0 Recommend
Quadcopter X Vein
PRO
$7
Royalty free
| Platform: | 3dsMax 2014 + obj |
| Render: |  Corona |
| Size: | 7 MBNEW |
| Colors: | |
| Style: | Modern |
| Materials: | Plastic |
| Formfactor: |
Published 20 July 2019
X vein drone
Dimensions 465 x 465 x 85 mm
After the devastating earthquake of 2011 in Japan, two friends decided to create a drone to help find people in cataclysms, if this happens again. So was born X Vein, the drone, the bearing parts of which are fully printed on a 3D printer.
Modeled under smoothing, raw model weighing 85,000 Polycom
The drone is merged into a group, and a turbosmus is thrown over the group, for the convenience of adjusting the smoothing iterations. The model is very light.
Dimensions 465 x 465 x 85 mm
After the devastating earthquake of 2011 in Japan, two friends decided to create a drone to help find people in cataclysms, if this happens again. So was born X Vein, the drone, the bearing parts of which are fully printed on a 3D printer.
Modeled under smoothing, raw model weighing 85,000 Polycom
The drone is merged into a group, and a turbosmus is thrown over the group, for the convenience of adjusting the smoothing iterations. The model is very light.
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| Platform: | 3dsMax 2014 + obj |
| Render: | Corona |
| Size: | 7 MBNEW |
| Colors: | |
| Style: | Modern |
| Materials: | Plastic |
| Formfactor: |
Published 20 July 2019
X vein drone
Dimensions 465 x 465 x 85 mm
After the devastating earthquake of 2011 in Japan, two friends decided to create a drone to help find people in cataclysms, if this happens again. So was born X Vein, the drone, the bearing parts of which are fully printed on a 3D printer.
Modeled under smoothing, raw model weighing 85,000 Polycom
The drone is merged into a group, and a turbosmus is thrown over the group, for the convenience of adjusting the smoothing iterations. The model is very light.
Dimensions 465 x 465 x 85 mm
After the devastating earthquake of 2011 in Japan, two friends decided to create a drone to help find people in cataclysms, if this happens again. So was born X Vein, the drone, the bearing parts of which are fully printed on a 3D printer.
Modeled under smoothing, raw model weighing 85,000 Polycom
The drone is merged into a group, and a turbosmus is thrown over the group, for the convenience of adjusting the smoothing iterations. The model is very light.
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