Wan2.2 Fun A14B Control Camera User Guide｜Camera Control via ComfyUI
In this guide, I’ll explain “Wan 2.2 Fun A14B Control Camera”—what it is and how to use it. It’s similar to “Wan 2.2 Fun A14B Control”, but this version stands out because you can control camera motion with dedicated nodes.
Start by running the ComfyUI template to understand the overall workflow, then review the key settings and tuning tips for camera motion.
Wan 2.2 Fun A14B Control Camera Overview
“Wan 2.2 Fun A14B Control Camera” is designed to explicitly control camera behavior (viewpoint, movement, rotation) during generation. Instead of relying only on prompt instructions, you provide a predesigned camera motion as a condition and generate a video.
Supported resolutions are the same as other Fun-series models:[512, 768, 1024].
Like other Wan 2.2 models, video is generated at 16 FPS, up to 80 frames.
ComfyUI Template Walkthrough: “Wan 2.2 14B Fun Camera Control”
First, let’s look at the workflow example for “Wan 2.2 14B Fun Camera Control” in the template library.
Open the template list, then select Video under GENERATION TYPE in the left menu.
You’ll see video-related templates—select “Wan 2.2 14B Fun Camera Control”.
When you open the template, it will show any missing models. Download them as instructed and you can run it as-is. If custom nodes are missing, install them via Install Missing Custom Nodes.
Models Required for “Wan 2.2 14B Fun Camera Control”
This template uses the following models.
Diffusion Model (High) Diffusion Model (Low) Text Encoder VAE Lightning LoRA (High) Lightning LoRA (Low)Input Image for the “Wan 2.2 14B Fun Camera Control” Template
The image used for input is available about halfway down the page linked below—download it.
Nodes in the “Wan 2.2 14B Fun Camera Control” Template
This template includes two workflows: a standard version and a Lightning 4Steps LoRA version. ✅Right after loading, the standard version is selected.
The structure is similar to the “Wan 2.2 14B Fun Control” workflow, so here we’ll focus on the newly added “WanCameraEmbedding” node.
About the WanCameraEmbedding Node
The “WanCameraEmbedding” node sets camera motion. Here’s what each parameter does.
- camera_pose: Selects the camera motion preset.
- width/height: Sets the video size.
- length: Sets the video length in frames.
- speed: Sets the camera motion speed.
- fx/fy: Sets the field of view and perceived depth.
- cx/cy: Sets the camera’s center point.
Camera motion presets are:
- Static
- Pan Up
- Pan Down
- Pan Left
- Pan Right
- Zoom In
- Zoom Out
- Anti Clockwise (ACW)
- Clockwise (CW)
✅For cx/cy, stick with the default 0.5. Moving cx/cy shifts the center point and can make the video more likely to cause motion sickness, depending on the motion.
How to Use the “Wan 2.2 14B Fun Camera Control” Template
Now let’s run the workflow. Here we’ll follow the steps using the Lightning LoRA version as an example.
- Load the downloaded input image into “Load Image”.
- After confirming the model loaded correctly, click “Run” to execute.
After a short wait, you’ll get a video like this.
Result
Customize the Official Workflow
This time as well, we’ll customize the official workflow for practical use. It’s basically the same as the Wan 2.2 Fun workflows published on DCAI. Running this workflow generates a video like the one below.
Workflow Output Example
This workflow is based on the workflow for Wan 2.2 14B Fun Control – Trajectory Control introduced in the previous article. The workflow and input assets are shared on Patreon and are available only to paid supporters.
More Output Examples
Try adjusting the settings in “WanCameraEmbedding” and experiment. Here are a few example outputs.
Example using Zoom In
Example using Pan Up for a drone-shot look
Low-quality example: Adding elements that aren’t in the reference image (a cat, in this case) can produce an unintentionally low-quality video.
Personally, I’m not sure about live-action, but the quality wasn’t great for illustration-style videos. Simple camera work can be usable, but when you try more dynamic motion, it tends to break quickly and character consistency is lost.
Conclusion
“Wan 2.2 Fun A14B Control Camera” is a model that takes camera movement (viewpoint, movement, rotation) as a condition and generates videos that follow your intended camera work.
Start by testing the ComfyUI template, then get a feel for motion types like pans and zooms, and how the main parameters affect the output.
- Don’t push motion too hard: Intense motion or adding elements not in the reference image can hurt quality, so start with conservative settings
- Keep the center point stable: Use the default cx/cy as a baseline and avoid motion that easily causes motion sickness
- Tweak settings gradually: Adjust speed and fx/fy in small increments to match the depth and motion you want
Adding camera motion can also make character consistency easier to break, so start with simple movement and refine with the custom workflow as needed.
Thank you for reading to the end.
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