Create an enchanting gesture-controlled robot with Arduino! Follow a detailed tutorial using components like MPU6050 Accelerometer, nRF24L01 Transmitter, and more. The tutorial provides a circuit ...

The Receiver, comprising an Arduino Uno, nRF24L01, and motor driver, interprets the signals and controls the robot's movements accordingly. The step-by-step guide provides details on the hardware ...

An actual-size PCB layout of the clap- and gesture-controlled robot is shown in Fig. 3 and its components layout in Fig. 4. PCB layout for the transmitter unit is shown in Fig. 5 and its components ...

The prototype of the project was built using 4 300 RPM BO motors, 4 wheels, an L293d motor driver, a 433mHz RF (transmitter and receiver) modules to transmit and receive the gesture commands, and two ...

Fig. 1: Author’s prototype of the wireless gesture controlled robot Circuit and working. The block diagram of the wireless gesture-controlled robot is shown in Fig. 2. The circuit diagram of the ...

The gesture control robot project uses the Arduino Lilypad board that handles the transmitter circuit along with the component that processes the signal generated by the 3-Axis accelerometer. The X ...

Gesture Controlled Robot Using Arduino. Let's build a cool hand gesture-controlled robot that'll amaze your friends and family—it's like magic! This step-by-step guide helps you build a hand ...

Circuit Diagram: To control the PC with Hand Gestures, just connect the two Ultrasonic sensors with Arduino. We know US sensor work with 5V and hence they are powered by the on board Voltage regulator ...

In this paper we present our work regarding possibilities to control a mobile robot with the help of an innovative myoelectric sensing device called Myo, produced by Thalmic Labs. The proposed mobile ...

The Receiver, comprising an Arduino Uno, nRF24L01, and motor driver, interprets the signals and controls the robot's movements accordingly. The step-by-step guide provides details on the hardware ...