Materials and Tools
Step 2: Making the Chassis
Batteries
Connecting the Arduino and Motor Shield
Make two holes and power the Arduino
Connecting Bluetooth Module and Switch
Overall Circuit diagram
Sensor Ultrasonic Mounting
Last step - Arduino codes and Bluetooth app editing
Getting Started with Bluetooth App

Published August 5, 2016 © CC BY

Make your first Arduino robot - The best beginners guide!

This is a beginner's guide to making your first Arduino robot. Smart phone controlled, wall follower and obstacle avoiding robot.

BeginnerFull instructions provided1 hour139,555

Make your first Arduino robot - The best beginners guide!

Things used in this project

Hardware components

Arduino UNO

Adafruit L293D Motor Shield

It's a low cost device, and it's easy to use. It's commonly available motor shield which does not require any previous skills. It can be also programmed easily using Adafruit library.

HC-SR4 Ultrasonic Sensor

HC-05 Bluetooth Module

Geared motor

Wheel

Caster wheel

9V battery (generic)

9V Battery Clip

Female/Female Jumper Wires

Plastic Box

Software apps and online services

Bluetooth Electronics

Arduino IDE

Adafruit-Motor-Shield-library

Hand tools and fabrication machines

Soldering iron (generic)

Hot glue gun (generic)

Screw driver

Story

If you're a beginner in Arduino and have a plan to make your first robot, then here's the tutorial for you. Look at the images of what you are going to build, today.

1 / 2

In this tutorial I am going to show how to make an Arduino robot with different functionalities. We can learn the use of different programs for different functions, mainly a smart phone controlled robot with Obstacle avoider, wall follower, and maze solver. Or you can also make it for only a single function.

see it in action

Autonomous Function

Materials and Tools

1 / 5

Step 2: Making the Chassis

Drill two holes for motor:

Connect two motors:

Make three holes for caster wheel:

Connect the caster wheel:

Make two holes on either side of the box for connecting the motors and three holes on the bottom for connecting the caster wheel after measuring and marking the correct diameter. Then install the motors and the caster.

Batteries

Connecting the batteries.

Connection diagram.

Glue the batteries inside the box.

Mount two 9 volt batteries inside the box above the caster. Then wire them in parallel and connect a switch as shown in above diagram.

Connecting the Arduino and Motor Shield

Attach the motor shield above the Arduino.

Connect the battery wires to the PWR terminals of motor shield.

Connect the motors to the motor shield.

Remove the jumper from this port.

Connection diagram

Connect the motor shield above the Arduino and place it above the battery. Then connect the wires from the motors and battery to the motor shield. Check out the connection diagram before connecting, as it is very important.

Wiring Instructions:

Connect the left motor to "M1" of motor shield

Connect the right motor to "M3" of motor shield

Connect the the wire from battery to "ext pwr" of motor shield

Don't forget to remove the jumper from the "pwr" of motor shield

Make two holes and power the Arduino

Mark the spot to make holes.

Make the holes.

Connect the battery clip to DC male jack to the 9V battery.

Place this 9 volt battery inside the box.

Make two holes for accessing the USB port and the DC input port of the Arduino. Take another 9 volt battery and connect a battery clip to a DC male jack adapter, then connect the DC male jack to the Arduino DC input port, to power the Arduino. Then place the battery between the motors and Arduino inside the box.

Connecting Bluetooth Module and Switch

Connect the Bluetooth module to the Arduino

Place the bluetooth module inside the box

Take the switch from first battery connection and make a hole for mounting it

Mount the switch

Connection diagram

Connect the Bluetooth module to the Arduino as shown in the connection diagram and place it inside the box. Then make hole to mount the switch on the back side of the box and connect the switch (here I have changed the switch which is used earlier because of some soldering problem).

Wiring Instruction of Bluetooth module:

"TX" of Bluetooth Module goes to "RX" of Arduino

"RX" of Bluetooth Module goes to "TX" of Arduino

"VCC" of Bluetooth Module goes to "5v" of Arduino

"GND" of Bluetooth Module goes to "GND" of Arduino

The State & Key pins of the BT modules are kept unused.

