SVG Loading Animation Generator

Create eye-catching SVG loading animations in seconds with AI. Simply describe the style you want — spinners, pulsing dots, progress rings, or skeleton screens — and our generator brings it to life. Perfect for websites, apps, and dashboards.

0/5000

14+

Animation Types

~60s

To Generate

HTML/GIF/MP4

Export Formats

Examples

SVG loading animation examples

Every example was made from a single prompt. Use one as a starting point and change the details.

DNA Helix

View prompt

Create an HTML+CSS+SVG animated "DNA Helix" loading indicator. Inside a 200×200 SVG viewBox, draw a rotating <g class="nucleotide"> group spinning around a center point (transform-origin: center, 3s linear infinite rotation, 360°). Inside the group, draw two interweaving "spine" curves using SVG <path> with cubic Bezier control points that cross at regular y-intervals (e.g. M 60 20 Q 100 50 140 20 Q 100 80 60 80 …) to simulate a helix from the top. Place 6 horizontal "base pair" rungs at vertical positions y=20, 50, 80, 110, 140, 170. Each pair is a horizontal line connecting two small circles (one on each spine), with each pair colored from a different palette accent (magenta/yellow/mint/violet/sky alternating). Use stroke-dasharray: 2 3 on the rung lines for a stippled, scientific look. Add a small monospace label below ("SEQUENCING · 0.42") in dim grey. Background: dark, with subtle glass-card container.

Liquid Metal

View prompt

Create an HTML+CSS+SVG animated "Liquid Metal" loading indicator using SVG goo filter. Define an SVG <filter id="goo"> using: <feGaussianBlur stdDeviation="10"/> <feColorMatrix> with the matrix " 1 0 0 0 0 0 1 0 0 0 0 0 1 0 0 0 0 0 22 -10" — this is the classic "goo" trick that lets overlapping blurred shapes merge into a single mercury-like blob. <feComposite in="SourceGraphic" in2="goo" operator="atop"/> Inside a <g filter="url(#goo)"> create 3-4 colored circles all at roughly the same center point, each animated independently with a 3.5s ease-in-out infinite "metalFloat" keyframe that translates them in different orbits (e.g. blob A: ±35px X, ±10px Y; blob B: -1.2s delay; blob C: -2.4s delay) plus scale 0.9 → 1.1. The blobs should appear to merge/split/morph like mercury when they get close together — that's the goo filter doing the heavy lifting. Add a smaller solid yellow <circle class="metal-core"> in the center that pulses scale 1 → 1.4 on a 2s loop. Use mint/yellow accent colors. Place inside a dark glass-card container.

Quantum Dots

View prompt

Create an HTML+CSS+SVG animated "Quantum Dots" loader where 4 colored dots orbit and swap positions. SVG with viewBox 240×160. Inside, a translated <g> centered at (120, 80) holds 4 circles, each radius 9, all positioned at cx=0 cy=0 (origin) but translated via independent CSS keyframes. The 4 dots cycle through 4 corners of an ellipse (rx=72, ry=40) but at different phases: Dot 1 (magenta): keyframe q1 — 0% (-72,0) → 25% (0,-40) scale(0.6) → 50% (72,0) → 75% (0,40) scale(0.6) → 100% back Dot 2 (yellow): keyframe q2 — phase shifted by 25% (starts at top) Dot 3 (mint): keyframe q3 — phase shifted 50% (starts right) Dot 4 (violet): keyframe q4 — phase shifted 75% (starts bottom) All use 2.4s cubic-bezier(0.65,0,0.35,1) infinite. The scale(0.6) at the side positions makes dots look like they're "fading into the back" — a depth effect. Behind them, a faint dashed ellipse (stroke-dasharray 2 3, white at 0.1 opacity) shows their orbit path. Container: dark glass card with a label "Quantum Dots".

