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Note:
This kit does not include 3D printed parts. The 3D printed parts can be obtained from GitHub – TheRobotStudio/SO-ARM100: Standard Open Arm 100.
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SO-ARM100 Low-Cost AI Arm KitLeader and Follower |
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Type |
Arm Kit |
Arm Kit Pro |
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Degree of freedom |
6 |
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Max Torque |
30kg.cm@12V |
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Servo |
STS3215 Bus Servo |
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Power Supply |
5.5mm*2.1mm DC 5V4A |
5.5mm*2.1mm DC 12V1A |
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Angle sensor |
12-bit magnetic encoder |
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Recommended Operating Temperature Range |
040 |
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Communication Method |
UART |
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Control Method |
PC |
Imitation learning and Reinforcement learning
The LeRobot framework is compatible with the SO-ARM100 robotic arm. It provides complete data collection, training, and deployment for teaching the robotic arm, and also has a comprehensive simulation platform. On the Nvidia Jetson edge device, it’s easy and quick to train a customized robotic arm to complete grasping and placing tasks. For detailed tutorials, please refer to: LeRobot – NVIDIA Jetson AI Lab
STS3215 Servo Motor Datasheet
Serial Bus Servo Drive Board DataSheet
reComputer-Jetson Lerobot Bus Servo
reComputer J301x Datasheet
reComputer J401X Datasheet
SO-ARM100 3D printed parts
GitHub – TheRobotStudio/SO-ARM100: Standard Open Arm 100
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STS3215 Servo Motor(with screws) |
x12 |
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Motor Control Board |
x2 |
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Power Supply Cable |
x2 |
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USB-C Cable |
x2 |
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reComputer J4011 (If Selected) |
x1 |
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reComputer J4012 (If Selected) |
x1 |
| HSCODE | 8501109990 |
| USHSCODE | 8501104080 |
| UPC | |
| EUHSCODE | 8501109390 |
| COO | CHINA |