Overall Circuit diagram

Sensor Ultrasonic Mounting

Take L shaped Plastic piece and glue it with sensor

Connect the wire from ultrasonic sensor and glue it on the box

Connect the wires to Arduino

Now you are finished

Take the ultrasonic sensor and glue a small 'L' shaped plastic piece to it and glue it on top of the plastic box (or if you don't have a glue stick use double sided tape). Then connect the jumper wires to as shown in the circuit diagram above.

Wiring Instruction of ultrasonic sensor:

"VCC" of Ultra sonic sensor goes to "+5" of Arduino

"GND" of Ultra sonic sensor goes to "GND" of Arduino

"Trig" pin of Ultra sonic sensor goes to "Analog pin 1" of Arduino

"Echo" pin of Ultra sonic sensor goes to "Analog pin 0" of Arduino

Now we finished the all the connections and it's time to program.

Last step - Arduino codes and Bluetooth app editing

Upload the "Final Sketch" provided in the code section. If you face any error, make sure you have installed the AFmotor library.

Now, we learned how to program a Arduino easily. I have shown here some programs to work this robot as a obstacle avoiding robot, Wall follower, and Bluetooth controlled. and at last i have combined this three functions together. Watch the video for more details and information

Make sure to install AFmotor library into Arduino. Download AFmotor library. To install Arduino library, refer this Page.

Getting Started with Bluetooth App

Some fun with Wall Follower & Obstacle Avoidance

Visit my blog here - robotechmaker.com

If you have any questions or any suggestions please comment below.

Code

/*
Author:  Marcelo Moraes 

					
  This project contains public domain code.
  The modification is allowed without notice.
  
 */

//Libraries
#include <AFMotor.h>

//Objects
AF_DCMotor motorRight(1, MOTOR12_64KHZ); // create motor #1, 64KHz pwm
AF_DCMotor motorLeft(3, MOTOR12_64KHZ);  // create motor #3, 64KHz pwm

//Constants and variable
char dataIn = 'S';
char determinant;
char det;
int vel = 0; //Bluetooth Stuff


void setup() {
  Serial.begin(9600); // set up Serial library at 9600 bps
  
  //Initalization messages
  Serial.println("ArduinoBymyself - ROVERBot");
  Serial.println("     AF Motor test!");
  
  //turn off motors
  motorRight.setSpeed(0);
  motorLeft.setSpeed(0);
  motorRight.run(RELEASE);
  motorLeft.run(RELEASE);
  
  

}

void loop() {
  det = check(); //call check() subrotine to get the serial code
  
  //serial code analysis
  switch (det){
    case 'F': // F, move forward
    motorRight.setSpeed(vel);
    motorLeft.setSpeed(vel);
    motorRight.run(FORWARD);      
    motorLeft.run(FORWARD);
    det = check();
    break;
    
    case 'B': // B, move back
    motorRight.setSpeed(vel);
    motorLeft.setSpeed(vel);
    motorRight.run(BACKWARD);      
    motorLeft.run(BACKWARD);
    det = check();
    break;
    
    case 'L':// L, move wheels left
    motorRight.setSpeed(vel);
    motorLeft.setSpeed(vel/4);
    motorRight.run(FORWARD);      
    motorLeft.run(FORWARD);
    det = check();
    break;
    
    case 'R': // R, move wheels right
    motorRight.setSpeed(vel/4);
    motorLeft.setSpeed(vel);
    motorRight.run(FORWARD);      
    motorLeft.run(FORWARD);
    det = check();
    break;
    
    case 'I': // I, turn right forward
    motorRight.setSpeed(vel/2);
    motorLeft.setSpeed(vel);
    motorRight.run(FORWARD);      
    motorLeft.run(FORWARD);
    det = check();
    break;
    
    case 'J': // J, turn right back
    motorRight.setSpeed(vel/2);
    motorLeft.setSpeed(vel);  
    motorRight.run(BACKWARD);     
    motorLeft.run(BACKWARD);
    det = check();
    break;
    
    case 'G': // G, turn left forward
    motorRight.setSpeed(vel);
    motorLeft.setSpeed(vel/2);
    motorRight.run(FORWARD);      
    motorLeft.run(FORWARD);
    det = check();
    break;
    
    case 'H': // H, turn left back
    motorRight.setSpeed(vel);
    motorLeft.setSpeed(vel/2);
    motorRight.run(BACKWARD);     
    motorLeft.run(BACKWARD);
    det = check();
    break;
    
    case 'S': // S, stop
    motorRight.setSpeed(vel);
    motorLeft.setSpeed(vel);
    motorRight.run(RELEASE);      
    motorLeft.run(RELEASE);
    det = check();
    break;
    