Origami Fold

View prompt

Create a pure-CSS HTML "Origami Fold" loading animation with no SVG required. A 120×120 .origami container with transform-style: preserve-3d and perspective: 600px on its parent. Whole container animates 6s ease-in-out infinite rotateY 0 → 180 → 360 → 180 → 0, with rotateX swinging ±45deg at the half marks. Inside, 4 .fold divs that are CSS triangles created via border-width tricks: f1: top triangle — border 60px 60px 0 60px, top color = magenta f2: bottom triangle — border 0 60px 60px 60px, bottom color = yellow f3: right triangle — border 60px 60px 60px 0, right color = violet f4: left triangle — border 60px 0 60px 60px, left color = mint Each triangle has its own 3s ease-in-out infinite keyframe rotating ±180° on either X or Y axis (foldA: rotateX 0→180, foldB: rotateX 0→-180, foldC: rotateY 0→-180, foldD: rotateY 0→180) — they fold open and close like a paper fortune teller. The combination of container 3D rotation + individual triangle folds creates a complex shifting paper-craft sculpture. Set transform-origin: center on each triangle. Display in a dark glass card.

Fluid Wave

View prompt

Create an HTML+CSS+SVG animated "Fluid Wave Flask" loader where colored waves slosh inside a glass bottle. SVG 240×200 viewBox. Outline of a glass flask using <path> with a narrow neck and bulbous body (M 90 30 L 90 60 Q 70 75 70 100 L 70 165 Q 70 180 90 180 L 150 180 Q 170 180 170 165 L 170 100 Q 170 75 150 60 L 150 30 Z), stroke white at 0.3 opacity 2px, fill none. Use the same path as a <clipPath id="bottleClip">. Inside the clip, render a <g class="level"> wrapper that slowly translates Y -30 to +20 px (5s ease-in-out infinite — water level rising and falling), containing 3 layered <path> "waves": Wave 1: violet 0.7 opacity, 4s linear infinite translateX 0 → -160px Wave 2: magenta 0.6 opacity, 3s loop, -1s delay Wave 3: mint 0.5 opacity, 2.5s loop, -0.5s delay Each wave path is a horizontal sine using QT chained Bezier commands ("M 0 100 Q 20 90 40 100 T 80 100 T 120 100 …" extended past the right edge so when it slides left the seamless loop hides). Add 4 small white bubbles (circles 1.5-3px) inside the clipped area, each with 3s ease-in infinite translateY 0 → -80 + opacity 0 → 1 → 0, staggered delays. Result: liquid sloshes left/right, water level breathes up/down, bubbles rise. Container: dark glass card.

Glitch

View prompt

Create a pure-CSS "Glitch / Signal Unstable" loading display with no SVG. A .glitch-wrap container with text "LOADING" in Fredoka 700 weight 38px white. The text element has ::before and ::after pseudo-elements both with content: 'LOADING' positioned absolutely on top: ::before: clip-path polygon(0 0, 100% 0, 100% 45%, 0 45%) — only the top half visible. Color: magenta. Animation: glitchTop 2s steps(2) infinite, with most of the cycle at translate(0,0) and brief 2-frame jitters at 92-96% — translate(±1-3px, ±1px). ::after: clip-path polygon(0 55%, 100% 55%, 100% 100%, 0 100%) — bottom half. Color: mint. Animation: glitchBot 2s steps(2) infinite reverse with similar jitter timings. This creates the classic RGB-split scanline glitch where top and bottom halves of the text briefly desync from the center. Below the text, a 4px-tall progress-bar div with background rgba(255,255,255,0.1), containing a ::before that's 40% wide with linear-gradient(magenta, yellow, mint) and animates left: -40% → 100% on a 1.6s cubic-bezier(0.4,0,0.2,1) infinite loop — a runner bar. Add a .scan-line absolute overlay with linear-gradient(transparent 30%, rgba(white,0.08) 50%, transparent 70%) animating translateY -100% → 100% on 3s — a CRT scanline drift. Below the bar, small monospace label "SIGNAL UNSTABLE" in dim grey letterspace 0.3em uppercase. Dark glass card container.

