Arduino Maze

This 3D-printed Arduino Maze is an interactive project that automatically tilts the maze based on its orientation. Using an MPU6050 accelerometer and gyroscope, the Arduino detects the platform's inclination and controls two servo motors to move the maze in real time.

The project combines electronics, programming, automation, and 3D printing to create a challenging and hands-on game. By simply tilting the platform, you can control the movement of the maze and guide the ball through its path.

Want to build your own? Check out the complete Arduino Maze tutorial on the MakerHero blog, where you’ll find the circuit, assembly instructions, programming, and 3D printing details.

Materials:

• Nano V3.0 Board + USB Cable
• MPU-6050 3-Axis Accelerometer and Gyroscope
• 02 × SG90 Micro Servo
• 9V Alkaline Battery
• 9V Battery Clip Connector
• 10A On/Off Switch
• Male-to-Female Jumper Wires
• 20-Wire Color Flat Cable
• 2mm and 3mm Heat-Shrink Tubing
• 06 × M2.2 x 6.5mm screws
• 4mm steel ball