Natural Female and Male in T-Pose Base Mesh BUNDLE 3D model

Bundle of 6 low-poly base mesh 3D models of human female and male bodies with accurate natural proportions in a T-pose, a low-poly base mesh.

Save 20% of the initial price with this collection of human base meshes!

Features:

• The photos and 3D scans of real people were used to create the model.
• The bodies proportions are equal to measured natural human proportions adopted in art and design.
• The models were designed to be a universal stem cell for more sophisticated specific topology like anatomic, sculpture, animation.
• Model was made with clean topology based quad polygons.
• Extra two mesh density levels for head and limbs are provided: intermediate and advanced.
• Head and limbs positions are equal and can be easily combined to specific needs.
• Advanced head topology features mouth pit and realistic ears.
• Each body 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 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 - 11939 vertices, 11900 quads):

• Female start mesh: 790 vertices, 788 quads
• Female intermediate mesh: 1776 vertices, 1762 quads
• Female advanced mesh: 3544 vertices, 3542 quads
• Male start mesh: 690 vertices, 688 quads
• Male intermediate mesh: 1685 vertices, 1668 quads
• Male advanced mesh: 3454 vertices, 3452 quads
• No tris or n-gons

Dimensions:

• Female: W(169cm) L(28cm) H(170cm)
• Male: W(181cm) L(29cm) H(180cm)

Properties:

• Materials: NO
• 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.