Introduction: Arduino Bluethooth Exploration Rover

Picture of Arduino Bluethooth Exploration Rover

Hello everybody! In this instructables I will show you how to make a rover/robot tank in few steps. There is also a WiFi camera,so I can see live what the rover sees. This rover is controlled by Bluetooth,with an Android application.

Step 1: WHAT YOU WILL NEED:

Picture of WHAT YOU WILL NEED:

•Arduino uno

•L298N driver

•HC-06 Bluetooth module

• dc motor

•Tank chassis

•Wifi camera

•9v battery

Step 2: Scheme

Picture of Scheme

This is the scheme of wiring. The voltage to applicate to the L298N driver depends on voltage of the dc motors.

Step 3: Arduino Code

Picture of Arduino Code

//Version by jekob

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/This program is used to control a robot using a app that communicates with Arduino through a bluetooth module. //Error Code Chart: Code 01; Turnradius is higher than Speed; Code 02; Speed is higher than 255; #define in1 5 //L298n Motor Driver pins. #define in2 6 #define in3 10 #define in4 11 #define LED 13 int command; //Int to store app command state. int Speed = 204; // 0 - 255. int Speedsec; int buttonState = 0; int lastButtonState = 0; int Turnradius = 0; //Set the radius of a turn, 0 - 255 Note:the robot will malfunction if this is higher than int Speed. int brakeTime = 45; int brkonoff = 1; //1 for the electronic braking system, 0 for normal. void setup() { pinMode(in1, OUTPUT); pinMode(in2, OUTPUT); pinMode(in3, OUTPUT); pinMode(in4, OUTPUT); pinMode(LED, OUTPUT); //Set the LED pin. Serial.begin(9600); //Set the baud rate to your Bluetooth module. }

void loop() { if (Serial.available() > 0) { command = Serial.read(); Stop(); //Initialize with motors stoped. switch (command) { case 'F': forward(); break; case 'B': back(); break; case 'L': left(); break; case 'R': right(); break; case 'G': forwardleft(); break; case 'I': forwardright(); break; case 'H': backleft(); break; case 'J': backright(); break; case '0': Speed = 100; break; case '1': Speed = 140; break; case '2': Speed = 153; break; case '3': Speed = 165; break; case '4': Speed = 178; break; case '5': Speed = 191; break; case '6': Speed = 204; break; case '7': Speed = 216; break; case '8': Speed = 229; break; case '9': Speed = 242; break; case 'q': Speed = 255; break; } Speedsec = Turnradius; if (brkonoff == 1) { brakeOn(); } else { brakeOff(); } } }

void forward() { analogWrite(in1, Speed); analogWrite(in3, Speed); }

void back() { analogWrite(in2, Speed); analogWrite(in4, Speed); }

void left() { analogWrite(in3, Speed); analogWrite(in2, Speed); }

void right() { analogWrite(in4, Speed); analogWrite(in1, Speed); } void forwardleft() { analogWrite(in1, Speedsec); analogWrite(in3, Speed); } void forwardright() { analogWrite(in1, Speed); analogWrite(in3, Speedsec); } void backright() { analogWrite(in2, Speed); analogWrite(in4, Speedsec); } void backleft() { analogWrite(in2, Speedsec); analogWrite(in4, Speed); }

void Stop() { analogWrite(in1, 0); analogWrite(in2, 0); analogWrite(in3, 0); analogWrite(in4, 0); }

void brakeOn() { //Here's the future use: an electronic braking system! // read the pushbutton input pin: buttonState = command; // compare the buttonState to its previous state if (buttonState != lastButtonState) { // if the state has changed, increment the counter if (buttonState == 'S') { if (lastButtonState != buttonState) { digitalWrite(in1, HIGH); digitalWrite(in2, HIGH); digitalWrite(in3, HIGH); digitalWrite(in4, HIGH); delay(brakeTime); Stop(); } } // save the current state as the last state, //for next time through the loop lastButtonState = buttonState; } } void brakeOff() {

}

Step 4: The App

Picture of The App

The app is "Bluetooth rc controller"

Step 5: Almost Finish...

Picture of Almost Finish...

Now the rover should be finish,but if you want ,you can upgrade it with some objects. Check the next step for more info ...

Step 6: UPGRADE

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I would upgrade my rover with different things:

(there is an Image that shows where put the objects).

• I add a WiFi camera on the top of the rover for a live streaming of the video. Then I downloaded the app of the camera to see the streaming.

• Add a flashlight , to illuminate the dark places . In this way the streaming will be more clear and I can see in the dark

Maybe I will add a walkie talkie on the top. In this way I can communicate with the people

• Add a laser pointer to identify and point the target.

Step 7: THE DRONE IS TERMINATED

Picture of THE DRONE IS TERMINATED

The project is finish! Now, with this mini drone, you can explore the hidden and unknown places of the Earth with just a touch on the phone ! I hope you enjoy it

Bye bye.

Comments

mp 15-22 (author)2017-08-08

i really like the remote tank project. is there anyway you could load a link to the code or put a download for the code. thanks and keep up the great work.

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