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FREE PROMPT STUDIO

Free AI Video Prompt Generator for Seedance, Veo, Kling & Sora

Turn one creative brief into an exact timeline, effects plan, density map, and energy arc. Free in the app — sign in and generate.

Build a prompt
A prompt with a production plan

Steam reveal

Slow dolly forward, 50mm lens. The cup moves into center frame.

Logo finish

Locked hold, 85mm lens. The mark turns to camera and settles.

ARC

Quiet discovery builds into a deliberate brand resolve.

Prompt controls

Build the director brief

Write a brief to generate

0 / 5,000

Reference photos

Up to 4 photos, about 14 MB together.

0/4

Wide anamorphic-leaning framing, controlled three-point lighting with a warm key and cool rim, teal-leaning shadow grade.

Signature effect

Turn effects on to reserve one for a signature moment.

Director output

Four-part production prompt

Your exact timeline appears here

The result includes every shot, the effect inventory, a density map, and the complete energy arc.

One paste-ready plan

What you get — 4-section director-style prompts for Seedance, Veo, Kling & Sora

A four-section director-style prompt gives you a shot timeline, effects inventory, density map, and energy arc in one paste-ready plan.

Pasting all four sections gives Seedance, Veo, Kling, or Sora both shot-level instructions and the pacing logic that connects them, which helps multi-shot renders follow one coherent direction.

SHOT TIMELINE: 0:00 TO END0:00SHOT 1SHOT 2ENDEFFECTS INVENTORYSignature moments onlyDENSITY MAPTreatment over timeENERGY ARCPace and intensity
The four blocks travel together: exact shot timing leads, while the effects inventory, density map, and energy arc keep the complete video coherent.

Three steps

How the free AI video prompt generator works

Give the planner the creative choices only you can make. It handles the timing contract around them.

  1. Write the brief

    Name the subject, action, setting, and final beat. Use the translate button if your working brief is not in English.

  2. Lock the craft

    Choose the exact duration, output length, visual style, and an optional signature effect. Add references only when they matter.

  3. Copy or render

    Copy all four sections by default, or send the full result into Cinema to choose a model and see the live credit price.

Build a prompt
4
director sections
300s
maximum timeline
4
reference photos

Seedance workflow

How to use it as a Seedance prompt generator

A Seedance prompt works best when each shot has exact timecodes, one visible action, and a camera instruction that names movement, lens, and angle.

Use the complete four-section output for a multi-shot plan, or copy Section 1 alone when a shorter generation prompt follows the model more reliably.

Prompt craft

How to write a stronger Veo, Sora & Kling prompt

A strong Veo, Sora, or Kling prompt keeps every shot within a practical length limit and gives each beat a precise start and end time; this generator caps individual shots at 30 seconds.

One locked visual style and a concrete camera line in every shot reduce drift: name movement, lens or focal length, and camera angle or height, then describe only action that can be seen.

Three miniature outputs

Example AI video prompts (built by this generator)

Worked example 1

BRIEF — 10s coffee reveal: steam exposes a ceramic cup; end on the logo. Locked style: warm natural product photography.

Show full prompt
1

SHOT-BY-SHOT TIMELINE

0:00 - 0:04

Steam reveal

  • STYLE LAYER: Amber window light catches the steam above the matte cup.
  • ACTION: Steam parts as the cup slides into the center of frame.
  • CAMERA: Slow dolly forward, 50mm lens, tabletop height.
  • SPEED: Steady against real time.
  • TRANSITION: Match cut on the cup rim into the closing detail.
0:04 - 0:10

Logo finish

  • STYLE LAYER: Soft contrast keeps the glaze and embossed mark tactile.
  • ACTION: A hand rotates the cup until the logo faces camera, then stops.
  • CAMERA: Locked-off hold, 85mm lens, eye-level with the logo.
  • SPEED: Slowed slightly against the hand turn.
  • TRANSITION: Hold on the centered logo to end.
2

MASTER EFFECTS INVENTORY

FX

1

No optional effects selected.

3

EFFECTS DENSITY MAP

MAP

0:00–0:10 restrained; natural steam and the hand turn carry the reveal.

4

ENERGY ARC

ARC

ACT 1 [0:00–0:04] quiet discovery; ACT 2 [0:04–0:10] deliberate brand resolve.

Worked example 2

BRIEF — 12s night runner: use @image1 for the athlete; finish at the bridge crest. Locked style: cool high-contrast street photography.

Show full prompt
1

SHOT-BY-SHOT TIMELINE

0:00 - 0:05

First stride

  • STYLE LAYER: Cool streetlight edges the runner against deep blue shadows.
  • REFERENCE: @image1 supplies the athlete, clothing, and facial features.
  • ACTION: The runner pushes from a standstill into a fast first stride.
  • CAMERA: Side tracking move, 35mm lens, waist height.
  • SPEED: Ramped from stillness to real time against the push-off.
  • TRANSITION: Whip pan with the runner into the uphill angle.
0:05 - 0:12

Crest the bridge

  • STYLE LAYER: Hard pools of light repeat across the wet pavement.
  • REFERENCE: @image1 keeps the athlete and clothing consistent.
  • ACTION: The runner climbs the final meters and breaks across the bridge crest.
  • CAMERA: Backward crane rise, 28mm lens, low angle moving to eye height.
  • SPEED: Steady against the climb, then slowed on the final step.
  • TRANSITION: Cut to black as the foot lands beyond the crest.
2

MASTER EFFECTS INVENTORY

FX

1

No optional effects selected.

3

EFFECTS DENSITY MAP

MAP

0:00–0:05 moderate motion; 0:05–0:12 restrained finish with one held landing.