Newton's Cradle

View prompt

Create an HTML+CSS+SVG+JS animated "Newton's Cradle" loader with correct sequential energy transfer. SVG 240×200 viewBox. Top frame: horizontal line at y=30 from x=20 to x=220, two side posts down to y=180, base line at y=180 (white at 0.2 opacity). 5 pendulums hanging from the bar at x=64, 92, 120, 148, 176 (ALL touching — 28px centers = 2× radius 14). Each pendulum is an outer <g transform="translate(X, 30)"> (pivot at top) containing: - a vertical <line> (string) from (0, 0) to (0, 110) - a <circle> ball at (0, 110) radius 14, fill yellow (or mint for the middle 3) The outer <g> sets the pivot. The inner <g class="swing swing-l"> / <g class="swing swing-r"> rotates around transform-origin: 0 0 (the pivot). CRITICAL — SVG rotation direction: rotate(+θ) moves the ball LEFT (counterclockwise in SVG where Y is down), rotate(-θ) moves it RIGHT (clockwise). Verify with: a ball hanging below its pivot at local (0,110), rotate(+50°) → local x ≈ -84 (LEFT). Use JS requestAnimationFrame (NOT CSS animation). The balls must move SEQUENTIALLY: Phase 1 (~460ms): Left falls from +50° to 0°, accelerating. Right stationary at 0°. (Left ball starts LEFT of pivot, swings RIGHT toward center — gravity pulls it in.) At 0°: Instant impact — left stops dead, right launches RIGHTWARD. Phase 2 (~460ms): Right rises from 0° to -50°, decelerating. Left stationary at 0°. (Right ball swings RIGHT away from center — it was kicked rightward.) Brief pause (~80ms) at peak. Phase 3 (~460ms): Right falls from -50° to 0°, accelerating. Left stationary at 0°. (Right ball swings LEFT toward center — gravity pulls it back.) At 0°: Instant impact — right stops, left launches LEFTWARD. Phase 4 (~460ms): Left rises from 0° to +50°, decelerating. Right stationary at 0°. (Left ball swings LEFT away from center — it was kicked leftward.) Brief pause (~80ms), then loop. Use Math.cos() to compute pendulum position: angle = maxAngle * cos(t/swingMs * π/2). This gives natural sine-based easing — ball moves fastest at bottom, slowest at peaks. The 3 middle balls stay perfectly still throughout. Container: dark glass card.

Eclipse

View prompt

Create an HTML+CSS+SVG "Solar Eclipse" loading animation. SVG 220×220 viewBox. Center: a glowing yellow "sun" — overlapping circles: - sun-glow: r=50 fill yellow, filter blur(20px), 3s ease-in-out infinite scale 1 → 1.1 + opacity 0.4 → 0.9 - sun-disc: r=40 fill yellow (hard edge) Two faint corona ring circles around it (r=62 dashed and r=70 with stroke-dasharray 2 6) that slowly rotate 360° on a 12s linear loop. A "moon" circle r=40 fill same dark as background, 1px yellow stroke. It orbits using 5s ease-in-out infinite translate keyframe: -140px,0 → 0,0 → 140px,0 → -140px,0 (and back). The moon visually transits across the sun, briefly causing a near-total eclipse at the center pass. Around the perimeter (8 directions), small short yellow ray lines (rayPulse: 3s ease-in-out infinite opacity 0.2 → 0.8) with staggered animation-delay 0 to 1.4s — twinkling ray bursts. Sprinkle 6 small white star <circle>s at random positions inside the viewBox, each with a 2s twinkle keyframe (opacity 0.2 → 1) at staggered delays. The result: a calm celestial scene with sun glowing, moon transiting across, stars twinkling. Container: dark glass card.

