myController S570 Portable Exoskeleton Robot Controller - Data Capture
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The myController S570 is a portable exoskeleton designed by Elephant Robotics for motion data collection. It can be used for myCobot 280¡¢myCobot 320¡¢myCobot Pro 630¡¢myAGV¡¢mechArm 270¡¢myArm M750¡¢myBuddy 280¡¢Mercury Humanoid Robot and also works with different types of robots for data capture, remote control, and development. This device enables researchers, developers, and educators to seamlessly integrate robotics into practical applications and learning environments.
Application Scenarios
Research and Development
The S570 captures motion data at 100Hz, ensuring precise AI training and efficient robotic motion capture. Its advanced data processing capabilities make it ideal for handling complex scenarios in research and algorithm development, providing a solid foundation for innovation.
Education and Training
The S570 works seamlessly with robots of various DOFs, offering a flexible platform for hands-on learning. It enables intuitive robot control, helping students and researchers quickly understand robotics while promoting engaging and accessible education.
Robotic Teleoperation
With Python libraries and ROS support, the S570 simplifies robot integration for motion data collection and remote control. Its standardized formats and open-source tools make teleoperation easy, even for beginners.
myController S570 Video
Case Control Presentation
myAGV & myCobot 280
myArm M750
Mercury X1
Catching and throwing napkins
Product Highlights
Product Package
| What's Included? | myController S570 *1 |
|---|---|
| 8.4V Power Adapter *1 | |
| USB Data Cable *1 |
Software Programming
Provides a standardized robot driver library via PyPI, supporting queries for joint angles, Cartesian coordinates, and more.Supports both ROS1 and ROS2, with RViz simulation and real-time robot state display.
Product Parameters
| Name | myController S570 ¨C Exoskeleton Controller | |||||||||
|---|---|---|---|---|---|---|---|---|---|---|
| DOF | 12 (6+6) | |||||||||
| Arm Reach | 570mm per arm | |||||||||
| Total Span | 1500mm | |||||||||
| Weight | 1.5kg | |||||||||
| Power Supply | 8.4V, 2A | |||||||||
| Rotation Range | ¡À180¡ã | |||||||||
| USB Connection | Type-C | |||||||||
| LCD Display | 2.0¡å @ 320¡Á240, IPS panel, 853 nits max brightness | |||||||||
| Data Rate | Up to 100Hz | |||||||||
| Main Controller | ESP32 (Basic), 240MHz dual-core, 600 DMIPS, 520KB SRAM, dual-mode Bluetooth and Wi-Fi | |||||||||
| Auxiliary Controller | ESP32 ¡Á2 (Atom), 4MB Flash, 5¡Á5 LED Matrix | |||||||||
| Interfaces | Provides access to joint position, speed, acceleration, button status, joystick state, gyroscope data, and customizable LED colors (read/write) | |||||||||
| File Formats | Supports 3D-Step and 2D CAD files | |||||||||
| Current Position | Read | |||||||||
| Current Speed | Read | |||||||||
| Current Acceleration | Read | |||||||||
| Button Status | Read | |||||||||
| Joystick State | Read | |||||||||
| Gyroscope Data | Read | |||||||||
| LED Light Color | Read/Write | |||||||||
| Robot Compatibility |
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