Adeept Electronic Core Kit for DIY Robots, Pixie Board V3.0 Arduino-Compatible Controller with Multi-Servo Motors, Electronics and Wiring for 3D Print

Description

Bullet Points

1. BUILD YOUR OWN ROBOT - WITHOUT DESIGNING THE ELECTRONICS FROM SCRATCH
Turn your 3D-printed robot design into a working machine with a complete electronics core. The kit combines the Adeept Pixie Board V3.0 robot controller, servo motors and essential wiring accessories for DIY robotics projects.

2. THE ELECTRONIC CORE FOR 3D-PRINTED ROBOTS
Designed for makers who already have, or plan to create, their own mechanical structure. Use the electronic core with custom 3D-printed frames, legs, brackets and other robot mechanisms to build your own unique robot.

3. ARDUINO-COMPATIBLE MULTI-SERVO CONTROL
Powered by the Pixie Board V3.0 with an ATmega328P microcontroller and Arduino IDE compatibility. Multiple servo ports make it suitable for multi-joint robots such as quadrupeds, hexapods, robotic arms and other servo-driven mechanisms.

4. MORE THAN JUST A SERVO KIT
The Pixie Board provides USB-C programming, I2C and UART interfaces, expansion options and robot-oriented peripherals, giving you a flexible electronics platform for experimenting with sensors, LEDs, buzzers and other modules.

5. A HANDS-ON ROBOTICS PLATFORM FOR MAKERS & STEM LEARNING
Learn Arduino programming, servo control, electronics, mechanical design and robot motion through a real DIY project. Ideal for makers, students, educators, robotics clubs and anyone who wants to build a robot from their own 3D-printed parts.

Build the Electronics. Design the Robot.
Want to build your own 3D-printed robot instead of assembling a fixed robot kit?
The Adeept Electronic Core Kit provides the essential electronics needed to bring your custom robot design to life. At the heart of the kit is the Adeept Pixie Board V3.0, an Arduino-compatible robot controller designed specifically for multi-servo robotics projects.
Instead of spending time selecting a controller, servo motors, cables and other electronics separately, the Electronic Core Kit gives you a ready-to-use electronics platform for your DIY robot project.

Designed for Custom Robot Projects
The Electronic Core Kit is especially suitable for makers who want to design and print their own mechanical structures.

Create your own:

Quadruped robots
Spider robots
Hexapod robots
Robotic arms
Walking robots
Experimental robot platforms
Custom 3D-printed mechanisms

The mechanical structure is intentionally left open so you can design your robot around your own ideas.

Arduino-Compatible Robot Control
The Pixie Board V3.0 uses an ATmega328P microcontroller and works with the Arduino IDE, making it accessible to both beginners and experienced makers.
Connect the board to your computer through USB-C, upload your program and customize your robot's movements.

Built for Multi-Servo Applications
Multiple servo interfaces allow you to connect the motors required for multi-joint robotic mechanisms while keeping the wiring organized.
The board is designed for applications where many servos need to be controlled from a single robot controller.

Expand Your Robot
The Pixie Board also provides interfaces for expanding your project with additional hardware, including I2C devices, UART modules, RGB LEDs, buzzers and motion-sensing components.
This makes the Electronic Core Kit more than a collection of motors - it is a foundation for experimenting with complete robotic systems.

Learn by Building
Building your own robot is a hands-on way to learn:

Arduino programming
Servo motor control
Electronics
Mechanical design
Robot kinematics
Walking gait programming
Hardware troubleshooting

Design the structure. Print the parts. Connect the electronics. Write the code. Then bring your robot to life.

Important
This is an Electronic Core Kit for DIY robotics projects.
Mechanical/3D-printed robot parts are NOT included.
Please check the package contents carefully before ordering to make sure this version matches your project requirements.