Servos will provide various feedback like position, speed, torque lock, and operating mode servo mode, servo motor mode, etc; for advanced projects requiring closed-loop automatic control; The host controller can control the serial bus servos by sending JSON commands and obtain feedback information in JSON format, more convenient for secondary development; Ideal choice for building quadruped robots, hexapod walkers, robotic arms and other robotic projects requiring multiple servos ESP32 Controller, Extensive Resources, Easy Secondary Development: Built-In WiFi And BT, As Well As ESP-NOW Support, For Remote Control And Servo Debugging;
Uart serial bus control: allows controlling up to 253 serial bus servos at the same time supports controlling multiple servos: supports controlling st/rsbl series bus servos, requiring power supply to the drive board according to different bus servo power supply requirements; Suitable For Raspberry P 5 / 4B: Supports Powering The Pi And Communicating Through GPIO UART Interface, Neat Cable Management Wired Control Mode: Supports Sending JSON Commands To ESP32 For Controlling The Serial Bus Servos, Or Directly Sending Control Commands To The Servos Via USB Type-C Port; Comes With Python Demo; Wireless Control Mode: The Bus Servo Driver HAT A Will Automatically Establish A Hotspot After Powering On, Allows Users To Connect And Control The Driver Board Via Mobile Phones, Tablets And PCs With The Cross-Platform Web Application We Provided.
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