Bluetooth Solar Bot

Bluetooth controlled solar robot

Jul 6, 2020

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6383 views

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1 respects

Components and supplies

Battery Holder, 18650 x 2

Rocker Switch, SPST

Arduino UNO

Development Board, Motor Control Shield

Solar Panel, 2.5 W

Android device

Jumper wires (generic)

Maker Essentials - Micro-motors & Grippy Wheels

5 mm LED: Red

High Brightness LED, White

HC-05 Bluetooth Module

DC Motor, 12 V

18650 Lion battery

Tools and machines

Plier, Long Nose

Multitool, Screwdriver

Apps and platforms

Arduino IDE

Project description

Code

arduino

1// Bluetooth Controlled Solar Bot //
2// by Mohd Sohail //
3// https://www.youtube.com/channel/UCaXI2PcsTlH5g0et67kdD6g  //
4
5// Subscribe the channel //
6
7#include <AFMotor.h>
8
9AF_DCMotor  motor1(1, MOTOR12_1KHZ); 
10AF_DCMotor motor2(2, MOTOR12_1KHZ); 
11AF_DCMotor  motor3(3, MOTOR34_1KHZ);
12AF_DCMotor motor4(4, MOTOR34_1KHZ);
13int whiteled  = A5;
14int redled = A4;
15
16char command; 
17
18void setup() 
19{       
20  Serial.begin(9600); 
21  pinMode(whiteled, OUTPUT);
22  pinMode(redled, OUTPUT);  
23}
24
25void loop(){
26  if(Serial.available() > 0){ 
27    command = Serial.read();  
28    Stop(); 
29
30    switch(command){
31    case 'F':  
32      forward();
33      break;
34    case 'B':  
35       back();
36      break;
37    case 'L':  
38      left();
39      break;
40    case 'R':
41      right();
42      break;
43      case 'S':
44      Stop();
45      break;
46    case 'O':
47      on();
48      break;
49    case 'P':
50      off();
51      break;
52    }
53  } 
54}
55
56void  forward()
57{
58  motor1.setSpeed(150); //Define maximum velocity
59  motor1.run(FORWARD);  //rotate the motor clockwise
60  motor2.setSpeed(150); //Define maximum velocity
61  motor2.run(FORWARD); //rotate the motor clockwise
62  motor3.setSpeed(150);//Define  maximum velocity
63  motor3.run(FORWARD); //rotate the motor clockwise
64  motor4.setSpeed(150);//Define  maximum velocity
65  motor4.run(FORWARD);
66  digitalWrite(redled , LOW);//rotate  the motor clockwise
67}
68
69void back()
70{
71  motor1.setSpeed(150); //Define  maximum velocity
72  motor1.run(BACKWARD); //rotate the motor anti-clockwise
73  motor2.setSpeed(150); //Define maximum velocity
74  motor2.run(BACKWARD); //rotate  the motor anti-clockwise
75  motor3.setSpeed(150); //Define maximum velocity
76  motor3.run(BACKWARD); //rotate the motor anti-clockwise
77  motor4.setSpeed(150);  //Define maximum velocity
78  motor4.run(BACKWARD); //rotate the motor anti-clockwise
79digitalWrite(redled  , HIGH);
80}
81
82void left()
83{
84  motor1.setSpeed(150); //Define maximum  velocity
85  motor1.run(BACKWARD); //rotate the motor anti-clockwise
86  motor2.setSpeed(150);  //Define maximum velocity
87  motor2.run(BACKWARD); //rotate the motor anti-clockwise
88  motor3.setSpeed(150); //Define maximum velocity
89  motor3.run(FORWARD);  //rotate  the motor clockwise
90  motor4.setSpeed(150); //Define maximum velocity
91  motor4.run(FORWARD);  //rotate the motor clockwise
92  digitalWrite(redled , LOW);
93}
94
95void  right()
96{
97  motor1.setSpeed(150); //Define maximum velocity
98  motor1.run(FORWARD);  //rotate the motor clockwise
99  motor2.setSpeed(150); //Define maximum velocity
100  motor2.run(FORWARD); //rotate the motor clockwise
101  motor3.setSpeed(150); //Define  maximum velocity
102  motor3.run(BACKWARD); //rotate the motor anti-clockwise
103  motor4.setSpeed(150); //Define maximum velocity
104  motor4.run(BACKWARD); //rotate  the motor anti-clockwise
105  digitalWrite(redled , LOW);
106} 
107
108void Stop()
109{
110  motor1.setSpeed(0); //Define minimum velocity
111  motor1.run(RELEASE); //stop  the motor when release the button
112  motor2.setSpeed(0); //Define minimum velocity
113  motor2.run(RELEASE); //rotate the motor clockwise
114  motor3.setSpeed(0); //Define  minimum velocity
115  motor3.run(RELEASE); //stop the motor when release the button
116  motor4.setSpeed(0); //Define minimum velocity
117  motor4.run(RELEASE); //stop  the motor when release the button
118  digitalWrite(redled , LOW);
119}
120
121void  on()
122{
123  digitalWrite(whiteled , HIGH);
124}
125
126void off()
127{
128  digitalWrite(whiteled  , LOW);
129}
130