    
    
  }
}

//get bluetooth code received from serial port
int check(){
  if (Serial.available() > 0){// if there is valid data in the serial port
    dataIn = Serial.read();// stores data into a varialbe
    
    //check the code
    if (dataIn == 'F'){//Forward
      determinant = 'F';
    }
    else if (dataIn == 'B'){//Backward
      determinant = 'B';
    }
    else if (dataIn == 'L'){//Left
      determinant = 'L';
    }
    else if (dataIn == 'R'){//Right
      determinant = 'R';
    }
    else if (dataIn == 'I'){//Froward Right
      determinant = 'I';
    }
    else if (dataIn == 'J'){//Backward Right
      determinant = 'J';
    }
    else if (dataIn == 'G'){//Forward Left
      determinant = 'G';
    }    
    else if (dataIn == 'H'){//Backward Left
      determinant = 'H';
    }
    else if (dataIn == 'S'){//Stop
      determinant = 'S';
    }
    else if (dataIn == '0'){//Speed 0
      vel = 0;
    }
    else if (dataIn == '1'){//Speed 25
      vel = 25;
    }
    else if (dataIn == '2'){//Speed 50
      vel = 50;
    }
    else if (dataIn == '3'){//Speed 75
      vel = 75;
    }
    else if (dataIn == '4'){//Speed 100
      vel = 100;
    }
    else if (dataIn == '5'){//Speed 125
      vel = 125;
    }
    else if (dataIn == '6'){//Speed 150
      vel = 150;
    }
    else if (dataIn == '7'){//Speed 175
      vel = 175;
    }
    else if (dataIn == '8'){//Speed 200
      vel = 200;
    }
    else if (dataIn == '9'){//Speed 225
      vel = 225;
    }
    else if (dataIn == 'q'){//Speed 255
      vel = 255;
    }
    else if (dataIn == 'U'){//Back Lights On
      determinant = 'U';
    }
    else if (dataIn == 'u'){//Back Lights Off
      determinant = 'u';
    }
    else if (dataIn == 'W'){//Front Lights On
      determinant = 'W';
    }
    else if (dataIn == 'w'){//Front Lights Off
      determinant = 'w';
    }
    else if (dataIn == 'V'){//Horn On
      determinant = 'V';
    }
    else if (dataIn == 'v'){//Horn Off
      determinant = 'v';
    }
    else if (dataIn == 'X'){//Extra On
      determinant = 'X';
    }
    else if (dataIn == 'x'){//Extra Off
      determinant = 'x';
    }
  }
  return determinant;
}

/*
Author: Muhammed Azhar
visit - robotechmaker.com
*/

#include <AFMotor.h>
#define trigPin 14 // define the pins of your sensor
#define echoPin 15 

//Objects
AF_DCMotor motorRight(1, MOTOR12_64KHZ); // create motor #1, 64KHz pwm
AF_DCMotor motorLeft(3, MOTOR12_64KHZ);  // create motor #3, 64KHz pwm

//Constants and variable
char dataIn = 'S';
char determinant;
char det;
int vel = 255; //Bluetooth Stuff

void setup() {
  Serial.begin(9600); // set up Serial library at 9600 bps
  
  pinMode(trigPin, OUTPUT);// set the trig pin to output (Send sound waves)
  pinMode(echoPin, INPUT);// set the echo pin to input (recieve sound waves)  

  //Initalization messages
  Serial.println(" Mr.robot");
  Serial.println(" Reday for working!");
  
  //turn off motors
  motorRight.setSpeed(0);
  motorLeft.setSpeed(0);
  motorRight.run(RELEASE);
  motorLeft.run(RELEASE);
}

void loop() {
  det = check(); //call check() subrotine to get the serial code
  //serial code analysis
  switch (det){
    case 'F': // F, move forward
    motorRight.setSpeed(vel);
    motorLeft.setSpeed(vel);
    motorRight.run(FORWARD);      
    motorLeft.run(FORWARD);
    det = check();
    break;
    
    case 'B': // B, move back
    motorRight.setSpeed(vel);
    motorLeft.setSpeed(vel);
    motorRight.run(BACKWARD);      
    motorLeft.run(BACKWARD);
    det = check();
    break;
    
