Fix the Arduino Nano board on the breadboard and attach the motor driver right behind the breadboard, on the chasses. Connect the Enable pins of bothe the motors to the Pin6 and Pin9 of Arduino nano.

In the development of the robot, Arduino Nano development card, bluetooth module, ultrasonic distance sensor, light sensor, sound sensor, RGB LED, buzzer, motor driver card and DC motor were used.

TRIG (Trigger) pin of the sensor to a Analog pin on the Arduino Nano, e.g., A5. ECHO (Echo) pin of the sensor to another Analog pin on the Arduino Nano, e.g., A3. Connect the SG90 servo motors to the ...

An Arduino Nano is the heart of the build, paired with a shield that lets it run a number of servo motors. The servos, one per key, are each assembled into a 3D-printed bracket with a cam-driven ...

Obstacle Avoiding Robot using Arduino - Code. The complete program with a demonstration video is given at the end of this project. ... /* Obstacle Avoiding Robot Using Ultrasonic Sensor and Arduino ...

In this project, we have designed a simple Hand Gesture Controlled Robot using Arduino. This Hand Gesture Controlled Robot is based on Arduino Nano, MPU6050, RF Transmitter-Receiver Pair and L293D ...

The Arduino-controlled Drawing Robot is a low-cost pen plotter that can be used to make small drawings on a piece of paper. It is based on an Arduino Nano board with a Bluetooth extension module, ...

That information is then sent back to the Arduino Nano which controls the motor driver to make the robot back up, ... [Dave] wanted to make an Arduino robot out of a remote-control 1950 Mercury.

n this robot we use arduino nanao because its size and weight is very less In this project we have a tendency to discuss regarding w ...

This circuit is intended to be fitted onto the front of the BOE-Bot mobile robot]. Although there’s nothing to stop you using this circuit with any microcontroller, it has been designed for connecting ...