- 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
- 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!
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!
- 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
- 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/1Y0-pZScGeI
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/1Y0-pZScGeI
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/1Y0-pZScGeI
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/1Y0-pZScGeI
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!
- Programming Platform: Arduino IDE
- Difficulty: Intermediate
- Estimated Time: 2 Hrs
- Category: Arduino, Robotics
- Start by listing the components required.
- Now create the receiver bot by adding a motor driver L298N to it.
- Now add the Arduino UNO on top of the bot with the help of double-sided tape.
- Connect the motor pin with the Arduino digital pin 6,7,9,10.
- Connect the Bluetooth module to the receiver end.
- Power up the motor driver by providing the 12V and the GND connection using Arduino.
- Now create the transmitter.
- Powering the Bluetooth module and accelerometer sensor.
- If the accelerometer sensor is tilted towards the right side then the bot should move to the right side and similarly for the other directions also respectively left, front and back.
- If the accelerometer sensor is still or not tilting in any direction then the bot should not be moving in any of the directions.
- Powering the components
- Powering the Bluetooth module.
- VCC to 5V
- GND / to GND
- Tx to Rx
- Rx to Tx
- 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
- Start by listing the components required.
- Now create the receiver bot by adding a motor driver L298N to it.
- Now add the Arduino UNO on top of the bot with the help of double-sided tape.
- Connect the motor pin with the Arduino digital pin 6,7,9,10.
- Connect the Bluetooth module to the receiver end.
- Power up the motor driver by providing the 12V and the GND connection using Arduino.
- Now create the transmitter.
- Powering the Bluetooth module and accelerometer sensor.
- If the accelerometer sensor is tilted towards the right side then the bot should move to the right side and similarly for the other directions also respectively left, front and back.
- If the accelerometer sensor is still or not tilting in any direction then the bot should not be moving in any of the directions.
- Powering the components
- Powering the Bluetooth module.
- VCC to 5V
- GND / to GND
- Tx to Rx
- Rx to Tx
- 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
- Start by listing the components required.
- Now create the receiver bot by adding a motor driver L298N to it.
- Now add the Arduino UNO on top of the bot with the help of double-sided tape.
- Connect the motor pin with the Arduino digital pin 6,7,9,10.
- Connect the Bluetooth module to the receiver end.
- Power up the motor driver by providing the 12V and the GND connection using Arduino.
- Now create the transmitter.
- Powering the Bluetooth module and accelerometer sensor.
- If the accelerometer sensor is tilted towards the right side then the bot should move to the right side and similarly for the other directions also respectively left, front and back.
- If the accelerometer sensor is still or not tilting in any direction then the bot should not be moving in any of the directions.
- Powering the components
- Powering the Bluetooth module.
- VCC to 5V
- GND / to GND
- Tx to Rx
- Rx to Tx
- 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 a hand gesture controlled robot that can be controlled by our hand gestures.
Project Info
https://youtu.be/FXPmexZIpHw
Introduction
We have witnessed the controlling of robots with the handheld devices like mobile phones. Taking a step further, we are going to create a gesture-controlled robot. Yes, you read that correct, this bot can be controlled with your hand gesture. You don’t need to tap on any device, instead, you need to just move your hand to make the bot move.
Working of Gesture Controlled Bot
There is a serial communication between the two Arduino boards while one board is used to send the signals the other one is used to receive the signals. The accelerometer sensor senses the gesture of the hand and the transmitter uses a HC05 Bluetooth module to send the signal. The transmitter circuit
In this project we are going to learn about the hand gesture controlled robot.
Components Required
| IMAGE | COMPONENT | QUANTITY |
|---|
BO Motor
2
Wheels
2
Bluetooth Module HC-05
2
Motor Driver (L298N)
1
Jumper Wires
As Per Required
Accelerometer Sensor
1
Battery
4
Arduino UNO
1
Arduino Nano
1
What is BO Motor?
BO motor is a lightweight DC geared motor that gives good torque and RPM at low voltages. The BO motor has the ability to run at approximately 150 RPM when driven by a single Li-Ion cell. The BO motor is used for the lightweight applications and is available in different torque and RPM.
What is L298N Motor Driver?
