About the job
I would like a 3d model created using blender or 3dsmax, or a software that can export to those applications, of the following satellite (images and diagrams available at the link:
https://www.eoportal.org/satellite-missions/coriolis#windsat-wind-microwave-radiometer)
This will be used in a scientific documentary\video and may be 3d printed for souvenirs\team swag.
I'm aiming for a medium fidelity mockup for this video application (aka it doesn't need to be good enough for any engineering purposes). I would like basic color\materials using PBR materials (eg., Principled BDSF in Blender), but no fancy texturing is needed.
If you would be willing to do a basic UV mapping of the mesh, that would be great.
I would prefer if the 17 separate components of the satellite (see figure 1 in the link above) were separated into distinct objects\groups in the file. We will be exporting each separately to obj for compositing\usage.
We'd ideally like this done by end of March or early April. Budget is $500 to $1000 depending on finalized scope\level of detail.
I would like a 3d model created using blender or 3dsmax, or a software that can export to those applications, of the following satellite (images and diagrams available at the link:
https://www.eoportal.org/satellite-missions/coriolis#windsat-wind-microwave-radiometer)
This will be used in a scientific documentary\video and may be 3d printed for souvenirs\team swag.
I'm aiming for a medium fidelity mockup for this video application (aka it doesn't need to be good enough for any engineering purposes). I would like basic color\materials using PBR materials (eg., Principled BDSF in Blender), but no fancy texturing is needed.
If you would be willing to do a basic UV mapping of the mesh, that would be great.
I would prefer if the 17 separate components of the satellite (see figure 1 in the link above) were separated into distinct objects\groups in the file. We will be exporting each separately to obj for compositing\usage.
We'd ideally like this done by end of March or early April. Budget is $500 to $1000 depending on finalized scope\level of detail.
I would like a 3d model created using blender or 3dsmax, or a software that can export to those applications, of the following satellite (images and diagrams available at the link:
https://www.eoportal.org/satellite-missions/coriolis#windsat-wind-microwave-radiometer)
This will be used in a scientific documentary\video and may be 3d printed for souvenirs\team swag.
I'm aiming for a medium f...
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I would like a 3d model created using blender or 3dsmax, or a software that can export to those applications, of the following satellite (images and diagrams available at the link:
https://www.eoportal.org/satellite-missions/coriolis#windsat-wind-microwave-radiometer)
This will be used in a scientific documentary\video and may be 3d printed for souvenirs\team swag.
I'm aiming for a medium fidelity mockup for this video application (aka it doesn't need to be good enough for any engineering purposes). I would like basic color\materials using PBR materials (eg., Principled BDSF in Blender), but no fancy texturing is needed.
If you would be willing to do a basic UV mapping of the mesh, that would be great.
I would prefer if the 17 separate components of the satellite (see figure 1 in the link above) were separated into distinct objects\groups in the file. We will be exporting each separately to obj for compositing\usage.
We'd ideally like this done by end of March or early April. Budget is $500 to $1000 depending on finalized scope\level of detail.
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