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FliiipBook is a browser-based animation tool for drawing frame-by-frame GIFs. You draw on a 24-frame timeline, use onion skinning to line up motion between frames, and export a looping GIF with one click. It works best on desktop or tablet — the site notes that the full creative experience needs a desktop or tablet, and mobile visitors are prompted to switch to desktop to start creating. If you want a quick, no-install way to make a short hand-drawn loop, this is the workflow.

What you get before you start

FliiipBook's feature set is built around short loops rather than long scenes:

• 24 frames — described on the site as "24 frames of glory. 2 full seconds of looping bliss," so plan for a roughly two-second loop.
• Onion skinning — see the previous and next frames while you draw.
• Keyboard shortcuts — hotkeys designed for both right-handed and left-handed users.
• Undo/redo history.
• One-click GIF export with unique filenames.
• 5 brush sizes — from 1px details to 50px strokes — plus a paint bucket, a spray can, and a spray-fill.
• Textures you can add to your animation.
• Timeline navigation across the 24 frames.

Step-by-step: draw and export your GIF

1. Open the app on desktop or tablet

Go to fliiipbook.com in your browser. Because the site states it works best on desktop or tablet, use one of those rather than a phone if you want the full toolset.

2. Sketch your key poses across the timeline

Move through the 24 frames and block in the main poses of your motion. You don't need to fill every frame at this stage — establishing the start, middle, and end of the movement first makes the in-between drawing much easier.

3. Turn on onion skinning to align motion

With onion skinning active, the previous and next frames appear as you draw. Use them to keep your character or object moving consistently from one frame to the next instead of jumping around. The site frames this as a way to get "perfect-ish timing and sort of smooth motion" — a realistic expectation for a 24-frame loop.

4. Speed up drawing with shortcuts and tools

• Use the keyboard shortcuts to move between frames and trigger actions without leaving the canvas. The site highlights hotkeys for both right-handers and southpaws.
• Pick from the 5 brush sizes for line work versus fills — 1px for fine detail, up to 50px for bold strokes.
• Use the paint bucket for flat fills, the spray can for soft shading, and the spray-fill for texture-style coverage.
• Add textures if you want a more illustrative look.
• Rely on undo/redo freely while experimenting.

5. Preview the loop and fix timing

Play the animation back before exporting. Watch for frames where the motion stalls or snaps, and redraw those in-betweens using onion skinning as your guide. Since the loop is only about two seconds, small timing errors are very visible — a couple of adjusted frames usually makes the difference.

6. Export the GIF

Use the one-click GIF export. FliiipBook assigns unique filenames to exports, so you can produce multiple versions without overwriting earlier ones. The exported file is ready to share on the web.

Common snags to expect

• Drawing on a phone. The site explicitly says it works best on desktop or tablet and asks mobile visitors to switch to desktop. Don't expect the full experience on a small screen.
• Running out of frames. With a fixed 24-frame timeline, a complex motion won't fit. Simplify the action or loop a shorter movement rather than trying to cram in more poses.
• Motion that looks jittery. This usually means the onion-skin reference wasn't followed closely enough between frames. Redraw the in-betweens with both the previous and next frames visible.
• Losing work. Undo/redo covers in-session mistakes, but the site doesn't describe saved projects — export your GIF when you're happy with it rather than assuming it will persist.

When FliiipBook is the right choice

Choose it if you want a free-feeling, browser-based way to make a short hand-drawn GIF loop without installing software, and you're working on a desktop or tablet. Look elsewhere if you need long animations, precise frame timing controls, or a mobile-first workflow — the 24-frame limit and desktop/tablet recommendation are the main constraints to weigh before you start.

Image editing is the process of changing an existing image—cropping, resizing, retouching, correcting color, removing a background, or converting its format—rather than creating a new design from scratch. It's the right approach when you already have a photo or graphic and need it to meet a specific requirement: a marketplace listing, a website, a print piece, or a social post. If you're building an original layout with type and vector shapes, that's graphic design; if you're repairing an old or damaged photo, that's restoration. Image editing sits in between and covers most day-to-day tasks.

What counts as image editing

The label covers a defined set of operations. Knowing which one you need determines which tool will work.

• Crop — remove unwanted edges or change the aspect ratio.
• Resize — change pixel dimensions or file size for a platform's limits.
• Retouch — remove blemishes, dust, or small unwanted objects.
• Color correction — fix white balance, exposure, contrast, or saturation.
• Background removal — isolate the subject, usually for product or profile images.
• Format conversion — move between JPEG, PNG, WebP, TIFF, and similar.

For example, an Amazon seller preparing a listing image may need background removal, a square crop, and a resize to the marketplace's minimum pixel requirement—three separate operations in one workflow.

Comparing editor types

The three main categories differ in where they run, what they cost in effort, and what they're good at. Use the same dimensions to compare any two tools.

Some platforms bundle image editing into a wider toolset. IntelliFox, for instance, describes itself as a unified set of Amazon seller tools covering listing optimisation, PPC automation, sales and profit tracking, image editing, review requests, and fee change alerts—so image editing there is one function among several rather than a standalone editor. That matters if your editing needs are tied to marketplace listings rather than general photo work.