4

ENERGY ARC

ARC

ACT 1 [0:00–0:05] sudden launch; ACT 2 [0:05–0:12] sustained climb and release.

Worked example 3

BRIEF — 15s paper bird: a folded bird takes flight across a desk; end beside a handwritten note. Locked style: soft daylight stop-motion texture.

Show full prompt
1

SHOT-BY-SHOT TIMELINE

0:00 - 0:07

Fold comes alive

  • STYLE LAYER: Diffused daylight reveals paper fibers and gentle frame-to-frame texture.
  • EFFECT: Paper-fold transformation creases the flat sheet into a bird at 0:03.
  • ACTION: The sheet folds itself into a bird, lifts, and clears the pencil cup.
  • CAMERA: Short arc move, 40mm lens, desk height.
  • SPEED: Accelerated against the folds, then steady against the lift.
  • TRANSITION: Follow the wing across frame into the wider desk view.
0:07 - 0:15

Note landing

  • STYLE LAYER: Pale window light holds the same soft paper texture across the desk.
  • ACTION: The bird crosses the desk, circles once, and lands beside the note.
  • CAMERA: Gentle pan left, 50mm lens, high three-quarter angle.
  • SPEED: Steady against the flight, slowed against the landing.
  • TRANSITION: Hold on the bird and handwritten note to end.
2

MASTER EFFECTS INVENTORY

FX

1

Paper-fold transformation — turns the sheet into the bird at 0:03 only.

3

EFFECTS DENSITY MAP

MAP

0:00–0:04 signature transformation peak; 0:04–0:15 restrained physical flight and landing.

4

ENERGY ARC

ARC

ACT 1 [0:00–0:07] curiosity becomes lift; ACT 2 [0:07–0:15] playful travel settles into a quiet message.

Straight answers

AI video prompt generator FAQ

Last updated September 1, 2026

Can I use this as a Seedance prompt generator?

Yes, this free tool works as a Seedance prompt generator by turning a brief into exact timecodes, observable action, camera direction, and a locked visual style. Its timeline keeps every individual shot at 30 seconds or less so each shot can be rendered separately when a plan runs longer.

Does this also work as a Veo 3, Sora, and Kling prompt generator?

Yes, the same structured output can be used as a Veo 3, Sora, or Kling prompt. Copy all four sections for complete multi-shot direction, or use Section 1 alone when a model follows a shorter prompt more reliably.

How do I structure a shot-by-shot timeline?

A shot-by-shot timeline is written as a sequence of individual shots with exact timecodes, not one long continuous instruction. It starts at 0:00 and ends at your exact target duration, with every individual shot capped at 30 seconds or less — so a 90-second video is written as three or more consecutive shots, each with its own start and end timecode, rather than one 90-second block. To structure one: first write the brief — name the subject, the action, the setting, and the final beat you want the video to land on. Then lock the choices that apply across every shot: the exact total duration, the visual style, which stays locked through the whole timeline, and any optional signature effect, reserved for the moments that matter most rather than used throughout. The result copies as four sections — shot timeline, effects inventory, density map, and energy arc — so a model like Seedance, Veo, or Kling gets both the per-shot timing and the pacing that connects the shots into one coherent piece.

What is a 4-section video prompt?

A 4-section video prompt is a complete, timecoded AI video prompt split into four parts that work together as one paste-ready output. Section 1, the shot timeline, is the core generation prompt: it starts at 0:00, ends at the exact duration you set, and keeps every individual shot at 30 seconds or less. Section 2, the effects inventory, lists only the optional effects you've chosen, reserved for signature moments rather than applied throughout. Section 3, the density map, and Section 4, the energy arc, explain how the piece changes pace and intensity over time, so a model like Seedance, Veo, or Kling can keep the pacing consistent across multiple shots. One visual style stays locked through every shot across all four sections. The sections are meant to be copied and pasted together — using only Section 1 works for models that perform better with shorter prompts, but the full four-section output gives the model the most complete creative direction for longer or multi-shot videos.

How long can a Seedance shot be?

A single shot in a Seedance prompt can run up to 30 seconds — the timeline automatically keeps every shot at or under that limit when it's built. This cap applies per shot, not per video: the full timeline can run up to 300 seconds total, made up of multiple 30-second-or-shorter shots stitched together with exact timecodes running from 0:00 to your target duration. When the prompt is sent to render, each clip renders at up to 30 seconds at a time, so a plan longer than 30 seconds needs to be rendered shot by shot rather than as one continuous generation. This matches how Seedance and similar models handle duration limits in practice: shorter, well-defined shots keep motion, camera work, and subject consistency more reliable than one long uncut take. If a moment needs to feel longer on screen, the timeline breaks it into consecutive shots that read as one continuous scene, instead of asking the model for a single shot past 30 seconds.

Can I upload a reference photo to guide the video's style?

Yes, you can upload as many as four reference photos to guide the subject, setting, wardrobe, light, or overall look. The generated prompt names only the attached photos so the written direction stays tied to real inputs.

Do reference labels appear without uploads?

No, reference labels do not appear when you have not uploaded a photo. The planner adds @image labels only for files you actually attach and otherwise writes a purely text-driven prompt.

Is this video prompt generator free, and do I need to sign up?

The AI video prompt generator is free to use with a free account. Sign-up takes seconds, and no card is required. After signing in, you can write a brief, add reference photos, generate the four-section plan, and copy it directly from the page.

Does “Render this” start a paid generation?

No — “Render this” opens Cinema with the prompt, where you pick a model and see the price first. A paid generation starts only after you choose a priced option and confirm the render.

What's the difference between a video prompt generator and a text-to-video generator?

A video prompt generator writes the production instructions for a video but does not render the pixels itself. A text-to-video generator takes written instructions and uses a video model to produce the actual clip.