Free Storyboard Template and Shot List Guide (2026)

What is a storyboard template, and why do you need a shot list with it?#

A storyboard template provides visual framing panels for key narrative beats, while a shot list template organizes all 8 essential production parameters—such as shot size, camera motion, and duration—into a schedule your crew can execute.

As production resource [SetStuff](https://setstuff.com/en/templates/shot-list-storyboard-template) notes, a shot list says which shots a scene needs, whereas a storyboard shows what they look like. Filmmaking templates from [CREA Journal](https://crea.website/en/journal/storyboard-template-free) demonstrate that while small productions often draft a shot list first, complex narrative scenes require both documents to ensure framing, continuity, and lighting setups align.

When working with an ai storyboard generator or building shots manually, relying on a storyboard alone creates blind spots. A storyboard panel illustrates a tense medium close-up, but it does not specify whether the camera tracks backward on a 35mm lens, records wild audio, or requires 4 seconds of screen time. Combining both formats into an integrated table gives you total control over the production.

What free storyboard template and shot list can you copy right now?#

This free 8-column storyboard template and shot list organizes 6 sequential shots for a vertical short-drama scene, giving directors and AI creators an exact blueprint for camera angles, action, and sound cues.

Below is the blank 8-column template layout. You can copy this markdown table directly into your notes, export it to Google Sheets or Excel, or paste it straight into a text card on your canvas.

To see how this works in practice, review the filled 6-shot example below. This scene depicts Shot 1 through Shot 6 of the opening suspense sequence in Rainy Night Convenience Store, staged specifically for 9:16 vertical short drama:

As noted in production templates by [Storiara](https://storiara.com/templates/storyboard) and [iFILMthings](https://ifilmthings.com/shot-list-template/), shots are grouped by scene number and setup letter (01A, 01B). Marking priority (A, B, C) ensures that if shooting time runs short or render credits need preserving, priority C insert shots can be trimmed without breaking the narrative spine.

How do you fill out every column in a storyboard and shot list template?#

Filling out an 8-column storyboard template requires defining 3 visual camera specifications—shot size, angle, and camera motion—alongside precise action, dialogue, and timing metadata.

Each column in your production template serves a distinct logistical purpose. Understanding these definitions prevents ambiguity when handing boards to crew members or writing prompts for video models:

• Shot #: The identifier connecting your script beat to the storyboard panel, camera slate, and project files. Following standard film conventions documented by [Cinemagiq](https://cinemagiq.com/resources/shot-list-template), number shots by scene and setup (such as 01A, 01B) rather than renumbering across an entire 50-scene project. If you cut a shot later, only that specific scene's letters shift.
• Duration (s): The estimated screen time in seconds. For vertical micro-dramas and mobile ads, shots typically run between 2 and 6 seconds. Tracking durations ensures your sequence fits target delivery windows before generating media.
• Shot size: The camera's framing proximity relative to the subject. Use standard abbreviations:
• EWS (Extreme Wide Shot): The environment dominates; characters appear tiny or invisible. Used for world-building and establishing geography.
• WS (Wide Shot): The character's full body is visible from head to toe within the setting.
• MS (Medium Shot): Characters framed from the waist up. Balances subject action with immediate physical surroundings.
• MCU (Medium Close-Up): Framed from chest to head. Standard for dialogue exchanges.
• CU (Close-Up): The character's face fills the frame, capturing subtle emotional reactions.
• ECU (Extreme Close-Up): Isolates a specific feature, such as eyes or trembling fingers.
• OTS (Over-the-Shoulder): Camera looks past one character's shoulder toward another subject.
• POV (Point-of-View): Shows exactly what the character sees through their own eyes.
• INS (Insert): A standalone detail or prop shot (a ticking clock, a dropped key) cut into a larger scene.
• Camera move: The mechanical trajectory of the lens during the shot. Avoid combining multiple complex moves in a single short shot:
• Static: Camera locked off on a tripod with zero movement.
• Pan: Camera pivots horizontally left or right from a fixed point.
• Tilt: Camera pivots vertically up or down from a fixed point.
• Push-in / Dolly in: Camera moves physically forward toward the subject, heightening tension.
• Pull-out: Camera moves physically backward, revealing surrounding context.
• Tracking: Camera moves alongside a walking subject, maintaining uniform distance.
• Handheld: Subtle organic drift, providing gritty realism and immediacy.
• Action description: A single present-tense sentence describing what physical movement occurs in the frame. Keep descriptions visual and objective; write "slams coins onto counter" rather than "feels desperate."
• Dialogue & sound: Spoken dialogue lines, voiceover narration, and essential sound effects (foley). Mark whether audio is sync (recorded live with picture), wild (recorded separately for atmosphere), or MOS (shot without sound).
• Reference asset: The upstream character turnaround card, environment still, or wardrobe image that the shot must match. In AI production, referencing a consistent keyframe still prevents character drifting between angles.
• Notes & priority: Operational details, such as lighting cues, lens focal lengths (e.g., 24mm wide vs. 85mm portrait), and A/B/C priority rankings for schedule management.

