In this guide, you’ll find 50+ Flow AI-style command codes for video editing and AI video generation in 2026. These commands are designed as quick prompt shortcuts that can help you describe camera movements, cinematic effects, transitions, perspectives, and creative video sequences more clearly.
Important:
These are community-style prompt commands and shorthand ideas. They are not official Gemini or Google Flow secret commands unless explicitly documented by the respective platform. Their effectiveness can vary depending on the AI video tool, model, interface, and prompt structure you use.
🎬 What Are Flow AI Secret Codes?
“Flow AI secret codes” is a popular way of describing short command-style keywords that can be added to an AI video prompt.
For example:
/zoom
can be used as a shorthand instruction for a zooming camera movement.
Similarly:
/orbit
can describe a camera orbit around a subject, while:
/slowmo
can indicate a slow-motion visual effect.
These shortcuts are useful because they make large collections of video-generation instructions easier to organize and reuse.
How to Use These AI Video Commands
You don't necessarily need to use a command by itself. A better approach is to combine the command with a detailed description of your scene.
Basic Prompt Structure
Command + Subject + Action + Camera Movement + Environment + Lighting + Visual Style
Example:
Command:
/dollyin
Prompt
🎥 Camera Movement & Video Effects
- "/zoom" – Camera zoom effect
- "/zoomout" – Zoom out from the subject
- "/zoomin" – Zoom in toward the subject
- "/dolly" – Smooth camera movement toward or away from the subject
- "/dollyin" – Camera moves smoothly closer to the subject
- "/dollyout" – Camera moves smoothly away from the subject
- "/orbit" – Camera circles around the subject
- "/orbit360" – Full 360-degree camera rotation around the subject
- "/pan" – Horizontal camera movement
- "/tilt" – Vertical camera movement
- "/truck" – Camera moves sideways
- "/pedestal" – Camera moves vertically up or down
- "/crane" – Cinematic crane camera movement
- "/drone" – Aerial drone camera shot
- "/dronefly" – Smooth drone flying movement
- "/droneorbit" – Drone orbiting around the subject
- "/aerial" – High-angle aerial view
- "/fpv" – First-person drone perspective
- "/fpvdrone" – Dynamic FPV drone movement
- "/tracking" – Camera tracks a moving subject
- "/follow" – Camera follows the subject
- "/handheld" – Natural handheld camera movement
- "/steadicam" – Smooth stabilized camera movement
- "/slowmo" – Slow-motion effect
- "/timelapse" – Time-lapse effect
- "/hyperlapse" – Fast-moving time-lapse sequence
- "/speedramp" – Smooth speed-up and slow-down effect
- "/motionblur" – Cinematic motion blur
- "/shakycam" – Intentional handheld camera shake
- "/pov" – Point-of-view camera perspective
- "/firstperson" – First-person perspective
- "/thirdperson" – Third-person perspective
- "/closeup" – Tight close-up shot
- "/wide" – Wide-angle shot
- "/macro" – Extreme close-up detail
- "/rackfocus" – Focus shifts between subjects
- "/focuspull" – Smooth cinematic focus transition
- "/whip" – Fast camera movement
- "/whip-pan" – Rapid horizontal camera pan
- "/spin" – Camera spins around the scene
- "/rotation" – Rotating camera movement
- "/bullet-time" – Frozen-time cinematic action effect
- "/freeze" – Freeze-frame effect
- "/loop" – Seamless repeating motion
- "/reverse" – Plays the motion backward
- "/morph" – Smooth transformation between subjects or scenes
- "/transition" – Cinematic scene transition
- "/glitch" – Digital glitch transition effect
- "/cinematic" – Cinematic movie-style movement and composition
- "/epicshot" – Dramatic high-impact cinematic shot
How to Write Better Gemini AI Video Prompts
Command codes can make prompts easier to organize, but the command alone usually isn't enough to describe a complete video.
For better results, include the following details:
1. Describe the Subject
Tell the AI exactly what should appear in the scene.
Example:
“A young man wearing a black jacket standing beside a vintage car.”
2. Explain the Action
Describe what the subject is doing.
Example:
“He slowly turns toward the camera while the wind moves his jacket.”
3. Add Camera Movement
Use a command such as:
/dollyin
Then explain how the camera should move.
4. Add Lighting
You can describe the lighting as:
- Soft morning light
- Golden-hour sunlight
- Dramatic side lighting
- Neon lighting
- Low-key cinematic lighting
5. Describe the Environment
Add information about the location, weather, background, and atmosphere.
6. Specify the Visual Style
For example:
“Photorealistic, cinematic, detailed, natural skin texture, realistic lighting.”
Tips for Better AI Video Results
Keep the Scene Specific
Instead of writing:
“Make a cool video.”
Try:
“Create a cinematic night-time scene of a sports car driving through a rain-soaked city street, with reflections on the road and soft neon lights in the background.”
Specific descriptions generally give the AI more useful visual information.
Frequently Asked Questions
What are Flow AI secret codes?
Flow AI secret codes are commonly used shorthand command-style keywords for describing camera movements, visual effects, transitions, and video-generation instructions. They should be treated as prompt shortcuts rather than guaranteed hidden platform features.
Are these official Gemini commands?
Not necessarily. The commands in this article are community-style prompt shortcuts and creative instructions. They are not presented as official undocumented Gemini or Google Flow features.
Can I use these commands for AI video generation?
Yes. You can experiment with them as part of natural-language prompts in compatible AI video-generation tools. Results can vary depending on the model and interface.
Can I combine multiple commands?
Yes. Combining compatible commands can help describe a more detailed sequence.
For example:
/dollyin + /slowmo + /cinematic
can be followed by a detailed scene description.
Which command is best for cinematic videos?
There is no single best command for every scene. /cinematic, /dollyin, /orbit, /rackfocus, /slowmo, and /wide can be useful depending on the desired shot.
Can these commands be used for image generation?
Some commands describe camera concepts that are more useful for video, such as tracking or motion. However, related framing and composition instructions can sometimes be adapted for image prompts.
Why does the same prompt produce different results?
AI-generated content can vary because results depend on the model, prompt wording, reference images, generation settings, and other factors. A command is only one part of the complete prompt.
Disclaimer
This article is provided for educational and informational purposes only. The command-style prompts listed here are creative prompt shortcuts and are not claimed to be hidden, secret, or officially supported commands of Google Gemini, Google Flow, or any other AI platform unless explicitly documented by the platform itself.
AI video tools can change their features, models, availability, output quality, and usage policies over time. Results may therefore vary between users and platforms.
Readers should verify the current features, terms of service, pricing, and usage policies of the AI tool they choose to use. We do not guarantee that every command will produce an identical result in every AI video-generation system.
🏁 Final Thoughts
AI video generation is moving quickly, and prompt writing has become an important creative skill. Command-style shortcuts can make it easier to organize camera movements, transitions, perspectives, and visual effects inside a larger prompt.
The best results usually come from combining a simple command with a clear subject, specific action, camera direction, environment, lighting, and visual style.
You don't need to memorize every command. Start with a few useful ones, experiment with different combinations, and adjust your prompts based on the results.
Whether you're creating cinematic scenes, social-media videos, creative experiments, product visuals, or short AI films, these 50+ Flow AI-style video commands can give you a useful starting point for exploring AI-powered video creation in 2026.
