Controlled Robot Android App System
As you can guess by the name, this is a phone-controlled robot that you can control using an app on your Android device. The robot’s circuit includes an ultrasonic transceiver module HC-SR04, Arduino UNO board (BOARD1), Bluetooth module JY MCU BT, DC motors M1 and M2, motor driver L293D (IC1), and other standard parts used to build such systems. Two 9V batteries power the circuit – while one powers the Arduino board, the other powers the motors. You can control the robot using different commands that will be sent through the Bluetooth.
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The two core features of the robot are:
- You can control the robot via touch or voice commands. Its speed can be controlled as well.
- It can sense the presence of an obstacle, calculate its approximate distance, and inform the user about the same on their Android phone. Also, it can send information regarding the direction of the obstacle.
As you can guess by the name, this is a phone-controlled robot that you can control using an app on your Android device. The robot’s circuit includes an ultrasonic transceiver module HC-SR04, Arduino UNO board (BOARD1), Bluetooth module JY MCU BT, DC motors M1 and M2, motor driver L293D (IC1), and other standard parts used to build such systems. Two 9V batteries power the circuit – while one powers the Arduino board, the other powers the motors. You can control the robot using different commands that will be sent through the Bluetooth. android project titles codeshoppy
The two core features of the robot are:
- You can control the robot via touch or voice commands. Its speed can be controlled as well.
- It can sense the presence of an obstacle, calculate its approximate distance, and inform the user about the same on their Android phone. Also, it can send information regarding the direction of the obstacle.