Channel: Ivan Miranda

Category: Science & Technology

Tags: how tomotorelectronicsroboticsbrushlessrc cars3d printer3d printinglipo3d printed diy projectselectronics projects3d printing software3d printed cardiyarduino 3d printed projects3d printed projectsrobotstank3d printing for beginners3d printed robotics projectsrapid prototypingivan mirandarc carhome maderc3d printed electronics projects3d printed engineering projectscad modelling3d printing projects3d printed car driving

Description: This video was sponsored by Skillshare. Click here to explore your creativity and get 2 free months of Premium Membership: skl.sh/ivanmiranda6 Finally, I put motors on the big 3D printed tank! I made an 8:1 reduction box made from sprockets that run chains so they don't break as has happened before with belts. I'm pretty happy with the reduction boxes and the motor power but the mix of sensorless motors and those VESCs is not very good for precision and control so I'm planning a small change that I hope will make a huge difference. Stay tuned (and subscribe) for the next video so you don't miss what I have on storage for this tank. The VESCs were down-powered to 10% power and motor RPM because I have had a few scares in the pasts with those and didn't want to risk a crash in the first test. There's plenty of power on the motors, those are 4000W motors and we'll hopefully put all that power to good use soon. Enjoy! All the sprocket brackets and spacers where printed with Matterhackers NylonX on the PulseXE, you can find it here: (affiliate link) bit.ly/2LSzveK If you want to support this channel you can do it here: Patreon: patreon.com/ivanmiranda Merchandise: bonfire.com/store/ivan-miranda PayPal: paypal.me/IvanMirandacom For regular updates on my projects follow me on: Instagram: instagram.com/adnarimnavi Twitter: twitter.com/adnarimnavi Facebook: facebook.com/adnarimnavi