Project #25 - Movement - SD - Mk12
An interesting open source Arduino + 3D Print project uses gyroscopic sensors and accelerometers to detect movement of the balanced object
Simple and inexpensive project, especially useful for amateur astronomers, which drastically reduces the time to find the desired object
Learn how to get more accurate linear and gyroscopic acceleration values from the MPU9250 using a simple calibration technique.
Learn how to measure acceleration with the STM32 and the MPU6050 in the Arduino IDE
A wearable solution to detect potential drowning and alert guardians for help. My largest project so far, Github profile is at the Comment!
With this device, rail vibration is generated for measuring the movement and transmitting the data for later analysis.
For people with low visibilty that find it difficult to find their way around their home, We have created a navigation and safety wearble.
A battery-powered IoT device uses accelerometer data to monitor machines, sharing insights via a self-healing network and cloud analytics.
A robot car that can swing up and balance on its front wheels, while launching a catapult at the same time.
Project #25 - Movement - GPS Receiver - Mk11
Project #25 - Movement - RTC - Mk10
Project #25 - Movement - ADXL345 - Mk07
Motion-driven RGB LED with Pico-based accelerometer integration.