    case 'L':// L, move wheels left
    motorRight.setSpeed(vel);
    motorLeft.setSpeed(vel/4);
    motorRight.run(FORWARD);      
    motorLeft.run(FORWARD);
    det = check();
    break;
    
    case 'R': // R, move wheels right
    motorRight.setSpeed(vel/4);
    motorLeft.setSpeed(vel);
    motorRight.run(FORWARD);      
    motorLeft.run(FORWARD);
    det = check();
    break;
    
    case 'I': // I, turn right forward
    motorRight.setSpeed(vel/2);
    motorLeft.setSpeed(vel);
    motorRight.run(FORWARD);      
    motorLeft.run(FORWARD);
    det = check();
    break;
    
    case 'J': // J, turn right back
    motorRight.setSpeed(vel/2);
    motorLeft.setSpeed(vel);  
    motorRight.run(BACKWARD);     
    motorLeft.run(BACKWARD);
    det = check();
    break;
    
    case 'G': // G, turn left forward
    motorRight.setSpeed(vel);
    motorLeft.setSpeed(vel/2);
    motorRight.run(FORWARD);      
    motorLeft.run(FORWARD);
    det = check();
    break;
    
    case 'H': // H, turn left back
    motorRight.setSpeed(vel);
    motorLeft.setSpeed(vel/2);
    motorRight.run(BACKWARD);     
    motorLeft.run(BACKWARD);
    det = check();
    break;
    
    case 'S': 
   // S, stop
    motorRight.setSpeed(vel);
    motorLeft.setSpeed(vel);
    motorRight.run(RELEASE);      
    motorLeft.run(RELEASE);
    det = check();
    break;

    case 'm':
   
  //for wall follower robot.
   motorRight.setSpeed(vel); //set the speed of the motors, between 0-255
   motorLeft.setSpeed (vel); 

  long duration, distance; // start the scan
  digitalWrite(trigPin, LOW);  
  delayMicroseconds(2); // delays are required for a succesful sensor operation.
  digitalWrite(trigPin, HIGH);

  delayMicroseconds(10); //this delay is required as well!
  digitalWrite(trigPin, LOW);
  duration = pulseIn(echoPin, HIGH);
  distance = (duration/2) / 29.1;// convert the distance to centimeters.
  if (distance < 30)/*The distance that need to to keep with the wall */ {   
Serial.println ("Wall is ditected!" );
Serial.println (" Started following the wall ");
Serial.println (" Turning !");
   motorRight.setSpeed(vel);
   motorLeft.setSpeed(0);
   motorRight.run(FORWARD);
   motorLeft.run(RELEASE); 
   delay(500); // wait for a second
}

  else {
   Serial.println ("No Wall detected. turning round");
   delay (15);
    motorRight.setSpeed(0);
    motorLeft.setSpeed(vel); 
    motorRight.run(RELEASE); 
    motorLeft.run (FORWARD);

  }
     break;
     
    case 'b':
  //obstacle avoider robot
  
   motorRight.setSpeed(vel); //set the speed of the motors, between 0-255
   motorLeft.setSpeed (vel);  
 
  long Aduration, Adistance; // start the scan
  digitalWrite(trigPin, LOW);  
  delayMicroseconds(2); // delays are required for a succesful sensor operation.
  digitalWrite(trigPin, HIGH);

  delayMicroseconds(10); //this delay is required as well!
  digitalWrite(trigPin, LOW);
  Aduration = pulseIn(echoPin, HIGH);
  Adistance = (Aduration/2) / 29.1;// convert the distance to centimeters.
  if (Adistance < 25)/*if there's an obstacle 25 centimers, ahead, do the following: */ {   
Serial.println ("Close Obstacle detected!" );
Serial.println ("Obstacle Details:");
Serial.print ("Distance From Robot is " );
Serial.print ( Adistance);
Serial.print ( " CM!");// print out the distance in centimeters.

