this DIY Arduino transmitter is actually pretty simple. It has several controllers, the joysticks, the potentiometers and some buttons, and it constantly sends their data to the receiver. The receiver accepts this data wirelessly through the NRF24L01 module and it outputs appropriate...
A Line Follower Robot (LFR) is one of the most popular Arduino robotics projects that teaches core concepts of automation and sensor integration. This step-by-step guide will show you how to build a professional-grade line follower robot using Arduino UNO, with complete code explanations and tr...
ESP32 is a microcontroller board with a vast range of capabilities. It has built-in Wi-Fi and Bluetooth modules. Using both these modules, you can program ESP32 wirelessly. With this, you don’t have to worry about long-wire connections for controlling ESP32 peripherals. In this article, ...
That’s pretty much everything for this tutorial. In case you want to learn how to wirelessly make this Arduino brushless motor control, you can check my previous video where I build and Arduino based RC transmitter and explained how to control BLDC motors using it. I hope you enjoyed this...
Furthermore, Arduino’s easy-to-use IDE software for beginners is a more manageable program to learn as it uses a simplified version of C++ compared to other programming software. Because of this, Arduino is commonly cited as the pathway for everyone looking to learn about microcontrollers. With...
Arduino is one of the most popular open-source electronics platforms that offers a range of microcontroller boards, tools, and accessories for creating interactive projects and digital gadgets. Due to its popularity among hobbyists, academics, and
This is simple guide on how to connect ESP32 as the client to Arduino Nano 33 BLE sense as the server (peripheral) via Bluetooth (BLE) - tech-nickk/Connecting-ESP32-to-Arduino-Nano-33-BLE-sense-via-BLE
In this case, we are communicating wirelessly. The user gives instructions by pressing the buttons on the gamepad in the Gamepad module in Dabble. The robot takes actions according to the button pressed. For example, if Down is pressed, the robot will move backwards. if none of the buttons...
To control the hexapod robot wirelessly, you can use a serial remote control application on your Android or iOS device. Follow the steps below to establish a connection and program the buttons in the app to send serial commands to the hexapod: ...
Step 1:Connect the Wio-E5 module directly to the “UART” slot of the Expansion Board. Step 2:Connect the DHT11 into the “A0/D0” socket as shown below. Software Preparation If this is the first time you work with Arduino, we strongly recommend you to seeGetting Started with Arduinobe...