Human Skeleton - Adult Male - 6 ft tall - Complete 3D model

3D MODEL DESCRIPTION:

3D Model Human Skeleton (6 ft tall Adult Male) by POITRA Visual (Textured 3D Model). Our 3d model skeleton represents a 6 foot tall (1.83 meters) adult male human being and has 197 seperate objects including the skull, jaw mandible, individual teeth, clavicle, scapula, arm, humerus, ulna, radius, carpus, finger metacarpus and phalanges, tarsus, foot metatarsus and phalanges, leg bones, femur, patella, tibia, fibula, sacrum, pelvis, spine vertabrae, rib cage, etc (see rendered images and wireframe viewport snapshots). POITRA's skeleton was developed for an MIT research facility in Ireland.

ACCESSORIES AND CUSTOMIZATION: Accessories may be available online (sold separately) and by custom request (contact us). Customizations and enhancements are available by request (contact us).

HUMAN SKELETON DETAILS:

Mesh Type(s): 3ds Max Editable Mesh

Mesh Objects: 197

Polygons / Faces: 267,864 (total)

Vertices: 134,363 (total)

TEXTURES*:

Type(s): Procedural Texture (3ds max)

Renderer: Scanline (Default 3ds Max Renderer)

FILE SIZES:

Unzipped Model File: 8.77 MB (approx.)

Zipped File: 3.19 MB (approx.)

3D MODEL CATALOGUE ID:

Item #: SkelHum_AM6ft_tt

NATIVE FORMAT AND EXPORTS:

Original 3d model created in 3DS Max 2015 (native .max file). Other file formats, including earlier versions of 3DS Max and 3DS are available upon request.

*Note: non-native exported versions of this model are Non-Textured (the 3dsMax Procedural color is not included in exported versions).

POITRA VISUAL (ARTISTS):

From the POITRA Visual 3d model catalogue (www.POITRA.com). Custom 3d modeling available (contact us!). POITRA was established in 1996 as a professional design communications company and has provided 3D services nationally and around the world. POITRA's 3d models have been featured in major television commercials, documentaries, movies, and developer and public works projects. POITRA strives for technical accuracy, realism, and visual appeal in every project.