Our Software is quick, lean, and market-focused.
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Update Deployment
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Fully Configurable
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White Label
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- Programming Platform: Arduino IDE
- Difficulty: Easy
- Estimated Time: 30 Hrs
- Category: Arduino
- Powering the components
- Powering the smoke sensors
- VCC to 5V
- GND / to GND
- Output to Analog pin A0.
- Connecting the Buzzer
- +ive pin to Digital pin 11
- GND to GND
- To calibrate the gas sensor, you can hold the gas sensor near the smoke/gas you want to detect and keep turning the potentiometer until the Red LED on the module starts glowing. Turn the screw clockwise to increase sensitivity or anticlockwise to decrease sensitivity.
- If the sensor senses smoke, then the analog reading value will increase.
- And if the reading value reaches the threshold value then the buzzer should turn on.
- Start by declaring the pins we are using.
- Applying a conditional operation to turn on and off the buzzer.
About This Project
Learn how to create a SMOKE DETECTOR BOT.
Project Info
https://youtu.be/Ep7I6fksrfA
Introduction
MQ2 is one of the commonly used gas sensors in the MQ sensor series. It is a Metal Oxide Semiconductor (MOS) type Gas Sensor also known as Chemiresistors as the detection is based upon a change of resistance of the sensing material when the Gas comes in contact with the material. Using a simple voltage divider network, concentrations of the gas can be detected.
What is a Smoke Detector?
As the name indicates, a smoke detector is a device used to detect the smoke in the surrounding. It is a fire-protection device with sensor that automatically senses the presence of smoke as the indication of fire and raises alarm.
Advantages of Smoke Detector
Smoke detector alarms are important safety tools used for the detection of smoke and fires. It warns the occupants about the presence of smoke so that they can immediately leave the premises for safety.
Real-Life Applications of Smoke Detectors
Smoke detectors are used in homes, schools, offices, malls, hospitals, and other places to ensure it raises the alarm to avoid casualties in case there is a fire in the area.
Components Required
| IMAGE | COMPONENT | QUANTITY |
|---|
Buzzer
1
MQ2 gas sensor
1
Jumper Wires
As Per Required
Cable A to B
1
Arduino
1
What is a Buzzer?
Buzzer is an electrical device that raises an alarm for signaling. In this project we are using the buzzer so that when the sensor senses the presence of smoke around, the buzzer raises the alarm.
What is Arduino?
Arduino is an open-source electronics platform based on easy-to-use hardware and software. Arduino is used worldwide by electronic makers, students, hobbyists, and others for various electronic projects ranging from simple everyday objects to scientific instruments.
Building Guide
Step 1: Circuitry of the Robot
Step 2: Calibrating Smoke sensor
Step 3: Logic
Step 4: Code
The following code will help you in creating smoke detector bot using arduino
Code
DESCRIPTION
DOWNLOAD CODE
Code to control the speed of DC Motor
Here, we learned how to make the smoke alarm detector. Hope you enjoyed the project. Have you tried your hands on the smoke detector bot project? Drope your comments below.
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- Programming Platform: Arduino IDE
- Difficulty: Intermediate
- Estimated Time: 2 Hrs
- Category: Arduino, Robotics
- Assembling the 4 Wheel drive bot.
- Start by unwrapping the package.
- Here you will find 4 wheels, 2 BO motors, 1 chassis, Battery Box, connectors, Caster wheel, and nut & bolts.
- Now connect the connecting wires to the BO motors connecting heads
- Repeat the same process for the rest of the motors.
- Now connect the BO motor to the base plate or the chassis with the help of connectors and tighten them using the screw and bolts.
- Now repeat the same steps for the other BO motors.
- Now, connect the castor wheel.
- Connect the battery box to the chassis.
- Connect the switch to turn ON/OFF the bot.
- Make the connection of the switch by using the red wire.
- Connect the motor driver L293D with the motor wires.
- Use the DC jack to power the Arduino and connect it with the battery pins
- Now, assemble the wheels.
- Interfacing Arduino with IR sensor.
- Repeat the same process for another IR Sensor.
