To set up and use this Arduino Bluetooth Car project, follow these general steps: Assemble the physical components of the car, including the Arduino board, motors, chassis, wheels, Bluetooth module, ...

Figure 1: Arduino 101* with rotary angle sensor. Central and Peripheral Devices. Bluetooth® LE supports two major roles for networked devices: central and peripheral. Central: A Bluetooth ...

IR Sensor Pinout. The IR sensor has a 3-pin connector that interfaces it to the outside world. The connections are as follows: VCC is the power supply pin for the IR sensor which we connect to the 5V ...

Part Two : Sending datas from the Arduino to the Raspberry PI. Connect a potentiometer (10 k Ohm) to the Arduino according the the "Arduino_BT_02.jpg" file (see attachments). Power and program the ...

Two years ago, a mini mash-up was created in the form of UDOO, which brought together Raspberry Pi and Arduino into one. Now the company behind UDOO is back with a plan to build a more powerful ...

Arduino envisions plenty of applications for the board including predictive maintenance on industrial equipment, stabilization of robots and rovers, and exoskeletons all of which could benefit from ...

Arduino - Controls the car's movements based on received Bluetooth commands. L298N Motor Driver - Powers and controls the car's motors. Ultrasonic Sensor HC-SR04 - Measures distance to obstacles and ...