 }}
transition={{ duration: 0.25 }}
>
Saved
</motion.div>
);
}The component’s initial and animated values describe a small entrance effect. This example does not establish that every animation belongs on the main thread or that every property will perform equally across devices; profile the real interface and test the interaction on the target browsers and hardware.
React Spring: spring values for interactive, data-driven motion
React Spring is a fit to evaluate when the animation is driven by changing values and should feel spring-like rather than follow only a fixed-duration tween. Its documentation describes targets including HTML, SVG, native elements, and Three.js. That multiple-render-target scope can matter when a project uses more than ordinary DOM components.
Installation is version-sensitive. The getting-started guidance distinguishes React 19 users, who install @react-spring/web, from users below React 19, who use the v9 package. The overview also flags a v10 move to React 19 and a breaking SpringContext API change. Do not copy an install command from an unrelated project without checking its React version and the current migration guidance.
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import { animated, useSpring } from "@react-spring/web";
export function SpringNotice() {
const styles = useSpring({
from: { opacity: 0, transform: "translateY(12px)" },
to: { opacity: 1, transform: "translateY(0px)" },
});
return <animated.div style={styles}>Saved</animated.div>;
}Use the package and API appropriate to the installed React and React Spring versions; this example is specifically for the React 19 package named in the current getting-started guidance. Before upgrading an existing application, check the v10 migration notes for the SpringContext change rather than assuming older code can be carried forward unchanged.
GSAP: choose it for tweens, timelines, and plugins
GSAP’s core model centers on tweens and timelines. Its documentation describes animation of CSS properties, attributes, and array values, with plugins adding capabilities such as scroll animation, dragging, SVG drawing, and morphing. It also documents a React useGSAP() hook.
Consider GSAP when the main problem is orchestrating a sequence or using a plugin capability, rather than attaching a small set of declarative values to each React component. A timeline can make the ordering of a multi-part effect explicit. In a React application, however, the setup still needs to fit component mounting and unmounting: check the documented hook and cleanup behavior for your use case instead of assuming lifecycle integration.
Example using the documented React hook
import { useRef } from "react";
import gsap from "gsap";
import { useGSAP } from "@gsap/react";
export function Sequence() {
const container = useRef(null);
useGSAP(() => {
gsap.timeline()
.from(".sequence-title", { opacity: 0, y: 16, duration: 0.3 })
.from(".sequence-copy", { opacity: 0, y: 10, duration: 0.25 });
}, { scope: container });
return (
<section ref={container}>
<h2 className="sequence-title">A sequence</h2>
<p className="sequence-copy">Two elements, animated in order.</p>
</section>
);
}This illustrates a timeline sequence, not a recommendation to animate every content entrance. Keep the scope and cleanup behavior aligned with the current GSAP React documentation, especially when components can mount repeatedly or render conditionally.
Rive React or lottie-react: when the animation starts as an asset
If designers deliver a finished animation asset, the choice is less about drawing every motion in React and more about the asset format and the controls the interface needs. Rive is aimed at interactive assets; Lottie is a playback route for Lottie files. Confirm that the delivered asset, runtime, and desired controls match the library before integrating it.
Rive React for interactive authored assets
The Rive React package is a wrapper around Rive’s JavaScript/WebAssembly runtime, with React components and hooks. Its repository states support for React versions from ^16.8.0 through ^19.0.0. Rive is worth evaluating when an authored asset uses runtime state-machine or event control. That stated range is not a substitute for checking the current runtime documentation for the particular API and asset you plan to ship.
lottie-react for Lottie playback
lottie-react documents a playback component, hooks, and an instance for control. Its installation guide requires React and React DOM 18.2 or newer and says lottie-web is included. The documented renderers are SVG, canvas, and HTML; SVG is the default. The reference also notes autoplay behavior under reduced motion, so verify playback behavior against your accessibility requirements instead of assuming it is disabled automatically.
For either asset-based approach, test the actual supplied file in the target browsers and on the devices that matter. A library’s support for an asset format does not by itself establish that a particular asset is small, accessible, or inexpensive to render.
