The MSG gripper uses FOC stepper motors without gearboxes, enabling precise control of gripping force and accurate detection of forces applied by or to the gripper. It is designed for modern embedded AI applications and teleoperation. All hardware designs are open source.
Demo of our latest PAR6 robot running gravity compensation. The robot is from now on in beta access and we will gradually be releasing our progress on github: https://t.co/qS02eAEk2A
This is the latest GUI developed by one of our discord users Jepson2k. The GUI is open source and it currently supports our PAROL6 robot arm, but he developed it to easily add more robot arms!
The MSG gripper uses FOC stepper motors without gearboxes, enabling precise control of gripping force and accurate detection of forces applied by or to the gripper. It is designed for modern embedded AI applications and teleoperation. All hardware designs are open source.
Our MSG force-feedback gripper is in beta release!
Gripper uses closed loop FOC stepper and supports 3 different stepper sizes and 3 different linear rail sizes!
It is designed for Embodied AI, teleoperation and compliant applications.
Code and design files are open source!
This is Phantom Omni. It is 20 Years old haptic force feedback device used for Robotics. Got it "Broken" without cables, but got it working + Made a python library and guide on how to use it! Soon we will have some robot demos controlled by this!π
Weβre excited to announce that our STEPFOC stepper motor drivers are now available in beta release.
STEPFOC brings Field-Oriented Control (FOC) to stepper motors β transforming them from open-loop systems into high-performance robotic servos, comparable to industrial solutions.