Waveshare 25118 RoArm-M2-S Desktop Robotic Arm Kit, Based On ESP32, 4-DOF(US Plug)

1. Number of degrees of freedom: 42. Workspace: horizontal diameter 1090mm (Max, 360 degrees omnidirectional), vertical range 798mm (Max)3. Working voltage: standard 12V 5A power supply, can be powered by 3S lithium battery pack4. Load capacity: 0.5kg@0.5m5. Repeat positioning accuracy: about +/-4mm (same load)6. Drive rotation speed: 40rpm (no load, no torque limit)7. Working range: BASE-360 degrees, SHOULDER-180 degrees, ELBOW-180 degrees, HAND-135 degrees/270 degrees8. Drive mode: TTL bus servo servo (TTL BUS SERVO), joint direct drive9. Number of drives: 510. Joint angle sensor: 12 bits 360-degree magnetic encoder11. Driver stall torque: 30KG.CM @12V12. Joint feedback information: driver status, joint angle, rotation speed, joint load, driver voltage, driver current, driver temperature, driver working mode13. Onboard master control: ESP32-WROOM-3214. Onboard master control module features: WiFi, BT, Dual Core, 240MHz15. Wireless control method: 2.4G-WiFi, ESP-NOW16. Wired control method: USB, UART17. Manual operation method: WEB control interface18. Machine operation method: Use UART/USB/ESP-NOW"/HTTP communication JSON data format instructions (currently, the ESP-NOW JSON instruction interaction in the routine has no feedback information, and cannot be used to execute instructions that will cause long-term blocking, such as: motion control with interpolation or playing long-term task files)19. Connectable host computer: Raspberry Pi, Jetson Orin Nano, PC and other devices that support USB connection. End effector function: default is the chuck function, which can be changed to an extra degree of freedom.20. LED fill light power: less than 1.5W21. OLED screen size: 0.91inch22. Other onboard functions: two 12V switches, 9-DOF IMU23. Robot arm weight: about 841g (excluding the table clamp)24. Table clamp weight: about 296g25. Table thickness supported by the table clamp: less than 72mm26. Robot arm routine function: three-dimensional rectangular coordinate system control (inverse kinematics control), dynamic external force adaptation control, joint angle control, work information feedback, FLASH file system operation, step recording and playback, ESP-NOW control, imitation mode (drag teaching), LED light control, onboard 12V switch control, WFi related function settings, setting the power-on task, bus servo related function settings, feedback mode settings, end assembly method settings, etc. Note: This is just a general introduction. For the specific functions and related instructions of the open source routines, please refer to WKI.Packing list:-Robot arm x 1-Charger x 1-Guide extension base x 1-Camera bracket x 1-End extension bracket x 1-Lightweight base x 1-Accessory bag x 1