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Let's GoMeshy Rigging
byMeshy
Transform static 3D humanoid meshes into fully articulated, motion-ready bipedal characters in seconds
How Meshy Rigging works
Three steps from a static humanoid GLB to a fully articulated, engine-ready 3D asset.
Upload Humanoid GLB
Provide a humanoid bipedal GLB character under 300,000 faces oriented forward along the +Z axis in a standard T-pose or A-pose.
Configure Scale and Motion
Specify approximate character height in meters and optionally select from over 600 locomotion, combat, or dance presets.
Export Articulated Asset
Download your skinned GLB complete with Mixamo-compliant bones and weights, ready for Unreal Engine, Unity, Blender, or Maya.
What Meshy Rigging is good at
Automated skeletal joint mapping, smooth weight painting, and an extensive library of retargetable bipedal motions.
Automated Humanoid Skinning
Analyzes character geometry in under 30 seconds to compute bone placement and smooth vertex skin weights, producing Mixamo-compliant armatures for clean game-engine integration.
600+ Motion Clip Retargeting
Retarget static humanoid GLB meshes instantly onto over 600 production-ready motion presets spanning combat, acrobatics, dancing, and everyday gestures.
In-Place Game Locomotion
Outputs stationary locomotion loops designed specifically for game programmers driving character velocity via character controllers and root-motion mechanics.
Standard glTF & Engine Export
Maintains strict adherence to glTF humanoid bone hierarchies, ensuring single-click import into Unity, Unreal Engine, Blender, and Maya with preserved UV textures.
Made with Meshy Rigging
Fully articulated bipedal characters posed and animated across distinct motion profiles and visual styles.
In-place agile parkour leap
Dynamic martial combat stance
High-fashion runway stride
Retro bipedal robot gesture
What people build with Meshy Rigging
Built for technical artists, indie game studios, and 3D animators converting AI-generated meshes into runtime characters.
Frequently Asked Questions
Meshy Rigging generates a standard humanoid bipedal armature with Mixamo-compliant bone hierarchy and naming conventions, allowing immediate import and retargeting in Blender, Maya, Unreal Engine, and Unity.
Characters must be in a clean T-pose or A-pose, facing forward along the positive Z-axis (+Z standard glTF orientation), with triangle counts below 300,000 faces. Limbs must remain clearly separated from the torso to avoid vertex binding stretch.
Yes. Enabling animation lets you pick from over 600 motion presets—including combat maneuvers, athletic jumps, dances, and in-place locomotion loops suited for game engine root-motion controllers.
Meshy Rigging specializes strictly in bipedal humanoid meshes. It cannot rig quadrupeds, creatures with arbitrary limbs, or complex mechanical rigs, and it does not generate fine facial blendshapes or individual finger articulation rigs.
Sticky skinning artifacts occur when vertices from adjacent body parts bind to the same bone—most commonly when hands touch hips, legs fuse together, or garments like long flowing skirts connect both thighs. Keeping geometries separated ensures clean vertex weight painting.
Try Meshy Rigging on Fuser
Transform static 3D humanoid meshes into fully articulated, motion-ready bipedal characters in seconds