Check React ViewTransition before adding a dependency
React’s September 9, 2026 release post says ViewTransition is stable in React 19.3. It describes React choosing an animation based on how the tree changed. This is a framework feature, not one of the five libraries above, but it may cover a supported transition case without introducing a separate animation package.
Check the current API documentation and your application’s React version before relying on it. ViewTransition should not be treated as a general replacement for gesture handling, arbitrary timelines, authored interactive assets, or every effect exposed by a dedicated animation library.
A practical selection process
- Write down the effect. Specify what changes, what triggers it, and whether it is a one-off entrance, repeated interaction, scroll response, layout change, or multi-step sequence.
- Identify the authoring source. If the visual is supplied as a Rive or Lottie asset, evaluate the matching runtime first. If developers define the motion in the interface, compare Motion, Spring, and GSAP.
- Match the animation model. Start with Motion for broad component and gesture effects, Spring for spring-driven data changes across its documented targets, or GSAP for timelines and plugins. These are evaluation starting points, not a universal ranking.
- Check compatibility before installation. Confirm React and React DOM versions, the package entry point, framework rendering needs, and any migration or runtime requirements. This is especially important for React Spring’s version-specific package guidance and the asset libraries’ stated React requirements.
- Test the exact interaction. Check interruption, repeated activation, route changes, reduced-motion settings, and the browsers and devices your users rely on. Measure your own app rather than inferring speed from a library’s feature list.
- Keep only the capability you need. Avoid adding a broad dependency when a built-in transition suffices, or choosing an asset player when the required effect is a small state transition.
Common integration problems and how to resolve them
- Import not found: verify the package and documented entry point for the installed version. Motion’s current guide uses
motion/react; React Spring’s package choice depends on React version. - Peer dependency or install conflict: compare the project’s React and React DOM versions with the package’s stated requirements before changing dependencies. lottie-react documents a minimum of 18.2 for both; Rive’s repository states its supported range through React 19.0.0.
- Animation stops or replays unexpectedly: inspect component mount/unmount behavior, state changes, and whether an imperative sequence is being created more than once. For GSAP, check its React hook and cleanup documentation.
- Asset does not behave as expected: confirm that the file is in the format the chosen runtime supports and that the particular state-machine, event, or playback controls are implemented by the asset.
- Motion continues when users request less: test reduced-motion behavior explicitly. lottie-react documents autoplay behavior under reduced motion, but do not generalize that behavior to other libraries or all configurations.
- Performance is uneven: reproduce the issue with the real page, animation, and target device. Reduce unnecessary animated elements and profile the actual effect; the available product documentation does not establish a cross-library winner.
Capture visual states for review with ScreenshotNeo
Animation work often needs before-and-after screenshots or captured page states for visual review. ScreenshotNeo is a website screenshot API and MCP server, not a React animation library, so it does not replace the choices above. It is an alternative to try first for that separate capture task: it removes cookie banners, newsletter popups, and chat widgets before capture; only clean shots are billed, while bot checks, blank pages, failed loads, timeouts, and cache hits cost nothing. Its response identifies the page verdict and billing status. An MCP server exposes screenshot tools to AI agents.
A one-request capture can look like this (replace the URL with a page you are authorized to capture):
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curl -G "https://api.screenshotneo.com/v1/shot"
-d access_key=YOUR_API_KEY
--data-urlencode url=https://stripe.com
-o shot.webpSee the ScreenshotNeo site and API documentation for request details. The free plan includes 1,000 screenshots per month without a card; paid plans start at $5 for 3,000. Sign up for 1,000 free screenshots a month, with no card required.
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Frequently Asked Questions
Is Framer Motion still the name to use?
The current documentation calls it Motion for React and uses the `motion/react` import path.
Can I use more than one animation tool in a React app?
Yes, but use separate tools only when their distinct roles justify the added dependencies and integration work.
Which library is proven to be fastest?
The cited product documentation does not establish a comparable performance winner. Benchmark the actual effects in your application and target environment.
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