
Natural Female on Toes in T-Pose Base Mesh 3D Model

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NOTE: DIGITAL DOWNLOAD, NOT A PHYSICAL ITEM

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Extended Use License
This item comes with our Extended Use Licensing. This means that you may use the model for both non-commercial and commercial purposes, in a variety of mediums and applications.
For full license terms, see our 3D Content Licensing Agreement
3D Model Details
Vendor: | Valerii-Kaliuzhnyi |
Published: | Apr 12, 2024 |
Download Size: | 18.2 MB |
Game Ready: | – |
Polygons: | 6,116 |
Vertices: | 6,134 |
Print Ready: | – |
3D Scan: | – |
Textures: | – |
Materials: | Yes |
UV Mapped: | – |
PBR: | – |
Rigged: | – |
Animated: | – |
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Favorites: | 0 |
Likes: | 0 |
Views: | 96 |
Item Ratings

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Natural Female on Toes in T-Pose Base Mesh 3D Model
3D models of human female body with natural proportions, in T-Pose, a low poly base mesh.
Features:
* Photos and 3D scans of real female were used to create the model
* Body proportions are equal to measured natural female proportions adopted in art and design
* Female body is presented rising on her toes
* The model was designed to be a universal "stem cell" for more sophisticated specific topologies like anatomic, sculpture, animation
* Clean topology based on loops and quads
* Head topology features mouth pit and realistic ears
* Each mesh is put in a separate file
* Models have real world scale, system units - centimeters
* Base of the models is at the World Origin (0,0) just above the grid
* The model is good as a basis and 3D reference for modeling and sculpting adult female human, humanoid, android bodies with natural proportions
File formats:
* max - Autodesk 3ds Max 2011
* ma - Autodesk Maya 2011
* c4d - Maxon Cinema 4D R13
* blend - Blender 2.80
* ztl - ZBrush 4R7
* 3ds - 3D Studio
* dae - Collada
* fbx - Autodesk FBX ver. 2013.3
* obj - Wavefront Technologies
* stl - StereoLithography
* png - preview images
* pdf - User Guide
Polygon count (total - 6134 vertices, 6116 quads):
* Female start mesh: 790 vertices, 788 quads
* Female intermediate mesh: 1800 vertices, 1786 quads
* Female advanced mesh: 3544 vertices, 3542 quads
* No tris or n-gons
Dimensions:
* Female: W(168cm), L(26cm), H(177cm)
Properties:
* Materials: YES, default
* Textures: NO
* UVW mapping: NO
Note:
STL exchange format is provided for the compatibility with CAD-oriented 3D software. STL mesh has the same number of polygons as the original mesh, therefore its resolution may be insufficient for quality 3D printing.
Features:
* Photos and 3D scans of real female were used to create the model
* Body proportions are equal to measured natural female proportions adopted in art and design
* Female body is presented rising on her toes
* The model was designed to be a universal "stem cell" for more sophisticated specific topologies like anatomic, sculpture, animation
* Clean topology based on loops and quads
* Head topology features mouth pit and realistic ears
* Each mesh is put in a separate file
* Models have real world scale, system units - centimeters
* Base of the models is at the World Origin (0,0) just above the grid
* The model is good as a basis and 3D reference for modeling and sculpting adult female human, humanoid, android bodies with natural proportions
File formats:
* max - Autodesk 3ds Max 2011
* ma - Autodesk Maya 2011
* c4d - Maxon Cinema 4D R13
* blend - Blender 2.80
* ztl - ZBrush 4R7
* 3ds - 3D Studio
* dae - Collada
* fbx - Autodesk FBX ver. 2013.3
* obj - Wavefront Technologies
* stl - StereoLithography
* png - preview images
* pdf - User Guide
Polygon count (total - 6134 vertices, 6116 quads):
* Female start mesh: 790 vertices, 788 quads
* Female intermediate mesh: 1800 vertices, 1786 quads
* Female advanced mesh: 3544 vertices, 3542 quads
* No tris or n-gons
Dimensions:
* Female: W(168cm), L(26cm), H(177cm)
Properties:
* Materials: YES, default
* Textures: NO
* UVW mapping: NO
Note:
STL exchange format is provided for the compatibility with CAD-oriented 3D software. STL mesh has the same number of polygons as the original mesh, therefore its resolution may be insufficient for quality 3D printing.