Meshy Rigging

Submit static humanoid characters in GLB format oriented along the forward +Z axis. For optimal bone placement and vertex skinning, use clean T-pose or A-pose geometry with separated limbs and distinct fingers, keeping polygon counts between 100K and 300K.

When animation baking is enabled, you can choose from over 600 pre-authored motion clips—spanning locomotion, combat, dances, and gestures—baked directly into the exported GLB. The library includes dedicated in-place locomotion variants designed for standard game-engine root-motion systems.

Yes. The generated armature uses standard Mixamo-compatible biped joint hierarchies and linear skin weights, making it directly compatible with Blender, Unity, Unreal Engine, and web 3D viewers.

Avoid quadrupeds, non-humanoid creatures with extra limbs, vehicles, and meshes with fused fingers or crossed limbs. Characters wearing heavy multi-layered clothing requiring dedicated cloth physics simulations are also not supported.

Providing an accurate physical height in meters (such as 1.7m for a standard human adult) directly calibrates the joint estimation engine, ensuring correct pivot placement for the hips, knees, and ankles across varied character proportions.