GitHub

hen7561/arduino-RC-car

This repository contains the implementation of an Arduino-based RC car system, including client-server communication, servo motor control, ultrasonic distance sensing, and data visualization. Below is ...
RC Arduino Car with 3D model and print. Blender to design the car's shell, 3D printing to build it, and C++ to program the Arduino to control the car's movement. The car will be operated through a ...
The complete circuit diagram for this 2wd obstacle avoiding robot is given below. As you can see, it uses an Ultrasonic sensor to take measurements in all three directions with the help of a servo ...
$2 for pcb Prototype, for more information visit: Download the codes here Arduino simple shield potentiometer code: Arduino shield rc car: Arduino nano module L298P code: Board project: In this ...
Autonomous systems, especially in robotics, are transforming industries by performing complex tasks efficiently. Obstacle avoidance is crucial for autonomous robots, allowing them to detect obstacles ...
The Arduino is an amazing piece of technology that can be used to power all kinds of gadgets, often using nothing more than a battery and various components that don’t cost more than a few bucks.
The things that an Arduino board can power are only limited by our imagination, and with a little work, this little piece of technology can end up doing amazing things. A 16-year-old, for example, has ...
In the domain of robotics and automation, precision-controlled mechanical movements have ushered in a revolutionary wave across diverse industries, spanning from manufacturing to healthcare. Thanks to ...
The RejsaCAN-ESP32-S3 is an ESP32-S3 board suitable for developers who want to build a car-related project. It can control or read the data from the OBD-II connector in your car using 2.4 GHz Wi-Fi or ...
There seems to be no shortage of hobby boards available to program on these days. Most, like the popular Arduino and Raspberry Pi boards, started life as a tool to teach students about programming and ...