Neural Pulse

View prompt

Create an HTML+CSS+SVG animated "Neural Network Pulse" loader showing pulses traveling through a tiny 3-layer network. SVG 260×200 viewBox. Define 8 nodes in 3 layers: Input layer (3 nodes): (40, 50), (40, 100), (40, 150) Hidden layer (3 nodes): (130, 40), (130, 100), (130, 160) Output layer (2 nodes): (220, 70), (220, 130) Draw all 9 input→hidden connections + 6 hidden→output connections as faint <path class="neural-link"> stroke white at 0.1, 0.6px. Then draw 6 colored "pulse" paths (<path class="neural-pulse">) that overlay specific routes through the network — each pulse is one input→hidden→output 3-segment path. Each uses: stroke-width: 1.6 stroke-dasharray: 8 100 (an 8px-long bright pulse on a 100px gap) stroke-linecap: round animation: neuralFire 2s linear infinite, with stroke-dashoffset 200 → 0 making the pulse run from start to end of the path opacity 0 → 1 → 1 → 0 to fade in/out at endpoints Stagger animation-delay across the 6 pulse paths: 0, 0.3s, 0.6s, 0.9s, 1.2s, 1.5s — pulses constantly fire across different routes. Each pulse is a different color (magenta/mint/yellow/violet/sky/amber). Each node circle has a "nodeFlash" keyframe (2s ease-in-out infinite): 50% scale(1.6) fill mint with drop-shadow(0 0 6px mint) — the nodes "fire" when a pulse arrives. Use the same staggered delays so node and pulse light up together. Container: dark glass card. Label: "Neural Pulse".

How it works

How to make an SVG loading animation

Three steps. No drawing, keyframes or coding.

Step 1: Describe your loading animation — style, colors, and speed
Step 2: AI generates a smooth, looping SVG animation instantly
Step 3: Preview, customize, and export as SVG, GIF, or MP4

Use cases

What you can make with the SVG loading animation generator

Product Interfaces

Use loading animations in SaaS products, dashboards, mobile apps, and account systems to communicate that data is syncing, filters are updating, or requests are processing. This improves perceived performance and reduces uncertainty during waits.

Design Systems

Animation teams and frontend designers can create consistent loader styles for component libraries, skeleton states, empty states, and async UI feedback. This is especially useful when building reusable visual standards across products.

Tutorials & Demos

Loading animations are often used in tutorials, launch videos, onboarding flows, and UI demonstrations where creators need realistic waiting states instead of static placeholders.

Agencies & Client Work

Studios and freelance designers can quickly generate multiple loader variants for clients, matching brand colors, tone, and product category without hand-coding every state.

Why it works

Why use this SVG loading animation generator

Spinner & Ring Loops

Generate classic spinners, circular progress rings, and orbital loaders with smooth loop timing and theme-ready colors.

Dot & Pulse States

Create bouncing dots, pulsing indicators, and heartbeat-style waiting states for lightweight modern interfaces.

Skeleton Loading

Mock up shimmering skeleton screens and placeholder blocks for cards, tables, feeds, and dashboards.

Brand-aware Styling

Match colors, corner radius, stroke width, and motion tone to your design system instead of using generic default loaders.

Loop Timing Control

Tune speed, delay, easing, and repeat rhythm so loaders feel calm, lively, premium, or technical depending on context.

Web-ready Export

Export as SVG for direct web embedding or convert to GIF/MP4 for demos, docs, and social assets.

The basics

What is SVG loading animation?

Loading animations are visual indicators that tell users something is happening behind the scenes. They appear when content is being fetched, a file is uploading, or a process is running — bridging the gap between action and result.

Common types include spinners, progress bars, skeleton screens, and pulsing dots. A well-designed loading animation reduces perceived wait time and keeps users engaged instead of frustrated.

SVG-based loading animations are lightweight, scalable, and render crisply on any screen. Unlike GIF loaders, they can be styled with CSS, respond to theme changes, and load almost instantly.

FAQ

SVG loading animation FAQ

Answers to the questions people ask most before they start.

Can I create custom loading spinners with AI?

Yes! Simply describe your desired loading animation style, and our AI will generate a unique SVG spinner, progress bar, or skeleton loader for you.

What formats can I export loading animations to?

You can export your SVG loading animations as raw SVG code, animated GIF, or MP4 video. The SVG format is ideal for web use as it's lightweight and scalable.

Can I match the loader to my brand colors?

Yes. You can describe exact colors, gradients, stroke thickness, corner style, and overall tone so the loading animation fits an existing design system or interface theme.

Are SVG loaders better than GIF loaders for websites?

In many cases, yes. SVG loaders are lighter, scale perfectly on high-resolution screens, and can be styled or updated more easily than GIF-based assets.

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Make your first SVG loading animation

Describe it in a sentence and get an editable animation you can export as HTML, GIF or MP4.

Browse more examples