Serial.println (" The obstacle is declared a threat due to close distance. ");
Serial.println (" Turning !");
    motorRight.setSpeed(vel);
    motorLeft.setSpeed(vel); 
    motorLeft.run(BACKWARD);  // Turn as long as there's an obstacle ahead.
    motorRight.run (FORWARD);

}
  else {
   Serial.println ("No obstacle detected. going forward");
   delay (15);
   motorRight.setSpeed(vel);
   motorLeft.setSpeed(vel);
   motorRight.run(FORWARD); //if there's no obstacle ahead, Go Forward! 
   motorLeft.run(FORWARD);  

    } 
   break;
  }
}

//get bluetooth code received from serial port
int check(){
  if (Serial.available() > 0){// if there is valid data in the serial port
  dataIn = Serial.read();// stores data into a varialbe

//check the code
    if (dataIn == 'F'){//Forward
      determinant = 'F';
    }
    else if (dataIn == 'B'){//Backward
      determinant = 'B';
    }
    else if (dataIn == 'L'){//Left
      determinant = 'L';
    }
    else if (dataIn == 'R'){//Right
      determinant = 'R';
    }
    else if (dataIn == 'I'){//Froward Right
      determinant = 'I';
    }
    else if (dataIn == 'J'){//Backward Right
      determinant = 'J';
    }
    else if (dataIn == 'G'){//Forward Left
      determinant = 'G';
    }    
    else if (dataIn == 'H'){//Backward Left
      determinant = 'H';
    }
    else if (dataIn == 'S'){//Stop
      determinant = 'S';
    }
    else if (dataIn == '0'){//Speed 0
      vel = 0;
    }
    else if (dataIn == '1'){//Speed 25
      vel = 25;
    }
    else if (dataIn == '2'){//Speed 50
      vel = 50;
    }
    else if (dataIn == '3'){//Speed 75
      vel = 75;
    }
    else if (dataIn == '4'){//Speed 100
      vel = 100;
    }
    else if (dataIn == '5'){//Speed 125
      vel = 125;
    }
    else if (dataIn == '6'){//Speed 150
      vel = 150;
    }
    else if (dataIn == '7'){//Speed 175
      vel = 175;
    }
    else if (dataIn == '8'){//Speed 200
      vel = 200;
    }
    else if (dataIn == '9'){//Speed 225
      vel = 225;
    }   
    else if (dataIn == 'b'){//Extra On
      determinant = 'b';
    }
    else if (dataIn == 'm'){//Extra On
      determinant = 'm';
    }

  }
  return determinant;
}

/*
Author: Muhammed Azhar
visit - robotechmaker.com
*/

#include <AFMotor.h>
#define trigPin 14 // define the pins of your sensor
#define echoPin 15 

int vel = 255; // Speed of the robot

//Objects
AF_DCMotor motorRight(1, MOTOR12_64KHZ); // create motor #1, 64KHz pwm
AF_DCMotor motorLeft(3, MOTOR12_64KHZ);  // create motor #3, 64KHz pwm

void setup() {
  Serial.begin(9600); // set up Serial library at 9600 bps
  
  pinMode(trigPin, OUTPUT);// set the trig pin to output (Send sound waves)
  pinMode(echoPin, INPUT);// set the echo pin to input (recieve sound waves)  

  //Initalization messages
  Serial.println(" Mr.robot");
  Serial.println(" Reday for working!");
  
  //turn off motors
  motorRight.setSpeed(0);
  motorLeft.setSpeed(0);
  motorRight.run(RELEASE);
  motorLeft.run(RELEASE);
}

void loop() {
 //obstacle avoider robot
  
   motorRight.setSpeed(vel); //set the speed of the motors, between 0-255
   motorLeft.setSpeed (vel);  
 
  long duration, distance; // start the scan
  digitalWrite(trigPin, LOW);  
  delayMicroseconds(2); // delays are required for a succesful sensor operation.
  digitalWrite(trigPin, HIGH);

  delayMicroseconds(10); //this delay is required as well!
  digitalWrite(trigPin, LOW);
  duration = pulseIn(echoPin, HIGH);
  distance = (duration/2) / 29.1;// convert the distance to centimeters.
  if (distance < 25)/*if there's an obstacle 25 centimers, ahead, do the following: */ {   
Serial.println ("Close Obstacle detected!" );
Serial.println ("Obstacle Details:");
Serial.print ("Distance From Robot is " );
Serial.print ( distance);
Serial.print ( " CM!");// print out the distance in centimeters.

