RC Bluetcar

A car made with Arduino controlled by ios or android ..
In this case controlled by IOS.

Step 1: Necessary Materials

1- Arduíno

1- Chip L293D

2- Leds ( any color )

1-Buzzer

1-HM-10 ( bluetooth module )

Jumpers.

Step 2: Performing the Links

Step 3: After Connecting Pins, Find a Frame (chassis)

What can be done:
- Cardboard

-Acrylic

- Used Rc Cars ..

And what I prefer.

Step 4: Choose the App to Control the Project

Choose the app is important because, as the app is coming from the code, and what commands it sends to the project receive and play the code ..
I recommend App's I used in the project as the LOFI ROBOT (IOS). Providing the code, and the app get a good connection with the Bluetooth (HM-10). However can use the app you prefer, it is only a recommendation LOFI , I realized the project with him and it was quiet ..

Step 5: CODE !

If you use the lofi app, the code has been modified to be used in this Project or use original code this available in

http://www.lofirobot.com/

All credits to the robot lofi app, I am using to represent only show the operation of the project that used the LOFI ROBOT app.

int val = 0;
int horizontal = 50;

int vertical = 50;

int A_state = 0;

int B_state = 0;

char data[5];

int m1;
int m2;

void setup()
{

  // silnik M1
 

pinMode(2, OUTPUT);

  pinMode(4, OUTPUT);

  pinMode(3, OUTPUT);

  // silnik M2

  pinMode(8, OUTPUT);

  pinMode(7, OUTPUT);

  pinMode(5, OUTPUT);

  //buzzer

  pinMode(13, OUTPUT);

  // diody LED
 

pinMode(10, OUTPUT);

  pinMode(9, OUTPUT);

  Serial.begin(9600); // komunikacja Arduino->Komputer przez kabel USB
 

Serial.begin(9600); // komunikacja Arduino->HM-10 bluetooth
   

motor1(1,225 );

  motor2(1, 225);
}
void loop()
{

  if (Serial.available())
  {
    Serial.readBytes(data, 5); // odbior danych z aplikacji

    horizontal = int(data[1]); 

// joystick os pozioma
    

vertical = int(data[2]); // joystick os pionowa
  

  A_state = int(data[3]); 

// lewy przycisk
 

   B_state = int(data[4]); // prawy przycisk

horizontal = horizontal * 2 - 100;
   

vertical = vertical * 2 - 100;

    Serial.print("horizontal = ");
 

   Serial.print(horizontal);
  

  Serial.print(" vertical = ");
 

   Serial.print(vertical);
 

   Serial.print(" A = ");
    Serial.print(A_state);
  

  Serial.print(" B = ");
 

   Serial.println(B_state);
  }
  digitalWrite(13, A_state);

  digitalWrite(10, B_state);
  digitalWrite(9, B_state);
 

m1 = vertical - horizontal;

m2 = vertical + horizontal;

int mm1 = min(255, 2.7 * abs(horizontal ));

int mm2 = min(255, 2.7 * abs(vertical));

  if (m1 > 0)
    motor1(true, mm1);
  else
    motor1(false, mm1);

  if (m2 > 0)
    motor2(true, mm2);
  else
    motor2(false, mm2);

}

void motor1(boolean direction, int power)
{
  digitalWrite(2, direction);
  digitalWrite(4, !direction);
  analogWrite(3,power );
}
// funkcja sterująca silnikiem podłączonym do gniazda M2
void motor2(boolean direction, int power)
{
  digitalWrite(7, direction);
  digitalWrite(8, !direction);
  analogWrite(5,power );
}