Stylized Female 01 A-Pose Base Mesh

The 3D model of the base mesh of stylized female character in A-pose. The model can be used as game, cartoon and anime character, avatar, base for sculpt, reference, prototype, other purposes. The model presents solid mesh of regular quadrangular topology, completely unwrapped with multi-tile UVs, with smoothing groups conformed to UV tiles. Features: Model presents the female body 170cm tall Despite the stylization, the most body parts have accurate anatomy exterior of real female body Multi-purpose base mesh of regular topology is based on quad polygons Model is absolutely symmetrical Model is rig and animation friendly Model consists of two separate objects - female body and swimwear bonus Nails, eyes and their components, eyelashes, brows are separate elements and can be easily removed or replaced Each element of the model is presented as subtool in ZBrush ZTL file Model has the oral cavity bag only. For full-featured mouth interior see the Extended version of this model coming soon The real world scale, system units - centimeters Model was designed for use with both procedural shaders and textured shaders 9 UDIM UV tiles 17 unique procedural materials Full body preview: Head only preview: File formats: max - Autodesk 3ds Max 2011, standard shaders max - Autodesk 3ds Max 2011, V-Ray shaders ma - Autodesk Maya 2011 c4d - Maxon Cinema 4D R13 blend - Blender 2.80 ztl - ZBrush 4R7 dae - Collada fbx - Autodesk FBX ver. 2013.3 obj - Wavefront Technologies stl - StereoLithography png - preview images pdf - User Guide Polygon count total - 22093 vertices, 20876 quads : Female: 21190 vertices, 20092 quads Swimwear: 903 vertices, 784 quads No tris or n-gons Dimensions: Female: W 126cm x L 27cm x H 170cm Swimwear: W 28cm x L 25cm x H 44cm Properties: Materials: YES, standard procedural UVW unwrapping: YES, non-overlapping Textures: 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.