What Is an Animatic? Meaning, Previs and Making One With AI

An animatic is a storyboard played back as a rough video: the panels are timed shot by shot and laid over a scratch soundtrack of temporary dialogue, music and sound effects. It lets you watch your film’s pacing before you spend money on animation, a shoot or final AI renders. If a scene drags or a joke lands too early, you find out now, while fixing it still means swapping a drawing instead of reshooting a day.
Quick answer: what is an animatic?
- What it is: storyboard panels cut together on a timeline, each held for as long as the shot will last, with scratch audio.
- What it’s for: testing timing, pacing and story flow before production, and getting the team or client to agree on one version.
- Also called: a story reel (Pixar’s term) or a timed storyboard.
- How it differs from previs: previs builds rough 3D versions of shots with virtual cameras to solve staging and technical problems. An animatic is usually 2D panels.
- With AI: you can generate the panels from a script and animate only the shots where motion matters, then time everything in an editor.
This guide covers how animatics differ from storyboards and from previs, how studios like Pixar use them, and how to make one with AI, from script to storyboard frames to a few short clips where motion matters.
Key takeaways
- An animatic tests time, not looks. Rough panels are fine; timing and sound are the point.
- A storyboard shows what each shot looks like. An animatic shows how long it lasts. Previs shows how it will be staged and shot.
- AI makes the panels cheap and lets you add real motion to a few key shots, but it doesn’t replace the timing pass, and it can’t give you measured camera data the way 3D previs can.
- The cheapest AI animatic is a hybrid: stills for most shots, short low-resolution clips only where movement is the question.
What is an animatic?
The simplest animatic definition: a timed storyboard with sound. You take the panels from your storyboard, put them on a video timeline in order, and stretch or shorten each one to the length the real shot will run. Then you add a scratch track: temporary dialogue (often read by the director or a friend), placeholder music and a few key sound effects. When you press play, you’re watching a rough draft of the whole film.
The meaning of “animatic” is the same in animation, live action and advertising, but the job shifts a little in each:
- Animation: it’s the blueprint for every scene. Animators work from its timing, so it’s usually locked before animation starts.
- Live action: directors use animatics for complex sequences, such as stunts, action or VFX shots, to plan coverage and show the crew what’s needed.
- Advertising: agencies show clients one to approve the idea and timing of a 15- or 30-second spot before anyone books a shoot.
It doesn’t have to be pretty. Think of an animatic as the moment your storyboard starts keeping time.
What an animatic is for
- Pacing. You feel where a scene drags or rushes, which you can’t judge from panels on a wall.
- Story clarity. If the audience can’t follow the rough cut, they won’t follow the finished film.
- Sound and picture sync. Dialogue, music cues and sound effects get a place on the timeline early.
- Alignment. Everyone, from the director and editor to the animators and the client, reviews the same version and gives notes on it.
- Cost control. Cutting a shot at this stage costs a panel. Cutting it after it’s animated, shot or rendered costs that whole shot.
Animatic vs storyboard vs previs
These three get mixed up because they overlap. Here’s how they compare:
| Storyboard | Animatic | Previs | |
|---|---|---|---|
| What it is | Still panels showing each shot’s framing and action | Those panels timed to a scratch soundtrack, played as video | Rough 3D (or AI) versions of shots with virtual cameras and movement |
| Made with | Pencil, drawing apps, storyboard software, AI image models | A video editor or animatic tool | 3D animation tools and game engines, sometimes AI video |
| Motion | None (arrows show movement) | Holds, cuts and simple pans or zooms; some motion if clips are used | Full camera and character movement |
| Sound | No | Yes, scratch dialogue, music and effects | Often temp sound |
| Question it answers | “What does each shot look like?” | “How long is each shot, and does the story flow?” | “How exactly do we stage and shoot this?” |
| Typical users | Every production | Animation, ads, action sequences | Big-budget film, VFX and stunt sequences, games, theme parks |
So, are animatics just storyboards? Not quite. An animatic uses the storyboard’s images, but adds the two things a storyboard can’t have: duration and sound. A storyboard shows each shot. An animatic shows the film.
Animatic vs animation
An animatic is the plan; animation is the finished movement. In the rough cut a character might jump from one pose to the next in two drawings. In the final animation, every frame between those poses is drawn, rendered or generated.
What is previs (previsualization)?
Previs, short for previsualization (also spelled “previz” or “pre-visualization”), is the step where shots are worked out in motion before production. The industry definition, written by a joint committee of the American Society of Cinematographers, the Art Directors Guild and the Visual Effects Society, is:
“Previs is a collaborative process that generates preliminary versions of shots or sequences, predominantly using 3D animation tools and a virtual environment. It enables filmmakers to visually explore creative ideas, plan technical solutions, and communicate a shared vision for efficient production.”
