GIF Maker
Create a simple animated preview from a sequence of images — reorder and adjust the speed.
Drop images here or click to browse
Add multiple images to build your animation
Preview your animation and fine-tune the order and timing before exporting frames.
The animated GIF has outlived every prediction of its demise, and for one reason: it plays everywhere, automatically, with no player and no click. That universality is why GIFs remain the format for a quick looping preview, a product demo in a README, a reaction, or a short animation that must just work in an email or a chat. This tool builds a GIF from a sequence of images — you supply the frames, reorder them, and set the speed — entirely in your browser. Nothing is uploaded, so even unreleased screenshots or private frames stay on your machine.
How the maker works
Add your images in the order you want them to play, reorder them by dragging if needed, and set the frame speed — how long each image shows before the next. The tool assembles them into a single looping animated GIF that you can download. Because GIF playback is universal, the result works in browsers, chat apps, email, and documents without any player. Everything is processed locally in your browser; your frames are never sent to a server.
The trade-offs to understand
GIF strengths: plays everywhere, auto-loops, no player
GIF weakness: 256 colors max, large files
Frame delay controls speed:
100 ms/frame = 10 frames per second
Fewer frames + longer delay = smaller file
For photos/gradients or long clips:
a short video (MP4) is smaller and looks betterThe defining limitation of GIF is its 256-color palette, a constraint from 1987 that has never changed. This is why GIFs of photographs or smooth gradients look banded and grainy — there simply are not enough colors to represent them — while GIFs of flat graphics, screen recordings, and simple animations look fine, because those use few colors anyway. The other constraint is size: GIF compresses poorly, so a longer or higher-quality animation quickly becomes a huge file. When either limit bites, a short MP4 video is smaller and looks far better.
What to know about making GIFs
- 1GIFs are for short, simple, flat-color animations. They shine for a few seconds of a screen recording, a simple looping graphic, or a reaction — content with limited colors and brief duration. For anything photographic, gradient-heavy, or more than a few seconds, the 256-color limit and poor compression make GIF the wrong choice, and a short video wins on both size and quality.
- 2Fewer frames and a longer delay make a much smaller file. Every frame is stored nearly in full, so a GIF's size scales almost directly with frame count. Dropping from 30 frames per second to 10, or trimming redundant frames, can shrink the file dramatically with little visible difference for simple animations — the single biggest lever on GIF file size.
- 3Keep dimensions small; GIFs balloon fast with size. Because GIF compresses inefficiently, doubling the pixel dimensions roughly quadruples the file. A small preview GIF at modest dimensions stays shareable, while a full-screen-sized one quickly becomes too large for email or chat. Size the GIF to how it will actually be viewed, not larger.
- 4For screen recordings, GIF works but a video usually wins. A short GIF of an interface is convenient and plays inline anywhere, but for anything more than a few seconds, an MP4 or WebM screen recording is a fraction of the size at better quality. Reserve GIF for the shortest clips where auto-play everywhere matters more than efficiency.
- 5If the GIF looks grainy or banded, the problem is the 256-color limit. Photographic content and smooth gradients cannot be represented well in 256 colors, so they come out speckled or striped. This is not a fixable setting — it is the format itself. When color fidelity matters, the answer is a video format, not a better GIF setting.
Frequently asked questions
When should I use a GIF instead of a video?
For short, simple animations that need to play everywhere automatically with no player — a few seconds of a screen recording, a looping graphic, or a reaction, especially in emails and chats where auto-playing video is not reliable. For anything photographic, gradient-heavy, or longer than a few seconds, a short MP4 or WebM video is smaller and looks far better. GIF's advantage is universal auto-play; its cost is size and limited color.
Why is my GIF file so large?
Because GIF compresses inefficiently and stores each frame nearly in full, so file size scales with both frame count and dimensions. A long animation, a high frame rate, or large pixel dimensions all inflate it quickly. The fixes are fewer frames, a longer delay between them, and smaller dimensions. If it is still too big after that, the content is probably not suited to GIF, and a short video would be dramatically smaller.
Why does my GIF look grainy or have color bands?
Because GIF supports a maximum of 256 colors, a limitation built into the format since 1987. Photographs and smooth gradients need far more colors than that, so they come out speckled or striped when reduced to fit. This is not a setting you can improve — it is inherent to GIF. For content that needs full color fidelity, the solution is a video format like MP4 or WebM, which has no such color limit.
How do I control the speed of the animation?
By setting the frame delay — how long each image displays before the next. A shorter delay means faster playback; a longer delay means slower. Roughly, 100 milliseconds per frame gives ten frames per second. This tool lets you set the speed directly, and it is worth noting that a longer delay with fewer frames also produces a smaller file, so speed and size can be tuned together.
Are my images uploaded to make the GIF?
No. The GIF is assembled entirely in your browser, so your images are processed on your own device and never transmitted, logged, or stored. You can verify this by disconnecting from the internet — the tool keeps working because there is no server involved. This keeps unreleased screenshots, private frames, and any confidential imagery on your machine throughout the process.