3D-printed parallel gripper compatible with Feetech STS3215 and Waveshare ST3215 servos. Ready-to-use solution for the SO-ARM 100/SO-ARM 101.
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Updated
Aug 24, 2026 - Python
3D-printed parallel gripper compatible with Feetech STS3215 and Waveshare ST3215 servos. Ready-to-use solution for the SO-ARM 100/SO-ARM 101.
Pancake Cooking Robot
SO-ARM101 협동로봇 2대 분산 제어 — LeRobot SDK·라즈베리파이·Unity
pi0.5 vision-language-action model fully fine-tuned on unified public SO-101 / SO-100 data
Teaching robot arm SO-ARM101 to automate breakfast tasks using imitation learning - toast handling, plating, and yogurt feeding with custom 3D-printed tools
Φ (Physical Hardware Intelligence): open robot-learning pipeline. SO-ARM101 and beyond, built on LeRobot.
Educational robotics project with SO-ARM 101, LeRobot, imitation learning, ACT, dual-camera dataset recording and autonomous deployment.
SO-ARM101 robotic arm simulation and control using ROS 2 Jazzy, MoveIt 2, and NVIDIA Isaac Sim, with future Sim-to-Real deployment and reinforcement learning for autonomous manipulation.
Lightweight per-camera scalar gating for multi-view robot imitation learning — plug-in module for LeRobot ACT, no stage annotations required.
말로 지시하면 SO-101 양팔 로봇이 쓰레기를 모으는 Physical AI 데모 — Vision(YOLO) · Language(LLM 의도 게이트) · Action(LeRobot ACT) 통합
Robotic manipulation trained with ACT Policy (Imitation Learning) on SO-ARM 101
Plugins for Robonine Lab
Open hardware + software for bimanual mobile manipulation — ROS 2 base, two SO-101 arms, browser HMI.
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