That’s the VES glossary definition of previs. The key difference: previs happens in a virtual space with real camera positions, lenses and movement, so the crew can plan how to film a shot, not just how long it lasts. The VES glossary also names a few related steps:
- Pitchvis: shots made to sell a project before it’s funded or greenlit.
- Technical previs (techvis): accurate camera, lighting and layout data, often as diagrams in real-world measurements, so departments know what’s physically needed.
- Postvis: rough effects comped into real footage after the shoot, so editors have placeholder shots and producers can plan the VFX work.
In practice, a production often moves from storyboard to animatic to previs on its hardest sequences. Simple dialogue scenes rarely get previs at all.
How studios use story reels and previs
At Pixar, the animatic is called a story reel. When Wired followed the making of Toy Story 3, it described storyboards being turned into a story reel, with lines prerecorded by Pixar employees, and screened for an in-house audience. “This is a crucial moment for the film,” Pixar president and cofounder Ed Catmull told Wired. “Watching along with an audience allows us to see what works and what doesn’t.” Wired counted 49,516 sketches in that film’s story reel.
The reel keeps changing for most of production. Pixar story supervisor Kelsey Mann described story reels to ScreenCrush as “basically the storyboards cut in editorial to temp the music, sound effects and dialogue. We screen those every couple months.”
Previs grew up on effects-heavy live action. The Third Floor, one of the best-known previs studios, was formed on October 14, 2004, by artists who had been working on Star Wars: Episode III on the “third floor” of George Lucas’s Skywalker Ranch house. Its own reels show previs, postvis and techvis for Marvel’s Guardians of the Galaxy Vol. 3 and visualization work on HBO’s House of the Dragon, and it used previs to plan the timing and camera moves of Daft Punk’s single-shot “Infinity Repeating” music video.
The lesson for smaller teams: the big studios don’t skip the rough draft. They invest in it because it’s the cheapest place to fail.
How to make an animatic the traditional way
The traditional recipe hasn’t changed much in years:
- Lock a script or beat list. Even a one-page outline tells you which shots you need.
- Draw the storyboard. Rough thumbnails are enough: clear silhouettes, framing and arrows for movement.
- Record scratch audio. Read the dialogue yourself, pick temp music and mark the key sound effects.
- Import everything into an editor. Panels go on the video track in order; audio goes underneath.
- Time each panel. Drag every panel to the length the shot will really run, matched to the dialogue and music beats.
- Add simple camera moves. Keyframed pans, zooms and push-ins on still panels suggest camera movement without drawing more frames.
- Watch, get notes, retime. Play it for someone who hasn’t read the script, then fix what confuses them.
The slow part is step 2, drawing dozens or hundreds of panels. That’s where AI changes the math.
What AI changes, and what it doesn’t
AI tools change the parts of the job that used to need either drawing skill or a 3D team:
- Panels from a script. An AI image model can turn a shot description into a storyboard frame in seconds, in a rough sketch style or close to the final look.
- Consistent characters across panels. Saved characters and locations (CinemaDrop calls them Elements) help keep the same face, costume and set from shot to shot, which is what keeps the sequence readable.
- Real motion where it matters. Image-to-video models can turn a single frame into a short clip, so a chase, a camera move or a reveal can play as movement instead of an arrow on a panel. That pushes a plain storyboard reel toward previs.
- Scratch audio without a booth. Text-to-speech and sound-effect generators give you a temp track in minutes.
What AI doesn’t change:
- Timing is still your job. Clips come in fixed lengths per generation (for example 4 to 30 seconds for Seedance 2.5), so you still cut and hold them on a timeline to make the rhythm work.
- It isn’t techvis. An AI clip shows how a shot might feel. It doesn’t give you measured lens, distance or rig data. Stunt and VFX-heavy sequences still need 3D previs.
- Consistency can drift. Faces, props and screen direction can change between generations. Check continuity the same way you would with hand-drawn boards.
- Over-rendering burns money. Generating every shot as a polished clip defeats the point of a rough draft. Keep most shots as stills and render low resolution.
That’s why the most useful AI animatic is a hybrid: AI stills for most of the film, plus a handful of short clips for the shots where motion or timing is the open question.
How to make an AI animatic, step by step
Here’s the workflow in CinemaDrop, from a blank page to a timed cut. The example is a 60-second short, The Last Train: a woman named Mara searches a flooded subway station for her missing brother.
One honest note before you start: CinemaDrop builds the script, the consistent characters, the storyboard frames, the clips and the per-shot audio, but it doesn’t have a timeline. You export your shots as a ZIP and do the final timing pass in an editor such as CapCut, Premiere Pro or DaVinci Resolve.
Step 1: Write a short script with timing in mind
Open CinemaDrop’s Script Wizard and set a target duration (1, 2, 3, 4, 5, 8 or 10 minutes). The wizard goes from five concepts (15 credits) to a beat outline (10) to a full script (20). If you already have a script, skip ahead and paste it into the storyboard.
