TinyLottie

Smart Lottie optimization for high-performance SaaS.

TinyLottie 介绍

TinyLottie is a blazing-fast, privacy-first tool that optimizes and compresses Lottie (JSON) and dotLottie animations by up to 98% directly in your browser. With zero server uploads, it ensures absolute data security while automatically applying advanced techniques like decimal rounding, metadata stripping, and embedded image compression to deliver minimal file sizes without sacrificing visual quality.

核心功能

Compresses Lottie & dotLottie files up to 98% with perfect quality
100% client-side processing – no server uploads, guaranteed privacy
Automatically removes hidden layers, merges similar layers, and optimizes embedded images
Supports conversion to .lottie format for additional 50-80% size reduction
Free forever, no sign-ups required, instant downloads

典型使用场景

Designers optimizing Lottie animations for faster loading on SaaS platforms
Frontend developers reducing bundle sizes of animated UI components
Teams sharing lightweight animations without compromising performance or privacy
Performance engineers auditing and shrinking animation assets in production apps

为什么适合初创团队

For startups, every kilobyte counts – faster load times improve user retention and SEO. TinyLottie offers enterprise-grade optimization without any cost or privacy risks, making it ideal for lean teams that need to ship performant products quickly.

可替代选择

LottieFiles Optimizer, Lottie Editor, Bodymovin, dotLottie Player, Lottie Preview

常见问题

Is TinyLottie really free?

Yes, TinyLottie is completely free forever with no sign-ups or usage limits.

How does it ensure my animations stay private?

All processing happens entirely in your browser – your files are never uploaded to any server.

What formats does TinyLottie support?

It supports Lottie JSON files and dotLottie (.lottie) files.

Can TinyLottie compress animated SVGs or other formats?

No, it is specifically designed for Lottie and dotLottie animations only.

Will optimization affect animation quality?

No, the techniques used preserve perfect visual quality while removing unnecessary data.