- If both sensors are OFF/ON, the robot should move in the forward direction.
- If only the sensor on the right is ON, the robot should turn right.
- Similarly, if only the sensor on the left is ON, the robot should turn left.
- Powering the components
- Powering the IR sensors
- VCC to 5V
- GND / to GND
- Output to Digital pin 2
- Powering the motor driver
- 12V to Vin pin
- GND to GND
- Left Motor to 3,4
- Right Motor to 5,6
- Programming Platform: Arduino IDE
- Difficulty: Intermediate
- Estimated Time: 2 Hrs
- Category: Arduino, Robotics
- Assembling the 4 Wheel drive bot.
- Start by unwrapping the package.
- Here you will find 4 wheels, 2 BO motors, 1 chassis, Battery Box, connectors, Caster wheel, and nut & bolts.
- Now connect the connecting wires to the BO motors connecting heads
- Repeat the same process for the rest of the motors.
- Now connect the BO motor to the base plate or the chassis with the help of connectors and tighten them using the screw and bolts.
- Now repeat the same steps for the other BO motors.
- Now, connect the castor wheel.
- Connect the battery box to the chassis.
- Connect the switch to turn ON/OFF the bot.
- Make the connection of the switch by using the red wire.
- Connect the motor driver L293D with the motor wires.
- Use the DC jack to power the Arduino and connect it with the battery pins
- Now, assemble the wheels.
- Interfacing Arduino with IR sensor.
- Repeat the same process for another IR Sensor.
- If both sensors are OFF/ON, the robot should move in the forward direction.
- If only the sensor on the right is ON, the robot should turn right.
- Similarly, if only the sensor on the left is ON, the robot should turn left.
- Powering the components
- Powering the IR sensors
- VCC to 5V
- GND / to GND
- Output to Digital pin 2
- Powering the motor driver
- 12V to Vin pin
- GND to GND
- Left Motor to 3,4
- Right Motor to 5,6
- Programming Platform: Arduino IDE
- Difficulty: Intermediate
- Estimated Time: 2 Hrs
- Category: Arduino, Robotics
- Assembling the 4 Wheel drive bot.
- Start by unwrapping the package.
- Here you will find 4 wheels, 2 BO motors, 1 chassis, Battery Box, connectors, Caster wheel, and nut & bolts.
- Now connect the connecting wires to the BO motors connecting heads
- Repeat the same process for the rest of the motors.
- Now connect the BO motor to the base plate or the chassis with the help of connectors and tighten them using the screw and bolts.
- Now repeat the same steps for the other BO motors.
- Now, connect the castor wheel.
- Connect the battery box to the chassis.
- Connect the switch to turn ON/OFF the bot.
- Make the connection of the switch by using the red wire.
- Connect the motor driver L293D with the motor wires.
- Use the DC jack to power the Arduino and connect it with the battery pins
- Now, assemble the wheels.
- Interfacing Arduino with IR sensor.
- Repeat the same process for another IR Sensor.
- If both sensors are OFF/ON, the robot should move in the forward direction.
- If only the sensor on the right is ON, the robot should turn right.
- Similarly, if only the sensor on the left is ON, the robot should turn left.
- Powering the components
- Powering the IR sensors
- VCC to 5V
- GND / to GND
- Output to Digital pin 2
- Powering the motor driver
- 12V to Vin pin
- GND to GND
- Left Motor to 3,4
- Right Motor to 5,6
About This Project
Learn how to create an Long Range Remote Controller For RC Robot
Project Info
https://youtu.be/WanEREtcJpw
Introduction
Radio frequency (RF) modules are the devices that operate on Radio Frequency. The frequency range varies between 30 kHz & 300 GHz. These small electronic devices are used to transmit and/or receive radio signals between two devices. Bluetooth devices available in the market are costly which is why long-range of wireless devices are used.
The transmitter and receiver are two main components of the RF modules. These operate at 434MHz. The frequency acts like a password between both transmitter and receiver. The circuit doesn’t work if the frequency between both the modules doesn’t match.
