Human ear 3D model

Description

Accurate very high definition ear model. A sectioned version and a closed version are included. The model has been created using a 3D scan of a anatomical correct ear model as reference. The high detail is achieved by using high resolution normal bump maps. This way the rendering speed is very fast while you have an amazingly detailed model. As the textures have a size of 2048x2048 pixels, close up renderings are possible. Render settings for 3dsMax 9 are included.

Max 9.0 Format:
Render settings for Mental Ray are included. The preview renderings have been created using this file. Meshsmooth is applied so you can set the object resolution as you like.
The sectioned and the closed version of the ear are organized in layers.

Maya 8.0 Format:
Sectioned version and closed version are saved in separate files. The models are available in 3 different resolutions ranging from 17921 to 286056 Polygons. The lowest poly-version is the SubD. hull. So you can use it easily as SubD in any Software supporting SubD.

Cinema 4D 9.6 Format:
Sectioned version and closed version are saved in separate files. The models are available in 3 different resolutions ranging from 17921 to 286056 Polygons. The lowest poly-version is the SubD. hull. So you can use it easily as SubD in any Software supporting SubD.

Lwo 6.0 Format:
Sectioned version and closed version are saved in separate files. The models are available in 3 different resolutions ranging from 17921 to 286056 Polygons. The lowest poly-version is the SubD. hull. So you can use it easily as SubD in any Software supporting SubD.

Obj Format:
Sectioned version and closed version are saved in separate files. The models are available in 3 different resolutions ranging from 17921 to 286056 Polygons. The lowest poly-version is the SubD. hull. So you can use it easily as SubD in any Software supporting SubD.

3ds Format:
Sectioned version and closed version are saved in separate files. The models are available in 3 different resolutions ranging from 35672 to 572112 Polygons.

Previews rendered in 3dsMax 9.