Keep scenes short and visual. Every line of action becomes at least one shot, and every shot becomes time on screen.
Step 2: Set up your characters and locations as Elements
Animatics only work if the viewer recognizes the same character in every panel. Create Elements for your main character, key locations and any important prop, each with up to four reference images, or let the wizard extract them from your script (55 credits). Our guide to keeping AI characters consistent covers how to build good reference sheets.
Step 3: Generate the storyboard frames
Use Script to Storyboard in the storyboard builder to break the script into scenes and shots, then write one prompt per shot. Tag your Elements with @ in each shot prompt so the character and location carry over.
Choose a rough look on purpose. A style like “Line Drawing” or “Charcoal Sketch” and a low quality tier keep each frame cheap (GPT Image 2.5 Sunburst at Low is about 5 to 6 credits per 16:9 image) and keep reviewers focused on timing instead of polish.
Wide shot, low angle. @Mara stands at the edge of a flooded
subway platform in @FloodedStation, holding a flashlight.
The beam cuts through dust; black water reaches the second step.
Rough storyboard sketch, loose pencil lines, grey wash, no text. 16:9.
If a frame is wrong, such as the wrong hand holding the flashlight or the character facing the wrong way, fix that one frame with the Edit Image tool instead of regenerating the whole shot. Add shot notes for duration and camera direction; you’ll use them when you time the cut.
Here’s a template you can reuse for every shot:
[Shot size], [camera angle]. @[Character] [action] in @[Location].
[One detail that tells the story: prop, light, weather].
[Look: rough storyboard sketch / flat color / cinematic], no text. [Aspect ratio].

Step 4: Pick the few shots that need real motion
Go through your board and mark the shots where a still panel can’t answer the question: a camera move, an action beat, a reveal, a moment where timing is the joke. In a 12-shot minute, that’s usually three or four shots. Everything else stays a still.
For each marked shot, generate a video with image-to-video, using the shot’s storyboard frame as the start frame. Render at 480p: it’s a draft. Seedance 2.5 at 480p costs 20 credits per second (a 4-second clip is 80 credits) and needs the Plus plan; on Basic, Kling 3.0 Standard runs 40 credits per second with clips from 3 seconds. Our Seedance 2.5 guide covers how to prompt it.
Keep motion prompts short: one camera move, one or two small actions, and a reminder to keep the frame’s look. Here’s an example for shot 3:
Slow dolly-in toward Mara as she raises the flashlight.
Ripples spread across the black water at her feet;
dust drifts through the beam. She holds still, listening.
Keep the rough pencil-sketch look. 4 seconds, 480p.
Step 5: Add a scratch track
Each storyboard shot has fields for speech, sound effects and music. Type the scratch dialogue for the shot, pick a voice and use [bracket] tags for delivery. Text-to-speech costs 1 credit per 10 characters, and a sound effect is 15 credits at automatic length. Music generation needs the Plus plan; temp music from your own library works just as well for a draft.
[whispering] Theo? [pause] Theo, are you down here?
Step 6: Export and assemble in your editor
Export the storyboard as a ZIP of all its assets (exporting is on Basic and up). In your editor:
- Lay the audio first: dialogue, then music, then effects.
- Drop the frames and clips on the video track in shot order.
- Stretch each still to the shot’s real length, using your shot notes and the dialogue as a guide.
- Add a slow push-in or pan to stills that need a hint of camera movement.
- Trim clips so they cut on the action, not at the end of the generation.
Step 7: Review, retime and decide what to render for real
Watch the cut with someone who hasn’t read the script. Note where they lean in, where they get lost and where they check their phone. Fix the timing in the editor first, and rewrite or reorder shots in the storyboard if needed.
When it plays well, it becomes your render list. You know exactly which shots exist, how long each one runs and which need motion, so the expensive final generations only go to shots that made the cut.
What a 60-second AI animatic costs in credits
Using the The Last Train example (12 shots, 4 animated):
| Item | Credits |
|---|---|
| Script Wizard: concepts, outline, script | 45 |
| Elements extracted from the script (optional) | 55 |
| 12 storyboard frames, GPT Image 2.5 Sunburst at Low | 60–72 |
| 4 image-to-video clips, Seedance 2.5, 4 s at 480p | 320 |
| Scratch dialogue (about 500 characters) and 3 sound effects | 95 |
| Total | about 520–590 |
That’s about a third of the Plus plan’s 1,800 monthly credits. On Basic (700 credits), the same flow with Kling 3.0 Standard clips is tight, so animate two or three shots instead of four. The free Lite plan’s 50 one-time credits are enough to try the Script Wizard or about eight rough frames, but it doesn’t include video or export.
