- New Products
- Sales
- All Products
- Arduino >
- LattePanda >
- FireBeetle (ESP32 / ESP8266) >
- Internet of Things - IoT >
- Development Boards > Development Boards
- