The XIAO STM32C5's on-board IMU and CAN drive a BLDC motor: however you turn the base, the top keeps facing the same way.
A simplified ESP32 robot car for school project days. Two motors, PS5 control, ultrasonic sensor and three modes. No soldering needed.
Turn your head to drive a 6-axis Elephant Robotics myCobot 280 in real time using the built-in motion sensors inside Apple AirPods Pro.
Watch a raw gyroscope drift while a Kalman filter stays level, live on a BNO055 and a Raspberry Pi 5 🧭
A self-driving mobile robot built on the LeKiwi omni-base and the Qualcomm Rubik Pi 3, with LiDAR, a depth camera, and live sensor streaming
Learn to build and program a Quarky Intellio Obstacle Avoider Robot using PictoBlox Python and OpenCV.
This project transforms the myCobot 280 into a smooth real-time 2D face-tracking robot using Python, MediaPipe, OpenCV, and Arduino.
Monitor water pH levels in real time using IoT technology and KiwisIoT, making water quality monitoring easier through live sensor readings
Build a simple Arduino-based brushless motor tester and control motor speed with just a potentiometer and an ESC.
KiwisIoT empowers farmers with real-time IoT monitoring of soil moisture, temperature and humidity for smarter, more efficient agriculture.
MyroNode is a peer-to-peer robotic teleoperation system that mirrors IMU motion onto smart serial bus servos across high-speed CAN FD
Build an alcohol-vapour monitoring prototype using the MQ-3 sensor and NodeMCU ESP8266, and visualize readings KiwisIoT on dashboard
In this project, I built an AI-powered toll booth system that detects vehicle number plates, reads the plate number, stores toll records.
We ran real-time depth estimation on two Qualcomm Dragonwing edge AI boards, one on a moving robot and one on a desk.
Point and say "here", "that one", "this big". One open core turns it into a place a robot can act on: a vacuum, a pen plotter and an arm.
Build an Arduino ultrasonic distance meter with an OLED display and LED proximity alert using the HC-SR04 sensor. Perfect for beginners!
