This shield measures current draw on six servos in a robot arm. The full plans and software are included so you can build it yourself.
How the ROSpider combines 18-DOF bionic movement, 3D Vision, and Large Language Models (LLMs) to transform natural language into actions.
Turn complex intent into autonomous action. See how LanderPi combines ROS 2, 3D vision, and Multimodal LLMs for true embodied intelligence.
Exoskeleton controller simplifies robot programming with an adjustable structure, making remote control of the cobot FR3 easy.
IRAS is a diy robotic arm designed for high payload capacity and precision.
My new robotic desk pet. It's powered by Claude, and it lives right next to my keyboard.
Robot kinematics become a visual playground: I mastered dynamic gait by using PuppyPi to visually tune its walk, trot, & climb in real time!
LeRobot Arm lets you teach robots by showing them how it's done. A hands-on, open-source platform for real-world imitation learning.
A Robot Agent That Keeps Moving While the AI Thinks
From code to coaching. LeRobot teaches robots by demonstration, not just programming. Experience embodied AI with the open-source SO-ARM101.
Use Inkscape to convert a jpeg or png into a vector drawing, and export the files to draw.
This robot responds when anyone touch it. Very cool..
Build a smart sorter with YOLO11 and ROS 2! ArmPi Ultra blends 3D vision and LLMs for a robot that understands intent & sorts in real-time.
The repository provides training examples under two simulators: Mujoco and Genesis.
No cloud. No GPUs. Just three open-source AI models and a $600 robot arm taking voice orders.
Closed-form 7DoF IK tutorial for the NERO arm using arm-angle parameterization, null-space optimization, and joint-limit control.
JetArm Pro is a mobile robotic arm that sees, moves, and interacts—bringing advanced robotics and AI within reach for creators and developer
Imitation Learning (IL) is a pivotal technique for building intelligent agents and robots. This post dives deep into the core concepts of im
A maze navigation case that integrates digital twin with computer vision, using Matlab simulation to validate the robot’s motion results.
We programmed a Thermo Scientific CRS Robot arm to complete three tasks.
OpenClawPi provides out-of-the-box skill components for secondary robot development and application deployment.
Bridge the gap between code and reality. LanderPi fuses Multimodal LLMs, 3D vision, and ROS 2 for high-level autonomous intelligence. 🤖🚀
I made a robotic arm using M5stack and Arduino. It uses SG90 servomotors to operate.
Embark on a creative journey with our DIY project— Drawing Robotic Arm. 🤖🎨 #DIYArtBot
