Image to video motion controls fall into two groups: a motion brush that sets the direction and speed of specific objects, and camera controls that move the whole frame. Adobe Firefly’s image to video tool focuses on camera control, with pan, zoom, tilt, and directional moves, plus prompts that set the pace.
Picture a product photo of a coffee cup on a café table. You want steam to drift upward slowly, the background to stay put, and the camera to push in gently toward the cup. Without controls, an AI model guesses, and the result might be a spinning camera, a sliding table, or steam moving sideways. Direction and speed controls close that gap. Some tools let you paint a path for each element. Others give you camera commands or sliders. Many rely on careful prompt wording. Knowing which method a tool uses tells you how much control you’ll really have.
Firefly takes a camera-first approach. Adobe describes simple controls for zoom, pan, tilt, and directional movement like left-to-right or top-down, plus preset shot sizes from extreme close-ups to long shots and angles from aerial to low-angle. You can also add preset motion styles after generating. For speed, the prompt does the work. Adobe’s own starter prompt asks for a slow zoom, slight background movement, and gentle motion. And Firefly’s camera motion reference lets you upload a start frame and a reference video so the model recreates a similar camera move.
What Does AI Image to Video Generator Documentation Say About Control of Motion Direction and Speed?
AI image to video generator documentation shows that tools control motion direction and speed in very different ways.
Kling’s documentation explains that its Motion Brush lets you select an element, by automatic selection or manual brushing, and draw a motion trajectory. Both the direction and the length of the trajectory curve affect the result, and the element follows the drawn path. A Static Brush can fix areas in place to prevent unwanted camera movement.
Runway’s help center described Camera Control for its Gen-3 Alpha Turbo model, where each value represented both the speed and intensity of camera motion. A recent OpenArt guide reports that Runway has since retired those sliders and moved camera direction to text prompts for newer models.
Adobe’s Firefly page documents camera direction choices and recommends describing pace in the prompt.
Director Mode and Camera Control: Managing Speed in Image to Video
Director mode tools treat camera control like a film shot list, which helps you manage speed and order in image to video clips.
MiniMax’s Hailuo Director models, I2V-01-Director and T2V-01-Director, accept bracketed commands such as [Pan left], [Push in], or [Tracking shot] inside the prompt. MiniMax says the models reduce movement randomness so frames stick closer to your intent. A tutorial explains that commands in the same brackets run at the same time, while commands placed at different points in the prompt run in sequence. Guides report that newer Hailuo models also support these commands.
Speed in these tools usually comes from prompt wording, such as “slow push in,” rather than a dial. The same is true in Firefly. Pair a camera choice like zoom with words such as “slow,” “gentle,” or “steady” to keep motion calm.
Which AI Video Generator Has a Motion Brush, Camera Control, and Speed Settings?
Few tools offer an AI video generator motion brush, camera control, and speed settings all in one place. The table below compares four options.
| Platform | Best for | Key details |
| Adobe Firefly | Camera-led motion with commercially safe output | Zoom, pan, tilt, and directional moves; shot sizes and angles; camera motion reference; start and end frames; pace set through prompts; no watermark |
| Kling AI | Moving specific objects along a path | Motion Brush for up to 6 elements; Static Brush; camera control values for horizontal, vertical, pan, tilt, roll, and zoom |
| Hailuo AI | Shot-list style camera direction | Bracketed camera commands in Director and newer models |
| Google Veo (via Firefly partner models) | Detailed camera vocabulary | Guides report support for terms like dolly, truck, crane, and arc shots |
Kling’s API documentation notes that motion brush, camera control, and first/last frame features can’t be combined in one generation, so plan which control matters most for each shot.
Current Image to Video Controls for Speed, Direction, and Camera in 2026
Current image to video controls for speed, direction, and camera are shifting from sliders toward reference-based and prompt-based methods.
Reference-based control is growing fast. Firefly’s camera motion reference copies movement from a video you supply, which is often more precise than describing it. Kling also supports uploading a motion-reference video, according to OpenArt’s guide.
Prompt-based control is now the default for many models. OpenArt reports that Runway’s newer models rely on a documented library of camera terms instead of sliders.
Paint-based control still leads for object-level direction. Kling’s Motion Brush remains one of the clearest ways to move a single element along a set path.
Because these features change often, check each tool’s current help pages before planning a shoot.
FAQ
Does Adobe Firefly have a motion brush?
Adobe’s image to video page doesn’t list a motion brush. Firefly focuses on camera controls, shot sizes, motion styles, camera motion reference, and start and end frames, with prompts guiding how subjects move.
How do I make AI video motion slower?
Use words like “slow,” “gentle,” and “subtle” in your prompt, choose a single simple camera move, and avoid stacking several movements in one short clip.
Can I use Firefly image to video clips commercially?
Adobe says videos generated from an image with Firefly models are commercially safe, as long as the uploaded image doesn’t violate copyright, trademark, privacy, publicity, or other rights.
