This version of the driver board is only compatible with the So-Arm robotic arm. Alternatively, it can be used to control servos or robotic arms via USB serial port when connected to edge devices such as computers, Raspberry Pi or Jetson — it does NOT support driving robotic arms with ESP32 XIAO.
What's news：
- Fully compatible with the Lerobot SO-Arm robotic arm.
- Wide Compatibility: Supports ST/SC series serial bus servos, making it versatile for various robot projects.
- Flexible Control: Offers USB mode communication, allowing easy control of multiple servos.
- Professional Power Supply: Equipped with a 2P 3.5mm screw terminal for secure and reliable power connections.
- Compact Design: Measures only 42mm x 25mm, ideal for integration into space-constrained projects.
Name | Details |
Compatible Servo Types | ST/SC series serial bus servos |
Servo Control Quantity | Multiple |
Control Interface | USB |
Communication Protocol | Serial bus protocol (compatible with ST/SC servos) |
Input Voltage Range | 5-12V DC (dependent on servo voltage) |
Power Supply Interface | 2P 3.5mm screw terminal |
Servo Interface | 2.5mm 3P terminal |
Jumper Settings | UART/USB mode switching |
Dimensions | 42mm x 25mm |
Weight | 15g |
Operating Temperature | ● 10°C ~ 60°C |
Q: How do I power the Bus Servo Driver Board?
A: Connect the power supply via the onboard 2P 3.5mm screw terminal. The input voltage range is 5-12V DC, which must match the rated voltage of the servos used and provide sufficient current to support all connected servos during operation.
Q: How do I connect servos and control devices to the board?
A: Servos are connected to the driver board via the 2.5mm 3P terminal, ensuring proper wiring (power, ground, signal lines). Control devices can be connected to a computer via the USB interface or to a microcontroller via the UART interface, with the specific mode determined by the jumper settings.
Q: How many servos can this driver board control?
A: It can control multiple ST/SC series serial bus servos, with the exact number depending on the power supply capacity and bus load conditions. Theoretically, it supports a large number of servos working together.
Imitation learning and Reinforcement learning
The LeRobot framework is compatible with the SO-ARM10x 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
Driver Board | x1 |
| HSCODE | 8503001000 |
| USHSCODE | 8503003500 |
| UPC | |
| EUHSCODE | 8471707000 |
| COO | CHINA |
Array
Shipping rates Australia wide and New Zealand
FAQ:
- How do I estimate shipping for my order?
- Add products in the shopping cart and head to the checkout page to estimate the shipping.
Dispatch time
Unless expressly agreed otherwise with you, we will not commence delivery of an order until we have received cleared payment of the purchase price in full.
All orders placed before 11 am AEST (Monday to Friday) will ordinarily be processed on the same day.
We will endeavour to ship the Products by the applicable time indicated on the website, but all times are indicative only. All shipping times are dispatch times only, and actual delivery dates will depend on the shipping method chosen, delivery address and delivery service provider.
Note- Please make a note during purchase if you require any item urgently. However we cannot guarantee that we will be able to comply with any request.
*Go to Australia post delivery time calculation to get various Australia post service in your area please use our shipping postcode Thomastown, 3074 as the "from" address - https://auspost.com.au/parcels-mail/delivery-times.html?ilink=tools-open-deliv-times.
We ship all products throughout mainland Australia, Tasmania and New Zealand - Including Darwin, Melbourne, Sydney, Tasmania, Adelaide, Brisbane, Perth, all metro and regional areas but do not deliver to areas in Australia where the Australia Post delivery network is not available.
Check Express shipping delivery coverage area at - http://auspost.com.au/parcels-mail/delivery-areas.html
Receipt of deliveries
Deliveries to post office boxes are not permitted where delivery is by courier. If delivery is by courier and nobody is available at the delivery address to accept delivery when delivery is attempted then the courier may either:
- leave the relevant parcel at the unattended address (the courier will do so if specified in your delivery requirements); or
- re-attempt delivery at a later time or date, in which case we may charge you an additional re-delivery fee.
Note that if a delivery is left unattended at the shipping address and is subsequently stolen then the theft is your responsibility, not ours.
Payment & Security
Your payment information is processed securely. We do not store credit card details nor have access to your credit card information.