Discover how the world’s best apps use UI animation and micro-interactions to create smooth, delightful mobile experiences.
Ripplix curates hundreds of real motion examples from live iOS and Android apps, so you can learn how motion enhances usability, feedback, and brand personality.

✨ What You’ll Find Here

1,200+ real mobile app animation examples from leading product and design teams

Organized by interaction type – tap, drag, pull-to-refresh, onboarding, gestures, and transitions

Includes motion patterns from eCommerce, productivity, fintech, health, and social apps

Every clip is a real-world reference — not concept work or mockups

🚀 Why Mobile UI Animation Matters

Animation in mobile apps isn’t just for looks — it communicates and guides.
A well-crafted motion system helps users:

Understand navigation flow

Feel instant feedback on taps or drags

Stay engaged through playful transitions

Build trust in the overall experience

Ripplix makes it easy to study motion patterns that successful apps already use, saving designers and developers hours of trial and error.

🎮 Browse by Interaction Type

Tap & Button Animations – bounce, ripple, scale, and feedback states

Gesture & Drag Interactions – swipe cards, pull-to-refresh, reorder lists

Page & State Transitions – modals, onboarding slides, view switches

Loaders & Progress Feedback – smooth spinners, skeleton screens, completion ticks

Onboarding & Empty States – friendly motion that explains, guides, and delights

🌍 Platforms Covered

iOS App Animations

Android Material Motion Patterns

Cross-Platform (React Native, Flutter, SwiftUI) Examples

Mobile Web App Interactions

Coming soon — Wearable, AR, and VR interaction motion libraries.

⚡ About Ripplix

Ripplix is the largest curated library for UI animation and micro-interaction inspiration, featuring over 3,000+ real motion examples from 600+ products and websites across 200+ categories.
From hover effects to gesture-based flows, Ripplix helps designers, motion experts, and developers bring ideas to life with motion-driven interfaces.