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BionicOpter Dragonfly
PRO
$7
Royalty free
| Platform: | 3dsMax 2012 + fbx |
| Render: |  V-Ray  Corona |
| Size: | 18 MBNEW |
| Colors: | |
| Style: | Modern |
| Materials: | Plastic |
| Formfactor: |
Published 25 July 2019
BionicOpter Dragonfly
To create the BionicOpter robot, Festo borrowed incredibly complex flight data from a dragonfly. Like its biological colleague, an ultralight flying object can perform maneuvers in all directions, hover in place and float in the air without flapping its wings.
The model version for Vray is saved in Max 2010 and the BRDF field will not be blank.
To create the BionicOpter robot, Festo borrowed incredibly complex flight data from a dragonfly. Like its biological colleague, an ultralight flying object can perform maneuvers in all directions, hover in place and float in the air without flapping its wings.
The model version for Vray is saved in Max 2010 and the BRDF field will not be blank.
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| Platform: | 3dsMax 2012 + fbx |
| Render: | V-Ray Corona |
| Size: | 18 MBNEW |
| Colors: | |
| Style: | Modern |
| Materials: | Plastic |
| Formfactor: |
Published 25 July 2019
BionicOpter Dragonfly
To create the BionicOpter robot, Festo borrowed incredibly complex flight data from a dragonfly. Like its biological colleague, an ultralight flying object can perform maneuvers in all directions, hover in place and float in the air without flapping its wings.
The model version for Vray is saved in Max 2010 and the BRDF field will not be blank.
To create the BionicOpter robot, Festo borrowed incredibly complex flight data from a dragonfly. Like its biological colleague, an ultralight flying object can perform maneuvers in all directions, hover in place and float in the air without flapping its wings.
The model version for Vray is saved in Max 2010 and the BRDF field will not be blank.
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