Adeept Pixie Board V3.0 Robot Controller Board, Arduino-Compatible Multi-Servo Control Board with USB-C Programming for Spider Robot, Hexapod, Robotic

Description

Create your own walking robot, robotic arm or servo-driven mechanical project with the Adeept Pixie Board V3.0.
Pixie Board V3.0 is an Arduino-compatible robot controller board designed specifically for multi-servo robotics applications. Unlike traditional development boards that require additional servo drivers and complicated wiring, Pixie Board integrates robot control functions into one compact board.

With support for multiple servo motors, USB-C programming, I2C expansion, UART communication and various robot-oriented interfaces, Pixie Board provides a convenient foundation for building quadruped robots, hexapod robots, robotic arms and other DIY robotics projects.

Whether you are a beginner learning Arduino robotics or an experienced maker developing a custom robot platform, Pixie Board V3.0 provides a reliable and flexible control solution.

Bullet Points
1. Designed for Multi-Servo Robot Projects
Build advanced servo-driven robots with a dedicated controller board designed for quadruped robots, hexapods, robotic arms, spider robots and other DIY robotics projects. Pixie Board V3.0 provides an integrated solution for makers, students and robotics enthusiasts.

2. Supports Up to 13 Servo Motors
Equipped with multiple servo interfaces, Pixie Board V3.0 allows direct connection of multiple servos without complicated wiring. Perfect for walking robots, robotic arms and other multi-joint mechanical projects.

3. Arduino-Compatible Programming
Powered by an ATmega328P microcontroller and compatible with Arduino IDE, the board supports C/C++ programming, custom robot motion control and creative robotics experiments. Upload your code easily through the USB-C interface.

4. Integrated Robot-Oriented Interfaces
Designed specifically for robotics applications with built-in I2C expansion, UART communication, ESP8266 interface, MPU-6050 support, WS2812 RGB LED, buzzer and multiple power options.

5. Perfect for STEM Education & Makers
A great platform for learning robotics, programming, electronics and mechanical design. Ideal for STEM classrooms, robotics clubs, universities, makerspaces and DIY 3D printed robot projects.