L298N is a high current dual full-bridge driver that is capable of accepting standard TTL logic levels. It can drive inductive loads like relays, solenoids, motors (DC and stepping motor), etc. Low saturation voltage, over-temperature protection, etc are some of its notable features.
What is Bluetooth Module HC-05?
The HC-05 Bluetooth module uses serial communication to communicate with the electronics. It can be operated within 4-6V of power supply. It supports baud rates of 9600, 19200, 38400, 57600, and more. This Bluetooth module can be operated in Master-Slave mode which means it will neither send nor receive data from external sources.
What is Accelerometer Sensor?
Accelerometer is an electromechanical device used to measure acceleration forces that are either static like the force of gravity or dynamic like in mobile devices.
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 Hand Gesture Controlled Robot:
Code
DESCRIPTION
DOWNLOAD CODE
Hand Gesture Controlled Robot Code
Wasn’t this project interesting? Hope you enjoyed it. Do share your views with us. Were you able to successfully make the gesture-controlled bot following the stepwise procedure given above? Does your bot move with your hand gesture?
About This Project
Learn how to create a hand gesture controlled robot that can be controlled by our hand gestures.
Project Info
https://youtu.be/FXPmexZIpHw
Introduction
We have witnessed the controlling of robots with the handheld devices like mobile phones. Taking a step further, we are going to create a gesture-controlled robot. Yes, you read that correct, this bot can be controlled with your hand gesture. You don’t need to tap on any device, instead, you need to just move your hand to make the bot move.
Working of Gesture Controlled Bot
There is a serial communication between the two Arduino boards while one board is used to send the signals the other one is used to receive the signals. The accelerometer sensor senses the gesture of the hand and the transmitter uses a HC05 Bluetooth module to send the signal. The transmitter circuit
In this project we are going to learn about the hand gesture controlled robot.
Components Required
| IMAGE | COMPONENT | QUANTITY |
|---|
BO Motor
2
Wheels
2
Bluetooth Module HC-05
2
Motor Driver (L298N)
1
Jumper Wires
As Per Required
Accelerometer Sensor
1
Battery
4
Arduino UNO
1
Arduino Nano
1
What is BO Motor?
BO motor is a lightweight DC geared motor that gives good torque and RPM at low voltages. The BO motor has the ability to run at approximately 150 RPM when driven by a single Li-Ion cell. The BO motor is used for the lightweight applications and is available in different torque and RPM.
What is L298N Motor Driver?
L298N is a high current dual full-bridge driver that is capable of accepting standard TTL logic levels. It can drive inductive loads like relays, solenoids, motors (DC and stepping motor), etc. Low saturation voltage, over-temperature protection, etc are some of its notable features.
What is Bluetooth Module HC-05?
The HC-05 Bluetooth module uses serial communication to communicate with the electronics. It can be operated within 4-6V of power supply. It supports baud rates of 9600, 19200, 38400, 57600, and more. This Bluetooth module can be operated in Master-Slave mode which means it will neither send nor receive data from external sources.
What is Accelerometer Sensor?
Accelerometer is an electromechanical device used to measure acceleration forces that are either static like the force of gravity or dynamic like in mobile devices.
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 Hand Gesture Controlled Robot:
Code
DESCRIPTION
DOWNLOAD CODE
Hand Gesture Controlled Robot Code
Wasn’t this project interesting? Hope you enjoyed it. Do share your views with us. Were you able to successfully make the gesture-controlled bot following the stepwise procedure given above? Does your bot move with your hand gesture?
About This Project
Learn how to create a hand gesture controlled robot that can be controlled by our hand gestures.
Project Info
https://youtu.be/FXPmexZIpHw
Introduction
We have witnessed the controlling of robots with the handheld devices like mobile phones. Taking a step further, we are going to create a gesture-controlled robot. Yes, you read that correct, this bot can be controlled with your hand gesture. You don’t need to tap on any device, instead, you need to just move your hand to make the bot move.
Working of Gesture Controlled Bot
There is a serial communication between the two Arduino boards while one board is used to send the signals the other one is used to receive the signals. The accelerometer sensor senses the gesture of the hand and the transmitter uses a HC05 Bluetooth module to send the signal. The transmitter circuit
In this project we are going to learn about the hand gesture controlled robot.