// Bluetooth Controlled Solar Bot //
// by Mohd Sohail //
// https://www.youtube.com/channel/UCaXI2PcsTlH5g0et67kdD6g  //

// Subscribe the channel //

#include <AFMotor.h>

AF_DCMotor  motor1(1, MOTOR12_1KHZ); 
AF_DCMotor motor2(2, MOTOR12_1KHZ); 
AF_DCMotor  motor3(3, MOTOR34_1KHZ);
AF_DCMotor motor4(4, MOTOR34_1KHZ);
int whiteled  = A5;
int redled = A4;

char command; 

void setup() 
{       
  Serial.begin(9600); 
  pinMode(whiteled, OUTPUT);
  pinMode(redled, OUTPUT);  
}

void loop(){
  if(Serial.available() > 0){ 
    command = Serial.read();  
    Stop(); 

    switch(command){
    case 'F':  
      forward();
      break;
    case 'B':  
       back();
      break;
    case 'L':  
      left();
      break;
    case 'R':
      right();
      break;
      case 'S':
      Stop();
      break;
    case 'O':
      on();
      break;
    case 'P':
      off();
      break;
    }
  } 
}

void  forward()
{
  motor1.setSpeed(150); //Define maximum velocity
  motor1.run(FORWARD);  //rotate the motor clockwise
  motor2.setSpeed(150); //Define maximum velocity
  motor2.run(FORWARD); //rotate the motor clockwise
  motor3.setSpeed(150);//Define  maximum velocity
  motor3.run(FORWARD); //rotate the motor clockwise
  motor4.setSpeed(150);//Define  maximum velocity
  motor4.run(FORWARD);
  digitalWrite(redled , LOW);//rotate  the motor clockwise
}

void back()
{
  motor1.setSpeed(150); //Define  maximum velocity
  motor1.run(BACKWARD); //rotate the motor anti-clockwise
  motor2.setSpeed(150); //Define maximum velocity
  motor2.run(BACKWARD); //rotate  the motor anti-clockwise
  motor3.setSpeed(150); //Define maximum velocity
  motor3.run(BACKWARD); //rotate the motor anti-clockwise
  motor4.setSpeed(150);  //Define maximum velocity
  motor4.run(BACKWARD); //rotate the motor anti-clockwise
digitalWrite(redled  , HIGH);
}

void left()
{
  motor1.setSpeed(150); //Define maximum  velocity
  motor1.run(BACKWARD); //rotate the motor anti-clockwise
  motor2.setSpeed(150);  //Define maximum velocity
  motor2.run(BACKWARD); //rotate the motor anti-clockwise
  motor3.setSpeed(150); //Define maximum velocity
  motor3.run(FORWARD);  //rotate  the motor clockwise
  motor4.setSpeed(150); //Define maximum velocity
  motor4.run(FORWARD);  //rotate the motor clockwise
  digitalWrite(redled , LOW);
}

void  right()
{
  motor1.setSpeed(150); //Define maximum velocity
  motor1.run(FORWARD);  //rotate the motor clockwise
  motor2.setSpeed(150); //Define maximum velocity
  motor2.run(FORWARD); //rotate the motor clockwise
  motor3.setSpeed(150); //Define  maximum velocity
  motor3.run(BACKWARD); //rotate the motor anti-clockwise
  motor4.setSpeed(150); //Define maximum velocity
  motor4.run(BACKWARD); //rotate  the motor anti-clockwise
  digitalWrite(redled , LOW);
} 

void Stop()
{
  motor1.setSpeed(0); //Define minimum velocity
  motor1.run(RELEASE); //stop  the motor when release the button
  motor2.setSpeed(0); //Define minimum velocity
  motor2.run(RELEASE); //rotate the motor clockwise
  motor3.setSpeed(0); //Define  minimum velocity
  motor3.run(RELEASE); //stop the motor when release the button
  motor4.setSpeed(0); //Define minimum velocity
  motor4.run(RELEASE); //stop  the motor when release the button
  digitalWrite(redled , LOW);
}

