Visualizing MPU9250 3D orientation data on the web page hosted by ESP32. Using websockets and JSON to send orientation data.
Emergency services First On Scene Drone for collecting vital information prior to arrival of response team
Tiny Wireless IMUz (motion sensor)
This IMU-equipped pen is trained to recognize handwritten numbers
The use of a Kalman Filter for localization outdoors.
A self-balancing robot using Arduino Nano and MPU6050.
Musical eggs that make visual art!
Modern times make modern solutions possible. Therefore, the step to a digital snow globe is not that far.
Motion capture made yours.
Pellicanus is an open source INS/GPS integrated navigation system designed to be a handy, accessible development board.
Fibonacci64 Micro 40mm disc with 64 RGB LEDs driven with a XIAO BLE Sense from Seeed Studio, using the 6-axis IMU to "open & close".
We used two Arduino base scales to control robot legs, two T-Skins to control arms, and a RPi. We made a special version of T-Skin:Fight!
Turn your dumbbell into a smartbell with the Microchip SAMD21 ML EVK and an embedded ML classifier built in the Edge Impulse Studio.
Build a self balancing robot using our Arduino compatible XMC4700 microcontroller.
Post-Analysis of Badminton-Sport performed through RSL10 powered Smart Racquet and Machine Learning,.. now becomes Open-Source!
A small and low-cost drifter and wave-measuring buoy for the Ocean close to the shore and inside fjords.
This project will show you how to use a IMU.
This is a simple visually interesting toy for describing fluid dynamics.
Build a cool display with the Arduino Giga Display - showcases using LVGL to show a graph of the on board mic, imu sensor and rgb led
Use your smartphone as an IMU for your Raspberry Pi project!
Utilize a 6-axis IMU sensor SH200Q, to capture a magic wand motion.
A friendly introduction and simple tutorial about MPU-6050 (Accelerometer + Gyro) sensor module
A simple step-by-step guide for extracting and displaying IMU 3D rotation using Python. No Arduino or other MCU firmware programming needed!
Self-balancing two-wheel inverted pendulum robot with (not-so-well) tuned PID control parameters.
