ATTENTION: All the ORIGINAL PUBLISHERS preserve the right of all published drawing. All the drawings/modelings are not for commercial use. You may ask CNC shop to make them. But DO NOT use them for profit. You might contact the author if you are going to mass produce commercially.
PURPOSE?
just for fun... and kill time... and trying to think of something innovative... let me know if anyone wants to contribute to this project... that will be awesome
all the works are done in solidworks... the uploaded pack will include original modeling file.... feel free to modify them for your own use.
And to CLARIFY: at the moment.. they are basically conceptual designs... If anyone fabricates them and has them tested. please leave a feedback what is NOT working and what should be IMPROVED.
(I might create a paypal donate icon to raise funding to fabricate and test... if there are enough people supporting this project)
ALSO... is there any file repository that can be use to store/update the modelings?
the funding will be used for fabrication and testing the designed frames to reach best results.
CHEERS
JxL
Open Source Multirotor Frame Project
Open Source Multirotor Frame Project
Last edited by jy0933 on Thu Oct 11, 2012 5:05 pm, edited 2 times in total.
F1 Minimum X330
This frame is deisgn for minimum parts, weight and cost of frame while maintaining good mechanical properity.
download here
Suggested Thickness of material
Main Plate--- 3mm CF
leg--- 3mm gf or cf
leg fixture---1mm cf or gf
all the holes are made 3mm diameter....
necessary hardware.... nylon standoff at your choice... for leg fixture... preferably using aluminium screw/nut
the FC mount hole are 30.5mm(naze32/opcc) and normal 45mm fixing holes
the leg mount holes are filleted to decrease stress concentration.... remember to trim the edge of leg piece to fit in the slot
The leg is design for normal VTOL and lift battery off ground ... might not withstand hard landing or crush...
download here
Suggested Thickness of material
Main Plate--- 3mm CF
leg--- 3mm gf or cf
leg fixture---1mm cf or gf
all the holes are made 3mm diameter....
necessary hardware.... nylon standoff at your choice... for leg fixture... preferably using aluminium screw/nut
the FC mount hole are 30.5mm(naze32/opcc) and normal 45mm fixing holes
the leg mount holes are filleted to decrease stress concentration.... remember to trim the edge of leg piece to fit in the slot
The leg is design for normal VTOL and lift battery off ground ... might not withstand hard landing or crush...
Re: Open Source Multirotor Frame Project
2012-10-13 Rev1:
redo the motor mount so that the most motor can have the wires point toward center
redo the motor mount so that the most motor can have the wires point toward center