Kiddo, that is AWESOME! It is also the perfect project for a kid I am mentoring, I was originally looking at designing my own, but I am pretty busy and it's been about a decade since I last did anything with electronics. lol Anyway, I just wanted to let you know that you might be helping me help some kid get into STEM. Keep up the great work man!
This is awesome. It's cool you could make something so small without a resin printer. Did you use a .4mm nozzle or go down to a .25mm for the 3d printed parts?
A great to the point and interesting presentation. The lever mechanisms are really cool. It would be interesting to do a side by side demo sometime with your larger robotic arm.
Thanks! I may incorporate a “record and play” feature into both arms and run them side by side sometime in the future. Or possibly get the inverse kinematics working with both!
Dude, this is amazing! I'm building the previous robot with my son. Are you going after James Bruton? Cause this is some nest level stuff. Thanks! I'm hoping my son will go to MIT, so these kind of projects are literally priceless.
This is really cool! i first found your channel from the other robot arm on your desk. Can i ask if you have any resources where to learn how to make the fusion 360 model with working joints?
Thanks! This video may be helpful for implementing simple joints into projects: th-cam.com/video/gGgmA1WZESs/w-d-xo.htmlsi=M_ka1GtGZI58389z Hope this helps!
![I Made a Robot Arm to Hold My Camera [$500]](/img/n.gif)
If you haven’t exploded a Fusion model with joints then you haven’t used Fusion. Good work!
I hope this blows up because this was done very well. Awesome work man
Thanks!
The master that I follow and wait with interest and curiosity...
Wow that is insane, I’ve built multiple robot arms and had problems with the motor weight limits, the joints on this one are fantastic
Wow truly unique! Awesome job man! I'm jealous ngl
I'm finally getting around to posting about this lol
Kiddo, that is AWESOME! It is also the perfect project for a kid I am mentoring, I was originally looking at designing my own, but I am pretty busy and it's been about a decade since I last did anything with electronics. lol
Anyway, I just wanted to let you know that you might be helping me help some kid get into STEM. Keep up the great work man!
This is awesome. It's cool you could make something so small without a resin printer. Did you use a .4mm nozzle or go down to a .25mm for the 3d printed parts?
Thanks! Everything’s printed with a 0.4mm nozzle!
A great to the point and interesting presentation. The lever mechanisms are really cool. It would be interesting to do a side by side demo sometime with your larger robotic arm.
Thanks! I may incorporate a “record and play” feature into both arms and run them side by side sometime in the future. Or possibly get the inverse kinematics working with both!
Dude, this is amazing! I'm building the previous robot with my son. Are you going after James Bruton? Cause this is some nest level stuff. Thanks! I'm hoping my son will go to MIT, so these kind of projects are literally priceless.
Thanks! That’s awesome! Have fun building with him and let me know if you have any questions!
Keep doing a great job
Awesome 👏
Awesome🎉
Cool!
Do you have a link to the 3D servo models you used? They look great
Ha! Thanks! Unfortunately, I had to design these myself. However, you may be able to find similar files online.
Nice
Challenge accepted :3
meraba ben bu projeyi yapmak istiyorum ama kullandığın vidaları seçemedim yani vida boyutunu ve özelliklerini yazar mısın ayrı almam gerekiyor
How did you learn fusion 360? Just can not get my head around it!
That looks very good and it even works perfect!
Nice project! :)
hi im first to comment
This is really cool! i first found your channel from the other robot arm on your desk. Can i ask if you have any resources where to learn how to make the fusion 360 model with working joints?
Thanks! This video may be helpful for implementing simple joints into projects: th-cam.com/video/gGgmA1WZESs/w-d-xo.htmlsi=M_ka1GtGZI58389z Hope this helps!