How do you safely frame vertical 9:16 storyboards for mobile screens?#

Vertical 9:16 storyboards should keep faces, props and on-screen text away from the top, bottom and right edges, because app overlays cover those areas.

When framing for TikTok, Instagram Reels, YouTube Shorts, or dedicated short-drama platforms, the full 1080×1920 pixel canvas is never 100% visible to the viewer. App navigation bars, username badges, audio titles, and interactive buttons obscure significant portions of the display:

Overlay positions differ by app and update often; check your target platform's own safe-zone guide before final delivery.

As illustrated in drawing guides by [CREA Journal](https://crea.website/en/journal/how-to-write-a-storyboard), sketching stick figures and rough frames requires establishing the camera height first. Draw a light horizon line across your vertical box: placing the horizon through characters' eyes indicates an eye-level camera, placing it near their knees creates a low-angle power dynamic, and placing it above their heads renders a vulnerable high-angle shot. Add a small nose tick to character ovals to verify eyelines cut together cleanly without breaking the 180-degree rule.

How do you turn a script into an AI storyboard on DramaCanvas?#

The Storyboard script node on DramaCanvas transforms written text into 5 or more structured shot rows across an interactive 920×360 table card.

Rather than manually creating and connecting dozen individual cards by hand, DramaCanvas provides dedicated script-to-board tooling built directly into its infinite workspace. Follow these four steps to generate and stage your visual sequence:

Step 1: Add a Storyboard script node and input your scene outline

Click Add node on the bottom dock (or right-click open canvas space) and choose Storyboard script. A wide 920×360 card drops onto your coordinates. The card displays a table structure with columns for shot number, duration, camera motion prompt, dialogue, and reference media. Because breaking down a narrative requires linguistic reasoning, only text models appear in the model picker along the bottom dock.

Double-click the outline input box at the bottom of the card, paste your complete scene premise or script beat, and select your preferred text model.

Scene 1: Midnight heavy rain at a 24-hour convenience store. A soaked young man in a dripping black hoodie bursts through the glass door clutching coins, terrified. He checks over his shoulder into the dark street, gasping for breath. The clerk watches in silence under cold fluorescent tubes. Outside the storefront, a dark silhouette pauses under the streetlamp.

Step 2: Generate and adjust shot rows across your sequence

Click the Generate storyboard button in the bottom dock of the card (or press Ctrl/⌘+Enter). The text model analyzes your narrative outline and populates the table with sequential shot rows, assigning framing prompts, timing, and dialogue lines automatically.

Review the generated rows. Click Add row to insert coverage angles, or click Delete shot to remove redundant beats (the delete button disables automatically when only one row remains). Adjust individual shot durations between 1 and 60 seconds (new rows default to 6 seconds). Click Edit full screen in the card toolbar if you prefer writing and editing inside an expanded script editor.