Components Required
| IMAGE | COMPONENT | QUANTITY |
|---|
BO Motor
2
Wheels
2
Bluetooth Module HC-05
2
Motor Driver (L298N)
1
Jumper Wires
As Per Required
Accelerometer Sensor
1
Battery
4
Arduino UNO
1
Arduino Nano
1
What is BO Motor?
BO motor is a lightweight DC geared motor that gives good torque and RPM at low voltages. The BO motor has the ability to run at approximately 150 RPM when driven by a single Li-Ion cell. The BO motor is used for the lightweight applications and is available in different torque and RPM.
What is L298N Motor Driver?
L298N is a high current dual full-bridge driver that is capable of accepting standard TTL logic levels. It can drive inductive loads like relays, solenoids, motors (DC and stepping motor), etc. Low saturation voltage, over-temperature protection, etc are some of its notable features.
What is Bluetooth Module HC-05?
The HC-05 Bluetooth module uses serial communication to communicate with the electronics. It can be operated within 4-6V of power supply. It supports baud rates of 9600, 19200, 38400, 57600, and more. This Bluetooth module can be operated in Master-Slave mode which means it will neither send nor receive data from external sources.
What is Accelerometer Sensor?
Accelerometer is an electromechanical device used to measure acceleration forces that are either static like the force of gravity or dynamic like in mobile devices.
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 Hand Gesture Controlled Robot:
Code
DESCRIPTION
DOWNLOAD CODE
Hand Gesture Controlled Robot Code
Wasn’t this project interesting? Hope you enjoyed it. Do share your views with us. Were you able to successfully make the gesture-controlled bot following the stepwise procedure given above? Does your bot move with your hand gesture?
- Programming Platform: Arduino IDE
- Difficulty: Intermediate
- Estimated Time: 2 Hrs
- Category: Arduino, Robotics
- Start by listing the components required.
- Now create the receiver bot by adding a motor driver L298N to it.
- Now add the Arduino UNO on top of the bot with the help of double-sided tape.
- Connect the motor pin with the Arduino digital pin 6,7,9,10.
- Connect the Bluetooth module to the receiver end.
- Power up the motor driver by providing the 12V and the GND connection using Arduino.
- Now create the transmitter.
- Powering the Bluetooth module and accelerometer sensor.
- If the accelerometer sensor is tilted towards the right side then the bot should move to the right side and similarly for the other directions also respectively left, front and back.
- If the accelerometer sensor is still or not tilting in any direction then the bot should not be moving in any of the directions.
- Powering the components
- Powering the Bluetooth module.
- VCC to 5V
- GND / to GND
- Tx to Rx
- Rx to Tx
- 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
- Start by listing the components required.
- Now create the receiver bot by adding a motor driver L298N to it.
- Now add the Arduino UNO on top of the bot with the help of double-sided tape.
- Connect the motor pin with the Arduino digital pin 6,7,9,10.
- Connect the Bluetooth module to the receiver end.
- Power up the motor driver by providing the 12V and the GND connection using Arduino.
- Now create the transmitter.
- Powering the Bluetooth module and accelerometer sensor.
- If the accelerometer sensor is tilted towards the right side then the bot should move to the right side and similarly for the other directions also respectively left, front and back.
- If the accelerometer sensor is still or not tilting in any direction then the bot should not be moving in any of the directions.
- Powering the components
- Powering the Bluetooth module.
- VCC to 5V
- GND / to GND
- Tx to Rx
- Rx to Tx
- 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 a hand gesture controlled robot that can be controlled by our hand gestures.
Project Info
https://youtu.be/FXPmexZIpHw
Introduction
We have witnessed the controlling of robots with the handheld devices like mobile phones. Taking a step further, we are going to create a gesture-controlled robot. Yes, you read that correct, this bot can be controlled with your hand gesture. You don’t need to tap on any device, instead, you need to just move your hand to make the bot move.
Working of Gesture Controlled Bot
There is a serial communication between the two Arduino boards while one board is used to send the signals the other one is used to receive the signals. The accelerometer sensor senses the gesture of the hand and the transmitter uses a HC05 Bluetooth module to send the signal. The transmitter circuit
In this project we are going to learn about the hand gesture controlled robot.
