An autonomous 4-wheel drive explorer robot based on Arduino UNO R4 WiFi, designed to navigate through paths and mazes.
GPS speed in km/h with one decimal, RGB gradient LED, sunrise/sunset auto brightness, flash history and Wi-Fi AP web dashboard.
Keeps the car dome light on after closing the door and fades it out in about 10 s. Two transistors, 2 wires, zero standby current.
In this project I built a desktop companion robot using an ESP32 s3, OLED display, and four gear motors.
Machine learning and PID controller allow us to control an autonomous car to drive around an object.
The popular 3d printed chassis smars got an update- continuos servos and some Esp32 power!
A bespoke redesign of the brake pedal focused to minimize cost while maintaining high performance
Building an parking sensor using the BGT60 Sensor from Infineon!
Smart IoT system that detects diesel theft in real-time and sends instant alerts for trucks and generators. 🚛🔥
Automatically turn on a console button when starting up my car
Start AI robotics without the setup. TurboPi: a complete, affordable Raspberry Pi 5 kit with vision, voice, and full code access.
Welcome to this project tutorial on how to build a WiFi-controlled mini tank. This project is completely 3D printable from scratch and requi
I spent a year turning a fragile 3D printed RC prototype into a reliable four-wheel-drive platform.
An autonomous rover combining high-speed edge vision and deterministic MCU control to identify and eliminate weeds without chemicals.
A custom Arduino-powered Indian truck alarm clock with dual OLED displays, realistic truck startup sounds
Ditch 3 separate bots! The ROSOrin's modular chassis (Mecanum, Ackermann, Differential) is the only robot platform you need to learn, build,
This was one of the most popular low-cost, high value-for-money 8-bit MCUs in the early 2000s.
Making an FPV car controlled through wifi on a PC
2 in 1, avoid your objects to roll over or even your car! Grab your own measure tool with you!
Arduino-powered 4WD RC car controlled via a custom MIT App Inventor joystick app over Bluetooth Low Energy (BLE).
Learn to collect driving data, train an AI model, and deploy autonomous driving on a DonkeyCar.
This is an RC car that performs lane keeping, speed control, and stop detection!
AI powered drive through system that recognises vehicle number plates to instantly retrieve order, reducing wait time and queues.
Our system seeks to program a fully autonomous toy car that can navigate its environment, avoid obstacles, and make real-time decisions with