Animatic software and previs tools compared
| Tool | What it does for animatics or previs | Built-in timeline? | Best for |
|---|---|---|---|
| CinemaDrop | Script Wizard, consistent Elements, AI storyboard frames, image-to-video on chosen shots, per-shot speech, SFX and music fields; ZIP export | No: time the cut in an editor | Making the panels and clips for an AI animatic from a script |
| Boords | Switches a storyboard to an animatic with one click; add audio, time frames, share for feedback, export MP4 (Boords’ guide) | Yes | Teams that draw or upload boards and need client review |
| Toon Boom Storyboard Pro | Timeline view where panels start at one second each; add sound, animate camera moves and layers, add transitions (Toon Boom docs) | Yes | Professional 2D animation storyboarding |
| Previs Pro 3 | iPad storyboarding and previs app; added timed animatics with sound effects and audio tracks in 2025, plus a free edition (10 projects, 10 shots each) | Yes | Directors planning live-action shots with virtual cameras |
| LTX Studio | Says it generates storyboard frames from a script and lets you set shot duration and camera moves, then preview with audio | Yes, per LTX | All-in-one AI previews |
| CapCut, Premiere Pro, DaVinci Resolve | Video editors: timing, scratch audio, keyframed pans and zooms | Yes | The final timing pass |
| 3D tools and game engines (Blender, Unreal) | True 3D previs with virtual cameras and real lens data | Yes | Stunts, VFX and techvis |
If you already have drawn boards, a dedicated tool or an editor is enough. If you’re starting from a script and can’t draw, AI handles the slowest part, the panels, and an editor handles the timing.
Tips for a better rough cut
- Time it to the audio first. Lay dialogue and music before the pictures. Pacing comes from sound.
- Hold shots longer than feels right. Viewers need a beat to read a new frame. Short holds that work in your head feel frantic on screen.
- Keep the style rough. Polished frames invite notes on costume colors instead of story. Rough frames get notes on what matters.
- Show movement simply. Arrows, a second panel or a slow push-in are enough. Save real motion for the shots that need it.
- Watch screen direction. If Mara runs left to right in shot 4, she shouldn’t run right to left in shot 5 unless she turned around. AI frames make this easy to miss.
- Number and version everything. Shot numbers that match your storyboard, and a version number on every export, keep notes clear.
- Test it on a stranger. If someone who hasn’t read the script can tell you what happened, it works.
- Use it as your render list. Only shots that survive the rough cut get final-quality generations or a shoot day.
If you’re planning a whole production, our overview of the stages of film production shows where animatics and previs fit between script and shoot.
FAQ
Are animatics just storyboards?
No. An animatic uses storyboard images, but adds timing and a soundtrack, and plays as video. A storyboard shows each shot; the animatic shows how the shots play together over time.
What’s the difference between an animatic and animation?
An animatic is a rough draft made of still panels or simple moves, used to plan timing. Animation is the finished movement, with every frame drawn, rendered or generated.
What is the purpose of an animatic?
To test pacing, story clarity and sound before you commit to expensive production, and to give the whole team one version to agree on.
Do animatics have sound?
Usually, yes. Scratch dialogue, temp music and key sound effects are what turn a slideshow of panels into a timing test.
What do people use for animatics?
Video editors like CapCut, Premiere Pro and DaVinci Resolve; dedicated tools like Toon Boom Storyboard Pro, Boords and Previs Pro; and AI tools like CinemaDrop to generate the panels and clips.
How long does it take to make an animatic?
It depends on the length of the piece and whether the panels exist yet. Timing finished boards to a scratch track is the quick part; making the panels and recording dialogue take longer. AI shortens the panel step the most. At feature scale the work continues through production: Pixar’s story team re-screens its reels every couple of months.
Can AI make an animatic?
AI can make most of the parts: storyboard frames from a script, short clips from those frames, and scratch voice and sound effects. You still need to time the shots and judge the story yourself, usually in an editor.
How do you make an animatic on mobile?
Use a mobile editor such as CapCut to time panels to audio, or Previs Pro on an iPad. CinemaDrop is a web app, so it runs in a phone’s browser, though a bigger screen makes storyboarding easier.
Is it previs or previz?
Both spellings are used for previsualization. The Visual Effects Society’s glossary uses “previs”.
What does a previs artist do?
A previs artist builds rough 3D versions of shots, including sets, characters and cameras, so the director and crew can plan staging, camera moves and timing before the shoot. Some also make techvis (technical layouts) and postvis (temporary effects in real footage).
Start with a script, not a drawing
You don’t need to draw to make an animatic anymore, but you do need a plan. Write your scenes in the CinemaDrop Script Wizard, turn them into a storyboard with consistent Elements, animate the few shots that need motion, and time the cut in your editor. You can start free; video starts on Basic at $8 a month, and Seedance 2.5 is on Plus. See plans.