Components Required
| IMAGE | COMPONENT | QUANTITY |
|---|
BO Motor
2
Wheels
2
Bluetooth Module HC-05
2
Motor Driver (L298N)
1
Jumper Wires
As Per Required
Accelerometer Sensor
1
Battery
4
Arduino UNO
1
Arduino Nano
1
What is BO Motor?
BO motor is a lightweight DC geared motor that gives good torque and RPM at low voltages. The BO motor has the ability to run at approximately 150 RPM when driven by a single Li-Ion cell. The BO motor is used for the lightweight applications and is available in different torque and RPM.
What is L298N Motor Driver?
L298N is a high current dual full-bridge driver that is capable of accepting standard TTL logic levels. It can drive inductive loads like relays, solenoids, motors (DC and stepping motor), etc. Low saturation voltage, over-temperature protection, etc are some of its notable features.
What is Bluetooth Module HC-05?
The HC-05 Bluetooth module uses serial communication to communicate with the electronics. It can be operated within 4-6V of power supply. It supports baud rates of 9600, 19200, 38400, 57600, and more. This Bluetooth module can be operated in Master-Slave mode which means it will neither send nor receive data from external sources.
What is Accelerometer Sensor?
Accelerometer is an electromechanical device used to measure acceleration forces that are either static like the force of gravity or dynamic like in mobile devices.
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 Hand Gesture Controlled Robot:
Code
DESCRIPTION
DOWNLOAD CODE
Hand Gesture Controlled Robot Code
Wasn’t this project interesting? Hope you enjoyed it. Do share your views with us. Were you able to successfully make the gesture-controlled bot following the stepwise procedure given above? Does your bot move with your hand gesture?
About This Project
Learn how to create a hand gesture controlled robot that can be controlled by our hand gestures.
Project Info
https://youtu.be/FXPmexZIpHw
Introduction
We have witnessed the controlling of robots with the handheld devices like mobile phones. Taking a step further, we are going to create a gesture-controlled robot. Yes, you read that correct, this bot can be controlled with your hand gesture. You don’t need to tap on any device, instead, you need to just move your hand to make the bot move.
Working of Gesture Controlled Bot
There is a serial communication between the two Arduino boards while one board is used to send the signals the other one is used to receive the signals. The accelerometer sensor senses the gesture of the hand and the transmitter uses a HC05 Bluetooth module to send the signal. The transmitter circuit
In this project we are going to learn about the hand gesture controlled robot.
Components Required
| IMAGE | COMPONENT | QUANTITY |
|---|
BO Motor
2
Wheels
2
Bluetooth Module HC-05
2
Motor Driver (L298N)
1
Jumper Wires
As Per Required
Accelerometer Sensor
1
Battery
4
Arduino UNO
1
Arduino Nano
1
What is BO Motor?
BO motor is a lightweight DC geared motor that gives good torque and RPM at low voltages. The BO motor has the ability to run at approximately 150 RPM when driven by a single Li-Ion cell. The BO motor is used for the lightweight applications and is available in different torque and RPM.
What is L298N Motor Driver?
L298N is a high current dual full-bridge driver that is capable of accepting standard TTL logic levels. It can drive inductive loads like relays, solenoids, motors (DC and stepping motor), etc. Low saturation voltage, over-temperature protection, etc are some of its notable features.
What is Bluetooth Module HC-05?
The HC-05 Bluetooth module uses serial communication to communicate with the electronics. It can be operated within 4-6V of power supply. It supports baud rates of 9600, 19200, 38400, 57600, and more. This Bluetooth module can be operated in Master-Slave mode which means it will neither send nor receive data from external sources.
What is Accelerometer Sensor?
Accelerometer is an electromechanical device used to measure acceleration forces that are either static like the force of gravity or dynamic like in mobile devices.
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 Hand Gesture Controlled Robot:
Code
DESCRIPTION
DOWNLOAD CODE
Hand Gesture Controlled Robot Code
Wasn’t this project interesting? Hope you enjoyed it. Do share your views with us. Were you able to successfully make the gesture-controlled bot following the stepwise procedure given above? Does your bot move with your hand gesture?