A simple circuit which allows you to open the door without touching it.
RYB080l is a standalone Bluetooth module with an extremely small footprint ideal for small IoT connected devices like wearables.
Raspberry Pi PicoW RC Car/Control. V2 has 3 modes: controlled, avoidance & line follow. Also controllable using the UDP Joystick Phone App.
A Case Study in Automated Fruit Harvesting and Transport with Compound Robot
In the heart of agricultural innovation lies Clibot, a robotic solution designed to transform the way farmers manage their crops.
In this project, we'll be harnessing the power of the new Unihiker Single Board Computer (SBC) to create a smart home setup.
Building on the PyTrack project, this project adds sensor nodes to track the robots position.
A (punky) ukulele robot - made at Science Hack Day.
You can play the classic Battleship game together with Alexa. Are you ready for the battle?
The Ultimate Brushless Advanced Sumo Robot! in this project you will learn how to build the best Sumo robot in the world!
Here we demonstrate how to build fundamental CanSat electronics using a Cmod A7 FPGA board.
This is an RF controlled four-wheel ground rover built from scratch. The RF remote controller has 100 m range in open space.
Control a BLDC motor in low speed with minimum cogging effects.
Making an UAV avoidance system using the affordable TFMini-S, a Time of Flight (ToF) rangefinder and ArduPilot flight system.
Uses Alexa voice command to start playing a Christmas song.
The simplest way to read A B quadrature encoder using Theremino Master.
Choose to control this robot from anywhere in the world using either a joystick or an accelerometer at the flick of a switch!
A brief introduction to PEFT and how it helps us to fine-tune the Gr00t foundation on consumer GPUs.
A smart solution for demands on watering plants.
Let's build an RC Arduino Tracked Robot that can go over a different kinds of terrain effortlessly!
Here''s how to build your first LoRa gateway.
The flame sensor function can detect a fire, ATmega16 will give the command to the robot to walk towards the source of the fire candle.
The project is a design of an LM298 Dual DC motor driver used to drive DC and stepper motors. It is a design done in KiCAD.
The robot detects obstacles with Lidar, plans the path with A* algorithm, then travels through the path with motion tracking.
