How to make a manga storyboard with AI in Picsart Flow

A manga storyboard is the rough panel plan an artist works out before inking a single finished page. It fixes the shots, the order, and the pacing while everything is still cheap to change.

You can build one without drawing it. Not from a single prompt, though. A storyboard is a sequence, and sequences fall apart when you ask one prompt to produce all of them at once. What works is a workflow, built as connected steps on a canvas in Picsart Flow.

Here is what a manga storyboard has to do, why it needs a chain rather than a prompt, and how to build one.

What a manga storyboard is

A manga storyboard is a planning document, not artwork. Panels are loose, faces are simple, and the point is to see whether a sequence reads before anyone commits to finished linework.

It answers a short list of questions:

• Where does the eye enter the page? Panel one has to be unmissable.
• Which beat carries the most weight? Emphasis is how a page tells you what matters.
• What does the reader see first, and what a half second later? Order is the whole craft.

That makes it different from a finished manga page in one important way. A storyboard is allowed to be ugly. What it is not allowed to be is unclear.

How the six-panel grid carries an action scene

Six panels is a workable unit for one beat of action. It gives you room to set up, escalate, and land without asking a single page to carry a whole chapter, and a two-by-three grid reads in order without anyone having to think about it.

A shonen action beat usually breaks down roughly like this:

• Panel 1. Arrival. The character enters the space. Wide, calm, no threat visible yet.
• Panel 2. The trigger. They touch, open, or step on the thing that starts it.
• Panel 3. The reveal. The threat appears at full scale, framed from below so it fills the frame.
• Panel 4. Reaction. Close on the face. Shock, not action.
• Panel 5. Impact. The exchange itself, drawn at the sharpest angle on the page.
• Panel 6. The standoff. Pull back wide. Scale restated, outcome still open.

Notice how much of that is camera work rather than plot. The panels move between wide, close, and low angle on purpose, because six panels of the same framing read as one flat panel repeated six times.

Generated panels come out the same size as each other, so you cannot enlarge the reveal the way a printed page would. Emphasis has to come from shot scale instead. That is why panel three is framed wide and low, and panel four sits tight on a face.

Style matters as much as framing. Black-and-white manga leans on hatching, speed lines, and heavy blacks, so contrast does the work color normally would.

Why this is a workflow and not a prompt

Ask one prompt for six manga panels and you get six strangers. The model has no reason to draw the same face twice, because nothing in the request tells it that panel four is looking at the person from panel one.

A workflow fixes that by splitting the job into steps, where each step hands its output to the next one as an input. The character is decided once, early, and everything downstream inherits that decision instead of re-inventing it.

That is what Picsart Flow is for. It is a no-code AI workflow tool built on an infinite canvas, where you connect AI models to each other and run the whole chain as one piece. Images, text, and video nodes sit side by side, so a picture generated in step two is available as a reference in step three.

The model library suits this kind of job. It includes an image model tuned for storyboarding, a character reference model built for consistent character rendering, and video models picked for narrative control. Scene continuity is handled at the workflow level, keeping lighting and character states steady from the first frame to the final cut.

Make your manga storyboard step by step

Open a canvas in Flow and build it left to right. You can also start from a ready-made template, such as the manga storyboard workflow, and change the prompts rather than wiring the chain yourself.

1. Start the canvas with one reference image.
   Upload a photo of a person or generate a character. Either way this image is the decision everything else inherits, so make it clear and well lit before you move on.
2. Chain a text node to it and restyle into manga.
   Ask for black-and-white hand-drawn manga, and name what has to survive: facial features, hairstyle, clothing, pose, and the setting behind them. Say what must not change as explicitly as what must.
3. Set the art register in that same step.
   Mature shonen or seinen proportions mean realistic eye size and a defined jawline. Soft, rounded, youthful styling is a different genre. Decide it here, once, rather than per panel.
4. Feed that output forward as the character reference.
   This is the step people skip. Connect the manga image you just made into the next node, so the grid is built from a picture rather than a description.
5. Generate the six-panel grid.
   Prompt for a two-by-three storyboard of one titled beat and name the shots you want by type, since the model will otherwise settle into a single framing.
6. Chain a video node to the storyboard.
   Give it an opening frame to animate from and the grid as the running order, and tell it to use the grid for sequence and pacing only. Without that, storyboard grids tend to animate as grids, panel borders included.
7. Iterate on the canvas, not from scratch.
   Change one node and rerun from that point. Upstream steps keep their output, which is what makes a workflow cheaper to refine than a prompt.

What keeps the character consistent across six panels

Consistency is the whole difficulty here. Each panel is a separate generation, and nothing forces panel four to remember what panel one decided.

The chain solves most of it structurally, by passing a real image forward instead of a description. The prompt on the grid node closes the rest:

Try this prompt

The character in every one of the six frames must be the exact same person shown in the reference image, with the same facial features, face shape, eye shape, hairstyle and hair length, body proportions, and the exact same outfit in every panel, with zero variation across scenes. Do not reinterpret, restyle, age up, age down, or alter the character’s identity between frames. Treat the reference image as the single source of truth for the character’s appearance throughout the entire storyboard.

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Three things in there do the work:

• It lists the features that actually drift. Hair length and outfit details go first, so they get named first.
• It forbids the failures by name. Restyling and ageing up are the two most common, so both are ruled out explicitly.
• It appoints a single source of truth. With one image named as the authority, the model is never choosing between references.

Manga storyboard examples to try

The same chain carries a lot more than one story. Change the beat description on the grid node and rerun from that point:

• The boss battle. A character reaches a ruined shrine, touches something they should not, and a stone guardian tears itself out of the ground.
• The awakening. An ordinary character discovers the power. Panels build from a quiet moment to a full surge.
• The rooftop chase. Pure movement. Every panel a different angle on the same run, with the gap closing.
• The duel opening. Two fighters, six panels, and no contact until the last one. All tension, no impact.
• The rescue. Something is falling and someone is running. The middle panels hold the distance between them.
• The mentor’s test. A training bout that is losing on purpose. Reaction panels carry the story, not the hits.
• The arrival of the rival. A new character walks in. The existing cast reacts across four panels before you show the newcomer’s face.

Each of those is a one-line change. The reference image, the art register, and the chain itself stay where they are, which is the point of building it as a workflow.

Start building your manga storyboard

Open a canvas in Flow, drop in one reference image, and get the character right before you generate a single panel. Everything downstream inherits that decision. Community-built chains to start from and remix sit in the Picsart Flow templates library.