Compress GIFs without uploading
GIF optimization runs in your browser, so source files and compressed results stay on your device.
Make GIFs smaller for Discord, email, docs, support tickets, and websites while keeping files private on your device. Runs entirely in your browser with no uploads.
Drop GIFs, or click to choose
GIF optimization runs in your browser, so source files and compressed results stay on your device.
The output remains a GIF file and preserves animation frames while reducing file size.
Use O3 optimization, lossy strength, and color count to balance smaller files against visual quality.
Most GIF compressor searches are practical: users need a smaller GIF for Discord, email, documentation, CMS uploads, or page speed, but they still need the animation to play. This page gives direct controls for byte reduction and clear guidance on when to raise lossy compression, reduce colors, or switch to a video format for very large animations.
Reduce GIF size before sharing animations in apps with upload or attachment limits.
Compress screen-recorded GIFs before adding them to help docs, bug reports, and knowledge bases.
Optimize short GIF animations before publishing them in blog posts, landing pages, tutorials, or product pages.
Upload your GIF, keep O3 optimization enabled, then increase lossy strength or reduce the color count until the file is small enough. BatchTool runs the compression locally in your browser.
Yes. The compressor outputs a GIF file and preserves animation frames. Strong lossy settings or fewer colors can change visual quality, but the animation remains playable.
Yes. BatchTool processes GIF files in the browser with a WebAssembly worker. Your original GIF and compressed result stay on your device.
Start with O3 optimization. If the GIF is still too large, increase lossy strength, lower the color count, or use a smaller source animation. Fewer pixels, fewer colors, and fewer frame changes usually mean a smaller GIF.
This GIF compressor targets smaller output, but it does not guarantee an exact byte limit. For strict limits, adjust lossy strength and colors, rerun compression, and check the output size.
Large dimensions, many frames, photographic gradients, and high motion can keep GIF files heavy. If optimization is not enough, reduce the source dimensions or duration, or consider MP4/WebM for video-like animations.