RC Boat by Arduino

How to make A big remote controlled Boat. high speed. Build your own RC Car Better than the Market

AdvancedWork in progress4,465

Things used in this project

Hardware components

Arduino UNO

Jumper wires (generic)

General Purpose Transistor NPN

Signal Relay, 5 VDC

Geared DC Motor, 12 V

Story

Making a Remotely Controlled Boat

The Story we all want to invent our own RC Boat that's fast, rigid and reliable enough to Play tell you feel bored from it...

In this demonstration we offer the new way to make your own RC Boat..

What's New ??

Aws Alkarmi some Boat Measurements

A new way to control the flipping direction instead of the motor H-Bridge module, we have used Two Relays to work as a H-Bridge Using the Arduino UNO... by that we offer a high current passing through the splitted Power rather than going to buy a high current H-Bridge...

A new way to connect the 2.4GHz Wireless Transmission System. By upgrading Amplifying the transmission rang to 140 meters instead of 30 meters... Using an old RC car transmission system rising UP the voltage to the high voltage limit in the IC transmission inside the Remote will Upgrade the transmission range... Remember to see the Full IC Characteristics. to insure not to burn the IC... Using the Wifi antenna We can Expand the range of the Transmission.... Don't forget to take the 2.4GHz one Not the 5GHz....

A new Way to have higher speed of the DC motors and torque. by Studying the DC motor characteristics we can see the highest level of torque.. we measure the voltage to get the Voltage limit. not to go over. this will insure you a great Playing Drift RC car...

A long Time Playing by increasing the capacity of the Li-Ion Batteries that we have installed....

Finally Connect the Receiver Transmission to the Arduino UNO, connect the Boat to the Computer to start reading the Transmission interference to Programing the commands you wants. depending on the data transferred you see at the monitor....

I HOPE YOU MAKE IT MAKING THE WORLD BETTER

RC Boat Code By Aws Alkarmi

int ForwordSignal=A1;
int BackwordSignal=A4;
int LEDs=3;
int ForwordMotor=4;
int BackwordMotor=12;
int code1;
int cod2;
int FM=0;
int BM=0;
int state=0;
int testRelay=8;



void setup() {
 
      Serial.begin(9600);
      pinMode(ForwordSignal,INPUT);
      pinMode(BackwordSignal,INPUT);
      pinMode(ForwordMotor,OUTPUT);
      pinMode(BackwordMotor,OUTPUT);
      pinMode(LEDs,OUTPUT);
      pinMode(testRelay,OUTPUT);


}

void loop() {
     FM=analogRead(ForwordSignal);
     BM=analogRead(BackwordSignal);

     Serial.println("B");
     Serial.println("----");
     Serial.println("F");

     if(FM>200) //  3.3volts ---675 bit
     {
      digitalWrite(ForwordMotor,HIGH);// LOW to start the relay 
      digitalWrite(BackwordMotor,LOW); // HIGH to stop the relay 
      digitalWrite(testRelay,LOW);
      
      state=1;
                   Serial.print("FM is");
                   Serial.println(FM);

     }else if(BM>200)
      {
        digitalWrite(BackwordMotor,HIGH);//very good
        digitalWrite(ForwordMotor,LOW);
        ; // HIGH to stop the relay 

                Serial.print("BM is");
                Serial.println(BM);

        state=2;
      }else{digitalWrite(ForwordMotor,HIGH);
        digitalWrite(BackwordMotor,HIGH);
        digitalWrite(testRelay,HIGH); // HIGH to stop the relay 

      };