
Enter Your Prompt
Describe the action, pose, or performance you want to generate in natural language.
Zero video input required. Simply describe an action or pose, and QuickMagic instantly generates editable, mocap-style 3D motion data to power your games, MMD, VTubers, and embodied AI workflows.
Try Now →Text to 3D animation is an AI text-to-motion workflow that converts a natural-language description—such as “walk forward slowly, turn left, and wave”—into editable 3D character motion. Unlike video-to-animation, it does not require recorded footage, cameras, markers, sensors or a motion capture suit.
QuickMagic creates a reusable mocap-style motion draft that can be previewed, exported and refined for games, MMD, VTubers, digital humans, virtual production, humanoid robotics and embodied AI workflows.
Simply enter your prompt, tweak the settings, and instantly generate editable, mocap-style 3D motion drafts.

Describe the action, pose, or performance you want to generate in natural language.

Fine-tune character parameters and motion constraints to match your target character or workflow.

Generate and download production-ready, editable 3D animation data for further editing.
QuickMagic provides a text-to-motion AI workflow that transforms creative ideas from simple prompts into reusable 3D motion data. Convert text to FBX, BVH, VMD, and other animation formats for games, character animation, MMD, virtual production, and robotics workflows.
A person lands softly and immediately kicks the right leg forward in a powerful motion.

Describe an action, pose, or performance in natural language, and QuickMagic instantly generates mocap-style 3D animation. No video recording, motion capture suits, or reference footage is required—just type your idea and start creating animation in seconds.

Generate walking, running, dancing, fighting, acting, idle animations, and expressive performances from text prompts. Whether you're animating game characters, VTubers, MMD models, or digital humans, QuickMagic helps you prototype motion quickly.

QuickMagic transforms creative ideas into editable 3D motion drafts within minutes. Explore multiple animation concepts, iterate faster, and reduce the time spent on manual keyframing or recording reference videos.

The generated animation data can be refined and integrated into existing production pipelines. Use it for game development, virtual avatars, MMD animation, embodied AI, robotics research, or further editing in professional 3D software.

See AI-generated 3D motion at different moments in the text-to-animation workflow.
Text to 3D animation transforms a written description of movement into editable 3D motion data. QuickMagic instantly generates mocap-style animation data, helping creators rapidly transform text ideas into production-ready motion drafts.
Traditional workflows rely on recording or finding reference video, while text-to-motion generates new motion directly from a prompt.
Describe actions, poses, direction, speed, emotion, timing, character intent, or combinations of these details.
Use exported animation in common game, character, MMD, virtual-production, embodied-AI, robotics, and professional 3D workflows.
The current workflow is optimized for humanoid characters; generated motion can be retargeted and refined for compatible rigs.
Yes. Export editable motion data and continue cleanup or creative refinement in your preferred 3D software.
Include the subject, action, direction, speed, timing, weight, mood, and ending pose. Clear motion language generally produces more controllable drafts.
Generated motion follows learned human movement patterns and is designed as an editable draft. Complex contacts may require cleanup.
Adjust or enrich the prompt, regenerate, and export the closest result for detailed polishing in your preferred 3D software.
Yes. Available controls include first-frame poses, frame-rate choices, tracking modes, and motion-correction options.

Turn any video into editable 3D animation for Blender, Unreal, Unity and more.
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Generate human-motion data for humanoid simulation and behavior design.
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Capture precise full-body movement from ordinary video without suits or sensors.
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