After receiving the serial data from the encoder, the RF transmitter transmits it wirelessly. This transmission takes place at a rate of 1kbps–10kbps. The RF receiver then receives the transmitted data and then the decoder converts it into serial data.
Let us now understand how to create a long range wireless bot and what all components are needed for the same.
Components Required
| IMAGE | COMPONENT | QUANTITY |
|---|
BO Motor
4
Wheels
4
IR Sensor
2
Motor Driver (L298N)
1
Jumper Wires
As Per Required
4 wheel drive
1
Battery
4
Arduino
1
Building Guide
Step 1: Assembly
Step 2: Logic
Step 3: Circuitry of the Robot
Step 4: Code
The following code will help you to make the Long Range Remote Controller For RC Robot
Code
DESCRIPTION
DOWNLOAD CODE
Line Follower Robot Code
With this, we have come to the end of the project. We have learned about Line Follower Robot, and it’s working. Hope you enjoyed reading it!
About This Project
Learn how to create an Long Range Remote Controller For RC Robot
Project Info
https://youtu.be/WanEREtcJpw
Introduction
Radio frequency (RF) modules are the devices that operate on Radio Frequency. The frequency range varies between 30 kHz & 300 GHz. These small electronic devices are used to transmit and/or receive radio signals between two devices. Bluetooth devices available in the market are costly which is why long-range of wireless devices are used.
The transmitter and receiver are two main components of the RF modules. These operate at 434MHz. The frequency acts like a password between both transmitter and receiver. The circuit doesn’t work if the frequency between both the modules doesn’t match.
After receiving the serial data from the encoder, the RF transmitter transmits it wirelessly. This transmission takes place at a rate of 1kbps–10kbps. The RF receiver then receives the transmitted data and then the decoder converts it into serial data.
Let us now understand how to create a long range wireless bot and what all components are needed for the same.
Components Required
| IMAGE | COMPONENT | QUANTITY |
|---|
BO Motor
4
Wheels
4
IR Sensor
2
Motor Driver (L298N)
1
Jumper Wires
As Per Required
4 wheel drive
1
Battery
4
Arduino
1
Building Guide
Step 1: Assembly
Step 2: Logic
Step 3: Circuitry of the Robot
Step 4: Code
The following code will help you to make the Long Range Remote Controller For RC Robot
Code
DESCRIPTION
DOWNLOAD CODE
Line Follower Robot Code
With this, we have come to the end of the project. We have learned about Line Follower Robot, and it’s working. Hope you enjoyed reading it!
About This Project
Learn how to create an Long Range Remote Controller For RC Robot
Project Info
https://youtu.be/WanEREtcJpw
Introduction
Radio frequency (RF) modules are the devices that operate on Radio Frequency. The frequency range varies between 30 kHz & 300 GHz. These small electronic devices are used to transmit and/or receive radio signals between two devices. Bluetooth devices available in the market are costly which is why long-range of wireless devices are used.
The transmitter and receiver are two main components of the RF modules. These operate at 434MHz. The frequency acts like a password between both transmitter and receiver. The circuit doesn’t work if the frequency between both the modules doesn’t match.
After receiving the serial data from the encoder, the RF transmitter transmits it wirelessly. This transmission takes place at a rate of 1kbps–10kbps. The RF receiver then receives the transmitted data and then the decoder converts it into serial data.
Let us now understand how to create a long range wireless bot and what all components are needed for the same.
Components Required
| IMAGE | COMPONENT | QUANTITY |
|---|
BO Motor
4
Wheels
4
IR Sensor
2
Motor Driver (L298N)
1
Jumper Wires
As Per Required
4 wheel drive
1
Battery
4
Arduino
1
Building Guide
Step 1: Assembly
Step 2: Logic
Step 3: Circuitry of the Robot
Step 4: Code
The following code will help you to make the Long Range Remote Controller For RC Robot
Code
DESCRIPTION
DOWNLOAD CODE
Line Follower Robot Code
With this, we have come to the end of the project. We have learned about Line Follower Robot, and it’s working. Hope you enjoyed reading it!
