An educational platform built with new Raspberry Pi Pico W, Open Robotic Platform chassis, Omni wheels and FPV camera. Both the robot and server script programmed in Python.
My CNC machine: https://indystry.cc/
GitHub: https://github.com/NikodemBartnik/Pico-Mars-Rover
Open Robotic Platform: https://www.openroboticplatform.com/
Pi Pico W: https://amzn.to/3yL48es
FPV screen: https://bit.ly/3D6Vyt6
FPV camera: https://amzn.to/3S8V75W
PCB CNC: https://amzn.to/3eG9FMs
Wheels: https://amzn.to/3TaPtBD
Motor drivers: https://amzn.to/3ScrPmG
Patreon: https://www.patreon.com/nikodembartnik
Instagram: nikodembartnik
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nice project. what is the name of the software to control the cnc?
I was waiting for your video.
Sweet! With a lot of your projects I have had similar ideas its weird to be wired so alike. Keep up with the grind!
You are very good at improving product design and finishing.
"The Bartnikator" strikes again with a nice robot… Thumbs and toes up Nikodemus !!!!!!
Amazing
That's some really great work, well done. I do my soldermask on the laser cutter which you can see on my channel.
Hey bro, Love your videos
I have a doubt related to CNC sheild Can i contact You?
Great project! 👏 You could consider using motion smoothing within Arduino for the servos on the robot arm, it would be a lot more controllable 😃
Great project💪
This is such a great project! And I completely forgot I can use my old 3080 to make PCBs. I need to try that. Inspirational as usual, Nik. Thanks and keep up the great work!
The fact that you can build something like this is less impresive than the fact that you have a Pi to put into it.
Awesome !
It's been a while Mr Bartnik! Great to see another vid of yours😍
Now you need a DYI Mini Mark Rober
Widzę zaplecze maszynowe jest , pomysły są i umiejętności tym bardziej 😉
Składaj CV do NASA bo się marnujesz !
Pozdrawiam i życzę kolejnych sukcesów 💪👍😉
fpv cameras/transmitters will often overheat without the airflow they'd get mounted on an aircraft.
These plastic servos are quite painful to use and "iffy". I would suggest using MG90 instead of the SG90 used. For some reason the MG90s are a bit smoother to use and operate..
PS – you could "drop-in replace" SG90s with MG90s
Nice project brother 🥳🥳🥳🥳🥳🥳, can take this project to ROS2 and micro ros framework ???
Wow, thanks for this wonderful video. An amazing project
ESA scholarship? That's just too awesome 🙂
Nice PCB – I like CNC made ones for typical projects that don't need sub-millimeter rasters etc. No soldermask is not really a problem, and if you need more reliability, you can always use conformal coating afterwards.
Looks like you're getting close to 100k subs! Gonna make a silverplate project like Dave Jones (EEVBlog) did?
great… again 😉
Super. Czy myślałeś o tym aby zmienić sterowanie ramieniem? Przykładowo coś na kształt joysticka używając kinematyki odwrotnej?
asked a lot of rs ka to make and increase the robot zico. up to the size of the metor .. ???
how to start from scratch?
Interesting, but how can it improve life on earth for the rest of us, seeing as such things will never, ever see the surface of Mars. Would think there would be more humanity-centric projects right here, where we all live.
This is badass
Subscribed 🙂
Impressive work Nik. couple of questions if you would please. 1- Do you have any though to have more control on the jerkiness of the servos? is it that you need to have PID controller for instance or is it about controlling servos speed through algorithms. 2- would you please suggest an online course or book to master PCBs design. 3- which motor deriver model you are using? the link did not work. Thanks Alooot Nik.
Nice content always!
Great work !
Great pcb! How many minutes does a bit last?
Extra projekt.
Will you be putting up code examples?