BODY · ROBOTICS · REAL WORLD
ROBOTO_ORIGIN
ROBOTO_ORIGIN · @ROBOPARTY
From structure, electronic control to ROS2, build an open source humanoid body for AI that can truly move and perceive.
ROBOTO_ORIGIN extends digital models to real bodies, providing a complete high-threshold route for humanoid robots from hardware manufacturing to control, perception and training.
Project address (can be copied to AI):https://github.com/Roboparty/roboto_origin
PROJECT INTRO
Project introduction
ROBOTO_ORIGIN aggregates humanoid robot structural parts, electronics, firmware, ROS2 deployment, Isaac Sim, reinforcement learning, navigation and teleoperation data, oriented to a physical platform that can be manufactured and expanded by itself.
It can provide AI with bodies, sensors and action channels in the real world, but the project complexity is much higher than that of ordinary companion software. Robot movements can pose risks to equipment and people and must be tested step by step in a safe environment.
- Suitable for:Teams or individuals with experience in mechanics, electronics, and robotics who want to work on physical AI bodies.
- Platform:Physical hardware, Linux, ROS2 and simulation environment.
- Usage:Prepare the structure, electronic control and computing platform according to modules, and then gradually complete simulation, calibration and safety testing.
- License:The aggregation layer is GPL-3.0; modules and third-party materials maintain separate licenses.
COMMENTS & FEEDBACK
Comments and Feedback
People who have used this project can come back and tell newcomers: which platform it ran on, whether there were any pitfalls during the installation, and what the actual experience was like. The current version is in guest mode, and you do not need to register an account to leave a message.
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SOURCE & CREDIT
Atlas is responsible for the introduction and navigation, and the use still returns to the original author.
We do not mirror project files, nor do we intercept author traffic. For installation, download, version updates and the latest instructions, please refer to the project page provided by the original author.
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