void  on()
{
  digitalWrite(whiteled , HIGH);
}

void off()
{
  digitalWrite(whiteled  , LOW);
}

Code

arduino

1// Bluetooth Controlled Solar Bot //
2// by Mohd Sohail //
3// https://www.youtube.com/channel/UCaXI2PcsTlH5g0et67kdD6g
4  //
5
6// Subscribe the channel //
7
8#include <AFMotor.h>
9
10AF_DCMotor
11  motor1(1, MOTOR12_1KHZ); 
12AF_DCMotor motor2(2, MOTOR12_1KHZ); 
13AF_DCMotor
14  motor3(3, MOTOR34_1KHZ);
15AF_DCMotor motor4(4, MOTOR34_1KHZ);
16int whiteled
17  = A5;
18int redled = A4;
19
20char command; 
21
22void setup() 
23{       
24
25  Serial.begin(9600); 
26  pinMode(whiteled, OUTPUT);
27  pinMode(redled, OUTPUT);
28  
29}
30
31void loop(){
32  if(Serial.available() > 0){ 
33    command = Serial.read();
34  
35    Stop(); 
36
37    switch(command){
38    case 'F':  
39      forward();
40
41      break;
42    case 'B':  
43       back();
44      break;
45    case 'L':
46  
47      left();
48      break;
49    case 'R':
50      right();
51      break;
52
53      case 'S':
54      Stop();
55      break;
56    case 'O':
57      on();
58
59      break;
60    case 'P':
61      off();
62      break;
63    }
64  } 
65}
66
67void
68  forward()
69{
70  motor1.setSpeed(150); //Define maximum velocity
71  motor1.run(FORWARD);
72  //rotate the motor clockwise
73  motor2.setSpeed(150); //Define maximum velocity
74
75  motor2.run(FORWARD); //rotate the motor clockwise
76  motor3.setSpeed(150);//Define
77  maximum velocity
78  motor3.run(FORWARD); //rotate the motor clockwise
79  motor4.setSpeed(150);//Define
80  maximum velocity
81  motor4.run(FORWARD);
82  digitalWrite(redled , LOW);//rotate
83  the motor clockwise
84}
85
86void back()
87{
88  motor1.setSpeed(150); //Define
89  maximum velocity
90  motor1.run(BACKWARD); //rotate the motor anti-clockwise
91
92  motor2.setSpeed(150); //Define maximum velocity
93  motor2.run(BACKWARD); //rotate
94  the motor anti-clockwise
95  motor3.setSpeed(150); //Define maximum velocity
96
97  motor3.run(BACKWARD); //rotate the motor anti-clockwise
98  motor4.setSpeed(150);
99  //Define maximum velocity
100  motor4.run(BACKWARD); //rotate the motor anti-clockwise
101digitalWrite(redled
102  , HIGH);
103}
104
105void left()
106{
107  motor1.setSpeed(150); //Define maximum
108  velocity
109  motor1.run(BACKWARD); //rotate the motor anti-clockwise
110  motor2.setSpeed(150);
111  //Define maximum velocity
112  motor2.run(BACKWARD); //rotate the motor anti-clockwise
113
114  motor3.setSpeed(150); //Define maximum velocity
115  motor3.run(FORWARD);  //rotate
116  the motor clockwise
117  motor4.setSpeed(150); //Define maximum velocity
118  motor4.run(FORWARD);
119  //rotate the motor clockwise
120  digitalWrite(redled , LOW);
121}
122
123void
124  right()
125{
126  motor1.setSpeed(150); //Define maximum velocity
127  motor1.run(FORWARD);
128  //rotate the motor clockwise
129  motor2.setSpeed(150); //Define maximum velocity
130
131  motor2.run(FORWARD); //rotate the motor clockwise
132  motor3.setSpeed(150); //Define
133  maximum velocity
134  motor3.run(BACKWARD); //rotate the motor anti-clockwise
135
136  motor4.setSpeed(150); //Define maximum velocity
137  motor4.run(BACKWARD); //rotate
138  the motor anti-clockwise
139  digitalWrite(redled , LOW);
140} 
141
142void Stop()
143{
144
145  motor1.setSpeed(0); //Define minimum velocity
146  motor1.run(RELEASE); //stop
147  the motor when release the button
148  motor2.setSpeed(0); //Define minimum velocity
149
150  motor2.run(RELEASE); //rotate the motor clockwise
151  motor3.setSpeed(0); //Define
152  minimum velocity
153  motor3.run(RELEASE); //stop the motor when release the button
154
155  motor4.setSpeed(0); //Define minimum velocity
156  motor4.run(RELEASE); //stop
157  the motor when release the button
158  digitalWrite(redled , LOW);
159}
160
161void
162  on()
163{
164  digitalWrite(whiteled , HIGH);
165}
166
167void off()
168{
169  digitalWrite(whiteled
170  , LOW);
171}
172

