Sports Ball Decorated Donuts

Sports Ball Decorated Donuts 3D model

Description

This is a collection of 6 Sports Ball Decorated Donuts. Each asset is a high end, photorealistic 3D model, that is created to help you add the realism to your project.Each model is suitable for any visual production - broadcast, high-res film close-ups, advertising, games, design visualization, forensic presentation, etc.

Each model was originally created in 3Ds Max 2022, then fully textured and rendered using V-Ray.

All geometry and visual aspects of the model are optimized to give you highest possible quality for up to 2k renders. There is no post-production used on any of the renders you see.

Features:

-Each model is accurately sized to match the real object. -Clean and optimized topology is used for maximum polygon efficiency. -Each model is fully sub-dividable to allow Turbosmooth Iterations to increase mesh smoothness if needed. -All textures and materials are tailored and applied for high quality render results. -All objects have fully unwrapped UVs. -No extra plugins are needed for this model. -Lights and cameras are not included in the scenes.

Specifications:

-Each model is included in 1 file format. -3ds Max V-Ray

-Units in all formats: #centimeters -All Textures are JPG format with the following resolutions: - 570 x 855 px

Additional Notes:

This model was created for 20 minutes form our Leading 3D artists to ensure you get the best quality model and save precious production time.

If you have any questions, you can contact us through support. Just send a support ticket!

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Sports Ball Decorated Donuts
$2.00
 
Royalty Free License 
Sports Ball Decorated Donuts
$2.00
 
Royalty Free License 
Response 82% in 4.6h

3D Model formats

Format limitations
Native
  • Autodesk 3ds Max 2022 (.max)2.41 MBVersion: 2022Renderer: V-Ray
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    3D Model details

    • Publish date2022-08-25
    • Model ID#3951440
    • Animated
    • Rigged
    • VR / AR / Low-poly
    • PBR
    • Geometry Polygon mesh
    • Polygons 516,288
    • Vertices 293,494
    • Textures
    • Materials
    • UV Mapping
    • Unwrapped UVs Non-overlapping
    • Plugins used
    • Ready for 3D Printing
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