Programming a Robotic Arm with STM32 | Part 1 #EEZYbotARM MK2

Hello world, welcome to Silicon Room! We’re kicking off an exciting new series. I’ve 3D-printed the super popular EEZYbotARM Mk2 – a 3D Printed Robot you’ve probably seen online – and I like to call it “Grippera” .

In this series, we’ll be programming this robotic arm however we want and creating awesome projects in all sorts of scenarios.

In Part 1, after assembling the arm, we got its basic movements up and running. Right now, I’m using MG995 360-degree servo motors and the code is written for those, but as soon as I can, I’ll upgrade to powerful 180-degree servo motors and continue the project with them.

This series is going to be packed with learning: image processing, simulation, modeling, IMU sensors, automation projects, and much more. We’re going to do some really cool stuff, so make sure to stay tuned!

Big thanks to Carlo Franciscone (daGHIZmo) for designing and sharing this robotic arm. You can check out the project via the link below and build your very own robotic arm.

Don’t forget to hit that subscribe button, give a like, and leave a comment. See you in the next video!
#robot #robotics #robots #mitsubishi #siemens #automation #industrial #robotarm #stm32 #embeddedworld #pcb #software #3dprinting #fanuc #technology #future #space #arduino #science #humanoidrobot #electronic #plc #ford #bostondynamics #denso #omron #yaskawa #tesla #spacex

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