Slow Dolly In Camera Movement Prompt
CAMERA: SLOW DOLLY IN. Keep the subject centered and consistent while the camera performs a controlled slow dolly in with cinematic timing, stable composition, natural parallax, and no sudden warping.
Build intentional AI video shots with precise camera direction. Choose a named movement, define speed and framing, then use image-to-video for an uploaded still or text-to-video for a scene created from words.
Start with the subject, add the camera motion, then review timing and constraints before rendering.
Describe the scene or upload a still image to establish the subject and composition.
Choose dolly, tracking, crane, orbit, reveal, focus, or handheld motion and define how it should travel.
Check timing, stability, and subject-preservation notes, then generate the AI video shot.
CAMERA: SLOW DOLLY IN. Keep the subject centered and consistent while the camera performs a controlled slow dolly in with cinematic timing, stable composition, natural parallax, and no sudden warping.
CAMERA: FAST DOLLY IN. Keep the subject centered and consistent while the camera performs a controlled fast dolly in with cinematic timing, stable composition, natural parallax, and no sudden warping.
CAMERA: DOLLY ZOOM. Keep the subject centered and consistent while the camera performs a controlled dolly zoom with cinematic timing, stable composition, natural parallax, and no sudden warping.
CAMERA: SIDE TRACKING SHOT. Keep the subject centered and consistent while the camera performs a controlled side tracking shot with cinematic timing, stable composition, natural parallax, and no sudden warping.
CAMERA: OVER-THE-SHOULDER MOVE. Keep the subject centered and consistent while the camera performs a controlled over-the-shoulder move with cinematic timing, stable composition, natural parallax, and no sudden warping.
CAMERA: REVEAL FROM BEHIND. Keep the subject centered and consistent while the camera performs a controlled reveal from behind with cinematic timing, stable composition, natural parallax, and no sudden warping.
CAMERA: RACK FOCUS. Keep the subject centered and consistent while the camera performs a controlled rack focus with cinematic timing, stable composition, natural parallax, and no sudden warping.
CAMERA: TILT UP. Keep the subject centered and consistent while the camera performs a controlled tilt up with cinematic timing, stable composition, natural parallax, and no sudden warping.
CAMERA: TRUCK RIGHT. Keep the subject centered and consistent while the camera performs a controlled truck right with cinematic timing, stable composition, natural parallax, and no sudden warping.
CAMERA: FAST 360 ORBIT. Keep the subject centered and consistent while the camera performs a controlled fast 360 orbit with cinematic timing, stable composition, natural parallax, and no sudden warping.
CAMERA: PEDESTAL UP. Keep the subject centered and consistent while the camera performs a controlled pedestal up with cinematic timing, stable composition, natural parallax, and no sudden warping.
CAMERA: CRANE DOWN. Keep the subject centered and consistent while the camera performs a controlled crane down with cinematic timing, stable composition, natural parallax, and no sudden warping.
CAMERA: SMOOTH OPTICAL ZOOM IN. Keep the subject centered and consistent while the camera performs a controlled smooth optical zoom in with cinematic timing, stable composition, natural parallax, and no sudden warping.
CAMERA: SNAP ZOOM. Keep the subject centered and consistent while the camera performs a controlled snap zoom with cinematic timing, stable composition, natural parallax, and no sudden warping.
CAMERA: EPIC DRONE REVEAL. Keep the subject centered and consistent while the camera performs a controlled epic drone reveal with cinematic timing, stable composition, natural parallax, and no sudden warping.
CAMERA: TOP-DOWN VIEW. Keep the subject centered and consistent while the camera performs a controlled top-down view with cinematic timing, stable composition, natural parallax, and no sudden warping.
CAMERA: WHIP PAN. Keep the subject centered and consistent while the camera performs a controlled whip pan with cinematic timing, stable composition, natural parallax, and no sudden warping.
CAMERA: FOLLOWING SHOT. Keep the subject centered and consistent while the camera performs a controlled following shot with cinematic timing, stable composition, natural parallax, and no sudden warping.
CAMERA: HANDHELD PUSH-IN. Keep the subject centered and consistent while the camera performs a controlled handheld push-in with cinematic timing, stable composition, natural parallax, and no sudden warping.
CAMERA: REVERSE DOLLY OUT. Keep the subject centered and consistent while the camera performs a controlled reverse dolly out with cinematic timing, stable composition, natural parallax, and no sudden warping.
CAMERA: LATERAL TRACKING. Keep the subject centered and consistent while the camera performs a controlled lateral tracking with cinematic timing, stable composition, natural parallax, and no sudden warping.
CAMERA: LOW-ANGLE TILT UP. Keep the subject centered and consistent while the camera performs a controlled low-angle tilt up with cinematic timing, stable composition, natural parallax, and no sudden warping.
CAMERA: ARC SHOT. Keep the subject centered and consistent while the camera performs a controlled arc shot with cinematic timing, stable composition, natural parallax, and no sudden warping.
CAMERA: CAMERA PULL BACK. Keep the subject centered and consistent while the camera performs a controlled camera pull back with cinematic timing, stable composition, natural parallax, and no sudden warping.
CAMERA: PUSH-IN TO CLOSE-UP. Keep the subject centered and consistent while the camera performs a controlled push-in to close-up with cinematic timing, stable composition, natural parallax, and no sudden warping.
External AI-video guides consistently recommend putting the camera instruction first, naming one primary move, and separating camera direction from subject action. The examples below synthesize guidance surfaced in Google results from Luma Labs, LetsEnhance, and AIShotStudio.
Turn a written scene and camera movement prompt into a complete AI video shot.
Upload a portrait, character, product image, or finished still and animate it with controlled camera movement.
Combine movement, speed, framing, duration, ratio, resolution, and quality settings before rendering.
Preview the result, then edit, regenerate, enhance, download, or share the video as you refine the shot.
Start with a camera-first instruction such as “CAMERA: slow dolly in toward the subject,” then add speed, framing, duration, and a stability constraint.
Useful examples include “pan right slowly across the scene,” “orbit 360 degrees around the subject,” “crane down from the sky,” and “track alongside the walking subject.”
The best prompts are specific rather than vague: name one movement, direction, speed, framing, and what must remain stable.
Common examples are dolly in, dolly out, pan, tilt, tracking, orbit, crane, rack focus, zoom, whip pan, drone reveal, and handheld.
Put the camera instruction first, use one primary movement, define a moderate speed, and separate camera direction from subject action. Results still vary by model and cannot be guaranteed.
Use image-to-video when preserving an uploaded still matters; use text-to-video when the scene is created from a written description.