![arduino project forward and reverse motor using arduino project forward and reverse motor using](https://electronics-project-hub.com/wp-content/uploads/2019/06/img_20190601_215100-1360x765.jpg)
- #ARDUINO PROJECT FORWARD AND REVERSE MOTOR USING HOW TO#
- #ARDUINO PROJECT FORWARD AND REVERSE MOTOR USING SERIAL#
- #ARDUINO PROJECT FORWARD AND REVERSE MOTOR USING DRIVER#
- #ARDUINO PROJECT FORWARD AND REVERSE MOTOR USING ANDROID#
Download “robo car app” and make a connection with Android App.REQUIRED HARDWARE S.N.ĬIRCUIT DIAGRAM Click to Zoom CONNECTION TABLE S.N. In this we provide 5 instructions to the robot to move, forward (f), backward (b), right turn (r), left turn (l) and stop (s).
#ARDUINO PROJECT FORWARD AND REVERSE MOTOR USING HOW TO#
In this we will see how to take input from the user and how to use Bluetooth controlled robot car using arduino according to the instructions received. BLUETOOTH CONTROLLED ROBOT CAR USING ARDUINO.
#ARDUINO PROJECT FORWARD AND REVERSE MOTOR USING SERIAL#
We can use the SoftwareSerial library to create another Serial port. As you know in Arduino we have only one serial port which is on pin number 0 and pin number 1, which are the RX and TX pins, as I always say never use the Arduino’s default serial port for the communication with other modules, use the Arduino’s default serial port only for the debugging purposes. In this project, I added the softwareserial.h which is a header file specially created for making multiple serial ports. This is the modified version of the code which I used in my previous tutorial “Arduino L298N dc motor control code” Link to the video Tutorial is given Above. Download Application: robotīluetooth Controlled Robot Arduino Programming: Now let’s have a look at the programming. For the complete explanation, you can watch a video tutorial given at the end of this Article. after I am satisfied with the testing then I will simply disconnect the 12v adaptor and turn on this buttonĪnd will use batteries to power up the robot car. The yellow wire is the Rx wire and is connected with the Arduino’s pin number 3.ĭuring the testing, I used a 12v adaptor over here. The white wire is the TX wire and is connected with pin number 2 of the Arduino. The green wire is the ground wire and is connected with the Arduino’s ground. The VCC wire of the Bluetooth module is connected with the 5 volts.
![arduino project forward and reverse motor using arduino project forward and reverse motor using](https://www.electronics-lab.com/wp-content/uploads/2020/01/IMG_5005.jpg)
The connections are explained in the Video, which is given at the end. The only modification that I did is the addition of the HC-05 Bluetooth module. I would appreciate your support in this way!Īll the connections are exactly the same as explained in my previous tutorials the links are given above. I may make a commission if you buy the components through these links.
![arduino project forward and reverse motor using arduino project forward and reverse motor using](https://m.media-amazon.com/images/I/61ZiC4Mg46L._SL1001_.jpg)
In this Tutorial based on the Bluetooth Controlled Robot, I will only talk about the modifications which are
#ARDUINO PROJECT FORWARD AND REVERSE MOTOR USING DRIVER#
If you are a beginner and you have never used the Bluetooth module and L298N motor driver then I recommend you should first watch these tutorials and then you can resume from here. In this tutorial, I also explained how to control the speed of a dc motor using the pulse width modulation. While in this project I explained, how to assemble the robot parts and how to use the L298N motor driver to control the forward, Left, Right, and Reverse movement. Arduino L298N Motor Driver Interfacing and Programming: If you are using a Bluetooth module for the first time then I highly recommend you should watch this Tutorial. This Tutorial covers everything you want to learn about the HC-05 Bluetooth Module. In this tutorial, I explained how to change the name of the Bluetooth module and how to change the Pin code or password using the AT commands. This project is based on my previous two tutorials.īluetooth Arduino: Pin Code and Name changing using AT commands The Application download link is given below. The application is designed in Android studio, with the help of this application the Robot car can be wirelessly controlled using your Android Cell Phone. You can also read my article on how to design your own Android cell phone application in Android Studio.