@XRobotsUK
You'll be happy to hear that the openDog video series continues this Tuesday in my YouTube channel. I'm going to be showing more detailed development and discussing what needs to be done to get to the next stage of functionality.
#opendog #robotdog #Robotics #engineering #maker
URL original: https://twitter.com/XRobotsUK/status/1102280546628055042
You'll be happy to hear that the openDog video series continues this Tuesday in my YouTube channel. I'm going to be showing more detailed development and discussing what needs to be done to get to the next stage of functionality.
#opendog #robotdog #Robotics #engineering #maker
URL original: https://twitter.com/XRobotsUK/status/1102280546628055042
Twitter
James Bruton
You'll be happy to hear that the openDog video series continues this Tuesday in my YouTube channel. I'm going to be showing more detailed development and discussing what needs to be done to get to the next stage of functionality. #opendog #robotdog #Robotics…
@XRobotsUK
Here's the 6-axis inverse-kinematic model test which is running in real time on an 8-bit @arduino , syncing all 12 motors together to control 3 axis of translation and 3 axis of rotation. It's now time to upgrade the microcontroller to something more powerful.
#Robotics #robot
URL original: https://twitter.com/XRobotsUK/status/1103253059986173952
Here's the 6-axis inverse-kinematic model test which is running in real time on an 8-bit @arduino , syncing all 12 motors together to control 3 axis of translation and 3 axis of rotation. It's now time to upgrade the microcontroller to something more powerful.
#Robotics #robot
URL original: https://twitter.com/XRobotsUK/status/1103253059986173952
Twitter
James Bruton
Here's the 6-axis inverse-kinematic model test which is running in real time on an 8-bit @arduino , syncing all 12 motors together to control 3 axis of translation and 3 axis of rotation. It's now time to upgrade the microcontroller to something more powerful.…