Summary of 3d Maze Game Using Arduino
This article guides readers through building a 3D maze game controlled by joysticks using an Arduino Uno. The project involves constructing a remote controller and a rotating maze mechanism using cardboard, servos, and electronic components. It covers assembly steps for joining parts, wiring connections to specific digital and analog pins, and uploading custom code to operate the system.
Parts used in 3D Maze Game:
- Cardboard (MDF Board)
- Joystick Module*2
- SG90 Servo Motor*4
- Arduino Uno
- Breadboard
- Nuts
- Nail pins
- Jumper wires
- Connecting wires
- Some cardboard pieces
Hello friends , so today we are going to make a maze game using ARDUINO UNO.
As Arduino Uno is the mostly used board it is very cool to make games with it. In this Instructable lets make the maze game which is controlled using joysticks .
Don’t forget to Vote and this is MY FIRST INSTRUCTABLE.
Supplies
1.Cardboard(MDF Board)
2.Joystick Module*2
3.SG90 Servo Motor*4
4.Arduino Uno
5.Breadboard
6.Nuts
7.Nail pins
8.Jumper wires
9.Connecting wires
10.Some cardboard pieces
Step 1: Joining the Joystick
Firstly we are going to make a remote controller to control our gaming setup.
This is done easily by using joystick module. Place the joystick module on the cardboard and add two side cardboard pieces to make it like a jostick arm. This wo controllers are help to control the 4 servo motors effectively and it makes the control very cool even. Even though if you want to increase the difficulty of our game you can do connections of servo with jostick module in opposite manner easily.
Step 2: Pieces
Take cardboard and make some pieces according to the size of the servo motors.
This cardboard pieces can connect the servo motors perpendicular to each other.
Step 3: Joining the Servos
Take the two servo motors and connect them perpendicular to each other so that they can control the X and Y axis turning of the maze when controlled with the joystick.
Place this two pairs on the cardboard piece to hold the maze over it.
In order to make the base strong we can also use the MDF board rather than the cardboard.
Step 4: Connecting the Parts
Place the breadboard and Arduino Uno on cardboard and connect it with the joysticks using glue gun.
Step 5: Cuttings
Take the cardboard and make a difficult maze over it.
Then use the cardboard pieces to make a 3D maze easily and surround it with borders.
Step 6: Connections
1.Connect s1,s2,s3 and s4 to the arduino digital pins (any according to you)
2.Connect the jostick modules to analog pins A0,A1,A1 AND A3 consecutively .
NOTE:-
1.Remember while uploading the given program into arduino that your connected pins and analog pins must be same otherwise the project doesn’t works.
2.Change the pin no. in the programming code according to your connections.
Step 7: Programming
https://docs.google.com/document/d/1Rnvig5YBqGpCQB…
Let’s upload the code.
Step 8: Result
Our 3D MAZE GAME is ready to be played.
Source: 3d Maze Game Using Arduino
- What is the main purpose of this project?
The goal is to create a maze game using an Arduino Uno that is controlled using joysticks. - How many servo motors are required for the build?
You need four SG90 Servo Motors to control the X and Y axis turning of the maze. - Which pins should the joystick modules connect to?
The joystick modules must connect to analog pins A0, A1, A1, and A3 consecutively. - Can I change the pin numbers in the code?
Yes, you must change the pin numbers in the programming code according to your actual connections. - What material is recommended for a stronger base?
MDF board can be used instead of cardboard to make the base stronger. - How do the two servo pairs function together?
Two servo motors connected perpendicularly control the X and Y axis turning of the maze when operated with the joystick. - Why is it important to match pin numbers in the code?
If the connected pins and analog pins do not match what is written in the program, the project will not work. - What role does the remote controller play?
The remote controller made from joystick modules helps control the four servo motors effectively.