How to choose a tool

Match the tool to four things before you commit time to learning it:

1. Platform — Do you work on desktop, in a browser, or on a phone? Pick the one you'll actually use daily.
2. Budget — Check the vendor's pricing page rather than assuming a free tier. IntelliFox lists a pricing page at intellifox.com/pricing/, but the source material doesn't state what's free or paid, so verify before relying on it.
3. Skill level — If you need layers and masks, a full editor is worth the learning curve. If you need a crop and a resize, a simpler tool is faster.
4. Output needs — Resolution, file format, and transparency requirements rule out some tools immediately.

A basic editing workflow

The same sequence works in almost any editor:

1. Import the original and keep a copy untouched.
2. Crop to the target aspect ratio first, so later adjustments apply to the final framing.
3. Correct color and exposure before retouching, since tonal changes can reveal or hide flaws.
4. Retouch blemishes and unwanted objects.
5. Remove or replace the background if the output needs transparency or a clean backdrop.
6. Resize to the final pixel dimensions.
7. Export in the required format and check the file size against the platform's limit.

Doing resize and export last avoids re-editing a file that's already been compressed.

Common problems and fixes

• Quality loss after resizing — You enlarged beyond the original resolution. Start from the largest source file you have, and downsize rather than upsize where possible.
• Wrong file format — Transparency needs PNG or WebP; JPEG doesn't support it. Convert after editing, not before.
• Unsupported file — Some editors won't open RAW, TIFF, or HEIC. Convert to a supported format first, or choose a tool that lists your camera's format.
• Colors look different after export — Check the color profile and whether the platform re-compresses uploads.

If your editing is part of a larger listing or storefront workflow, confirm the tool handles the export formats and dimensions that platform requires before you build a routine around it.

Piskel is a free, open-source, browser-based editor for animated sprites and pixel art. You can design characters, animations, and tiles directly in your browser, then export them as animated GIFs, PNG spritesheets, or ZIP files. It works best in a desktop browser in landscape orientation, and offline desktop versions are available for Windows, OSX, and Linux if you prefer not to work in the browser.

Getting Started

Open piskelapp.com in a desktop browser. You have two starting points:

• Start from scratch — create a blank sprite and set your own canvas size.
• Try an example — load one of the built-in sprite examples (characters, tilesets, layered backgrounds, Gameboy retro graphics) to see how a finished sprite is structured before making your own.

If you're on a phone or tablet, Piskel will warn you that it's best used in a desktop browser in landscape orientation. You can open it anyway, but the drawing tools are designed around a mouse and a wider canvas.

Drawing Pixel Art Frame by Frame

Piskel's workflow is frame-based: each frame is a single still image, and the animation plays them in sequence.

1. Set up your canvas. Choose a small pixel grid (classic sprites are often 16×16, 32×32, or 64×64). Small canvases keep individual pixels visible and editable.
2. Draw with the pen tool. Click individual pixels to place color. This is the core action for pixel art — every pixel is a deliberate decision.
3. Fill areas with the fill tool. Use it to flood a region with a single color instead of clicking pixel by pixel.
4. Pick and manage colors. Choose from the color palette, or select an existing color from your canvas to reuse it consistently across frames.
5. Add frames. Duplicate the current frame and modify it slightly to create motion — this is how walk cycles, blinking, and idle animations are built.

The key habit for animation: keep changes between consecutive frames small. A two-pixel shift in a leg position reads as movement; a ten-pixel jump reads as a glitch.

Previewing and Tuning the Animation

Piskel shows a live preview of your animation in real time as you draw, so you don't have to export to check whether the motion works.

• Adjust frame delay on the fly. Each frame's delay controls how long it stays on screen. Shorter delays make fast motion; longer delays make slow, deliberate movement.
• Watch the loop. Because the preview loops continuously, you'll immediately see whether the first and last frames connect smoothly or whether there's a visible jump.

Tune the delay while watching the preview rather than guessing — the same frames can feel completely different at different speeds.

Exporting Your Work

Piskel supports several export modes depending on what you need the file for:

Choose GIF when the animation is the final product. Choose a spritesheet PNG or ZIP when the sprite is an asset that another program will read.

Options for Kids and Offline Use

• Piskel for Kids is a child-friendly version of the editor, designed to be safe and distraction-free. It's aimed at kids, teachers, and parents who want the same pixel art workflow without extra interface elements.
• Offline versions are free desktop applications for Windows, OSX, and Linux, available from the download page. Use these if you need to work without an internet connection or want a dedicated application window.

Common Sticking Points

• Working on a small screen. The editor is built for desktop and landscape orientation; drawing precision suffers on a phone.
• Frames that don't loop cleanly. If the animation snaps when it restarts, the last frame doesn't lead back into the first — adjust the final frame's pose or delay.
• Exporting the wrong format. A GIF is for viewing; a spritesheet is for importing into a game. Picking the wrong one means re-exporting later.

All of Piskel's code is open-source and available on GitHub, so the tool itself can be inspected, modified, or self-hosted if you need that level of control.