Step 3: Render keyframes with "Generate unfinished storyboard images"

Open the Storyboard script card menu and click Generate unfinished storyboard images. The system processes each row in parallel, rendering keyframe stills directly within the table's reference column.

9:16 vertical realistic medium shot. Midnight heavy rain at a 24-hour convenience store entrance. Soaked 20s man in dripping black hoodie stands inside glass door clutching coins, glancing back over his shoulder into dark street. Pale fluorescent ceiling lights illuminate his profile, casting cold reflections on wet floor tiles.

If individual stills fail during batch generation, the card displays a Retry failed items button in its header. Clicking this button reschedules only the specific failed items without re-rendering completed stills.

Step 4: Generate video clips and unpack standalone cards

Once your visual style is locked across all keyframe stills, click Generate unfinished videos in the card menu to submit video generation tasks for each row. When at least two video shots finish rendering, the Merge videos button unlocks, enabling you to compile the separate takes into a single continuous video clip.

9:16 vertical realistic medium shot with slight low angle pushing forward smoothly. Continuing from start frame: young man in black hoodie halts near counter, chest heaving with ragged breaths. Right hand grips coins tightly as his head turns vigilantly toward rainy street outside. Raindrops slide off his hood under steady pale fluorescent lighting.

If you want to edit shots individually, click Create image nodes or Create video nodes in the card toolbar. This unpacks the table rows into independent cards across the canvas, where you can connect character reference sheets, branch alternate camera angles, or rewire start frames.

Developers and automated pipelines can also generate boards and query assets through the DramaCanvas MCP server interface.

How much does AI storyboard and video generation cost on DramaCanvas?#

Designing storyboard layouts and connecting nodes costs zero credits, with cloud video rendering starting at 6 credits per second ($0.16/s) on Wan 3.0 at 480p up to 74 credits per second ($2.00/s) on Seedance 2.5 at 1080p.

DramaCanvas operates on a straightforward credit system. Standard paid plans are priced at $29.90 per month for 1,100 credits, establishing an operating cost of approximately $0.027 per credit. Adding text cards, arranging frames, and wiring storyboard nodes consume zero credits; charges apply strictly when submitting generation tasks to cloud models. If a generation task fails due to platform or network errors, credits are refunded automatically to your balance.

The table below outlines credit consumption and estimated dollar costs across all video models available on DramaCanvas:

Credits checked on DramaCanvas on 2026-11-04.

Note on retired models: OpenAI shut down Sora 2 models and its Videos API on 2026-09-24 (following the Sora web application retirement on 2026-04-26). As a result, Sora 2 is not available on DramaCanvas; creators migrating legacy workflows can explore production options in our guide to Sora alternatives.

For a typical 6-shot scene rendering at 720p resolution for 5 seconds per clip (30 total seconds of video):

• Rendering on Kling 4 consumes 210 credits (30 s × 7 credits/s ≈ $5.67).
• Rendering on Wan 3.0 consumes 360 credits (30 s × 12 credits/s ≈ $9.72).
• Rendering on Seedance 2.0 consumes 600 credits (30 s × 20 credits/s ≈ $16.20).
• Rendering on Seedance 2.5 consumes 900 credits (30 s × 30 credits/s ≈ $24.30).

Generating initial image stills inside the Storyboard script card allows you to verify visual framing and wardrobe continuity before committing credits to final video rendering.

When is a storyboard template the wrong tool?#

A formal storyboard template is the wrong tool for single-prompt image tests, rapid 1-shot visual experiments, or documentary coverage where scenes cannot be planned in advance.

Drafting a full 8-column storyboard spreadsheet or populating multi-shot rows introduces unnecessary friction when you only want to test a lighting prompt or generate a one-off character portrait. In those scenarios, dropping a single Image node onto the canvas and iterating directly inside its parameter box produces faster results.

Similarly, grouping dozens of unrelated concept sketches onto a single storyboard card creates visual clutter. When projects contain distinct scene locations or unlinked creative premises, keeping each scene inside its own canvas maintains clean organization.