Serial.println (" The obstacle is declared a threat due to close distance. ");
Serial.println (" Turning !");
    motorRight.setSpeed(vel);
    motorLeft.setSpeed(vel); 
    motorLeft.run(BACKWARD);  // Turn as long as there's an obstacle ahead.
    motorRight.run (FORWARD);

}
  else {
   Serial.println ("No obstacle detected. going forward");
   delay (15);
   motorRight.setSpeed(vel);
   motorLeft.setSpeed(vel);
   motorRight.run(FORWARD); //if there's no obstacle ahead, Go Forward! 
   motorLeft.run(FORWARD);  

    } 
  }

/*
Author: Muhammed Azhar
visit - robotechmaker.com
*/

#include <AFMotor.h>
#define trigPin 14 // define the pins of your sensor
#define echoPin 15 

int vel = 255; // Speed of the robot

			   //Objects
AF_DCMotor motorRight(1, MOTOR12_64KHZ); // create motor #1, 64KHz pwm
AF_DCMotor motorLeft(3, MOTOR12_64KHZ);  // create motor #3, 64KHz pwm

void setup()
{
	Serial.begin(9600); // set up Serial library at 9600 bps

	pinMode(trigPin, OUTPUT);// set the trig pin to output (Send sound waves)
	pinMode(echoPin, INPUT);// set the echo pin to input (recieve sound waves)  

							//Initalization messages
	Serial.println(" Mr.robot");
	Serial.println(" Reday for working!");

	//turn off motors
	motorRight.setSpeed(0);
	motorLeft.setSpeed(0);
	motorRight.run(RELEASE);
	motorLeft.run(RELEASE);
}

void loop()
{

	//for wall follower robot.
	motorRight.setSpeed(vel); //set the speed of the motors, between 0-255
	motorLeft.setSpeed(vel);

	long duration, distance; // start the scan
	digitalWrite(trigPin, LOW);
	delayMicroseconds(2); // delays are required for a succesful sensor operation.
	digitalWrite(trigPin, HIGH);

	delayMicroseconds(10); //this delay is required as well!
	digitalWrite(trigPin, LOW);
	duration = pulseIn(echoPin, HIGH);
	distance = (duration / 2) / 29.1;// convert the distance to centimeters.
	if (distance < 30)/*The distance that need to to keep with the wall */
	{
		Serial.println("Wall is ditected!");
		Serial.println(" Started following the wall ");
		Serial.println(" Turning !");
		motorRight.setSpeed(vel);
		motorLeft.setSpeed(0);
		motorRight.run(FORWARD);
		motorLeft.run(RELEASE);
		delay(500); // wait for a second
	}

	else
	{
		Serial.println("No Wall detected. turning round");
		delay(15);
		motorRight.setSpeed(0);
		motorLeft.setSpeed(vel);
		motorRight.run(RELEASE);
		motorLeft.run(FORWARD);
	}
}

Credits

Muhammed Azhar

1 project • 163 followers

I am Muhammed Azhar a maker from India. Visit my blog for more projects- robotechmaker.com

Make your first Arduino robot - The best beginners guide!

Things used in this project

Hardware components

Software apps and online services

Hand tools and fabrication machines

Story

Materials and Tools

Step 2: Making the Chassis

Batteries

Connecting the Arduino and Motor Shield

Make two holes and power the Arduino

Connecting Bluetooth Module and Switch

Overall Circuit diagram

Sensor Ultrasonic Mounting

Last step - Arduino codes and Bluetooth app editing

Getting Started with Bluetooth App

Schematics

Make your first Arduino robot schematic - Robotech maker

Code

Bluetooth (Controlled Robot) Sketch

Final Sketch (Final Code)

Obstacle Avoider Sketch

Wall Follower Sketch

Credits

Muhammed Azhar

Comments

Embed the widget on your own site

Make your first Arduino robot - The best beginners guide!

Make your first Arduino robot - The best beginners guide!

Things used in this project

Hardware components

Software apps and online services

Hand tools and fabrication machines

Story

Materials and Tools

Step 2: Making the Chassis

Batteries

Connecting the Arduino and Motor Shield

Make two holes and power the Arduino

Connecting Bluetooth Module and Switch

Overall Circuit diagram

Sensor Ultrasonic Mounting

Last step - Arduino codes and Bluetooth app editing

Getting Started with Bluetooth App

Schematics

Make your first Arduino robot schematic - Robotech maker

Code

Bluetooth (Controlled Robot) Sketch

Final Sketch (Final Code)

Obstacle Avoider Sketch

Wall Follower Sketch

Credits

Muhammed Azhar

Comments

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