// Bluetooth Controlled Solar Bot //
// by Mohd Sohail //
// https://www.youtube.com/channel/UCaXI2PcsTlH5g0et67kdD6g
  //

// Subscribe the channel //

#include <AFMotor.h>

AF_DCMotor
  motor1(1, MOTOR12_1KHZ); 
AF_DCMotor motor2(2, MOTOR12_1KHZ); 
AF_DCMotor
  motor3(3, MOTOR34_1KHZ);
AF_DCMotor motor4(4, MOTOR34_1KHZ);
int whiteled
  = A5;
int redled = A4;

char command; 

void setup() 
{       

  Serial.begin(9600); 
  pinMode(whiteled, OUTPUT);
  pinMode(redled, OUTPUT);
  
}

void loop(){
  if(Serial.available() > 0){ 
    command = Serial.read();
  
    Stop(); 

    switch(command){
    case 'F':  
      forward();

      break;
    case 'B':  
       back();
      break;
    case 'L':
  
      left();
      break;
    case 'R':
      right();
      break;

      case 'S':
      Stop();
      break;
    case 'O':
      on();

      break;
    case 'P':
      off();
      break;
    }
  } 
}

void
  forward()
{
  motor1.setSpeed(150); //Define maximum velocity
  motor1.run(FORWARD);
  //rotate the motor clockwise
  motor2.setSpeed(150); //Define maximum velocity

  motor2.run(FORWARD); //rotate the motor clockwise
  motor3.setSpeed(150);//Define
  maximum velocity
  motor3.run(FORWARD); //rotate the motor clockwise
  motor4.setSpeed(150);//Define
  maximum velocity
  motor4.run(FORWARD);
  digitalWrite(redled , LOW);//rotate
  the motor clockwise
}

void back()
{
  motor1.setSpeed(150); //Define
  maximum velocity
  motor1.run(BACKWARD); //rotate the motor anti-clockwise

  motor2.setSpeed(150); //Define maximum velocity
  motor2.run(BACKWARD); //rotate
  the motor anti-clockwise
  motor3.setSpeed(150); //Define maximum velocity

  motor3.run(BACKWARD); //rotate the motor anti-clockwise
  motor4.setSpeed(150);
  //Define maximum velocity
  motor4.run(BACKWARD); //rotate the motor anti-clockwise
digitalWrite(redled
  , HIGH);
}

void left()
{
  motor1.setSpeed(150); //Define maximum
  velocity
  motor1.run(BACKWARD); //rotate the motor anti-clockwise
  motor2.setSpeed(150);
  //Define maximum velocity
  motor2.run(BACKWARD); //rotate the motor anti-clockwise

  motor3.setSpeed(150); //Define maximum velocity
  motor3.run(FORWARD);  //rotate
  the motor clockwise
  motor4.setSpeed(150); //Define maximum velocity
  motor4.run(FORWARD);
  //rotate the motor clockwise
  digitalWrite(redled , LOW);
}

void
  right()
{
  motor1.setSpeed(150); //Define maximum velocity
  motor1.run(FORWARD);
  //rotate the motor clockwise
  motor2.setSpeed(150); //Define maximum velocity

  motor2.run(FORWARD); //rotate the motor clockwise
  motor3.setSpeed(150); //Define
  maximum velocity
  motor3.run(BACKWARD); //rotate the motor anti-clockwise

  motor4.setSpeed(150); //Define maximum velocity
  motor4.run(BACKWARD); //rotate
  the motor anti-clockwise
  digitalWrite(redled , LOW);
} 

void Stop()
{

  motor1.setSpeed(0); //Define minimum velocity
  motor1.run(RELEASE); //stop
  the motor when release the button
  motor2.setSpeed(0); //Define minimum velocity

  motor2.run(RELEASE); //rotate the motor clockwise
  motor3.setSpeed(0); //Define
  minimum velocity
  motor3.run(RELEASE); //stop the motor when release the button

  motor4.setSpeed(0); //Define minimum velocity
  motor4.run(RELEASE); //stop
  the motor when release the button
  digitalWrite(redled , LOW);
}

void
  on()
{
  digitalWrite(whiteled , HIGH);
}

void off()
{
  digitalWrite(whiteled
  , LOW);
}

Downloadable files

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