X VEIN
X VEIN
X VEIN 02.jpg
1593KB
2018/10/04
X VEIN.jpg
621KB
2016/08/20
23.png
771KB
2016/08/08
04.jpg
620KB
2016/08/08
10.png
2352KB
2016/08/08
03.jpg
760KB
2016/08/08
27.png
947KB
2016/08/08
22.png
582KB
2016/08/08
25.png
643KB
2016/08/08
28.png
6619KB
2016/08/08
31.png
1175KB
2016/08/08
14.png
1334KB
2016/08/08
15.png
2270KB
2016/08/08
Description
DescriptionX VEIN is open-sourced 3D-printable drone project founded by some voluntary peoples in Japan, Yuki Ogasawara, Ryo Kumeda, Yuji Fujimura, and Tetsuya Konishi. All data of X VEIN are available under terms of use described below.
Original Post by Yuki Ogasawara: https://gallery.autodesk.com/projects/154278/x-vei...
ABOUT
This drone is designed with using Generative design technology as a method to combine various performances such as strength, shooting ability, safety, and expandability with lightness, which is a trade-off relationship. Topology optimization has been performed on the propeller guard, which has a high coverage area, and the characteristic frame that has the functions of a motor mount and landing gear, to achieve weight reduction while ensuring strength at the same time. It can shoot stable video with a 2-axis camera gimbal which installed in the center of the aircraft and lowering the center of gravity. It has extra space so that user can customize whatever they want.
MOVIEs
LICENCE and DATAs
Please read the following terms of use carefully and download and use those data only if you agree to them.
"Terms of use [English] [Japanese]"
You can download X VEIN's datas from here.
ATTENTION! : Because of some of the parts used in X VEIN V2 and V3 have already been discontinued, and some have been uniquely processed, It is difficult to create the exact same model. Users are requested to use alternative parts that meet the standards described in the BOM to assemble X VEIN from now on.
CONTACT
If you have any questions or comments, please let me know.
info.xvein@gmail.com
Team Member
Yuki Ogasawara
Ryo Kumeda
Tetsuya Konishi
Naoyuki Akutagawa
Yuji Fujimura
The license and other terms for contributing and using assets in the Autodesk Gallery are found in theAutodesk Terms of Use.
Statistics
- 76 K
- 33
- 560
Comments
if this quadcopter is open source, how can I get blueprints for it ?
Beautiful design. I like the wire frame concept. Cura slicer has special wire frame settings that can be implemented by clicking to settings menu form left drop down. I'm new to drones, but long time rc flyer. Thanks for posting the design !
Amazing!
Impressive!
This is a jaw dropping design. Nice work done.
This is gorgeous!
Really excellent design! Well done! Where can I find the rest of the kit (motors, esc, lipos etc) to build this drone?
The deasing look really cool. Thank you for sharing it.
that disign looks awsome that whould be perfect for the starting design of my 20% protect
That is awesome dude
Hi in the project description it sais "We are planning to make X VEIN available as open source project in near future." did this ever happened?
And if not is there any way I could get the 3D file. I'm building a drone for academic purposes and really like this design for the frame.
Where can I purchase the STL file or.porchase a printed version
very cool, thx
Nice, looking foreward for OS and further development!
This is very creative, you should do more enjoyable prints.
When will open source be available?
very neat design..
very innovative design!
Looks good.
awesome
good job!!!
Yo！ - ちょうどあなたのロックを言うために手を差し伸べる！デザインが大好き。もっともっともっと!
good job!
Which tool did you use for generative design?
Hi Yuji
Exceptionally made. Flow modelling suggests anywhere between 30%-55% drop in thrust (approximated propeller size) due to vein presence in the flow line. Given the fact that Multirotor operates as a inefficient machine, will this project kill efficiency gained due reduction in weight by presenting obstruction in the suction line. Some passing thoughts
Hello, I dont want to be a critical because your drone is aesthetically very pleasant, but I have to notice that there are too many shaded surfaces around the rotors
This mesh shape is fully simulated in Within and Modeled in Fusion 360 with Sculpt feature♪
If you have any farther question about XVEIN project, please email me to following address.
yuji.fujimura@autodesk.com
with "Regarding XVEIN project"
Thank you!
Yuji
Hi, great design, how did you create the mesh wings? was it two sketches that were then connected or did you use a different technique?
HI Yuji, would love to try to do a structural analysis on this design with my new product SIMSOLID. SIMSOLID analyzes complete assemblies of full detailed (un-simplified) CAD parts. You can find more information on www.simsolid.com. Please watch the video on the main page. This model with the full smoothed mesh detail would be a good example to try. We are creating a Fusion 360 integration now so the Fusion model is all I need.
Love IT!!!
For simulation YES.
At the very end, we modeled the mesh part manually with Fusion 360 Sculpt
is it done using Within?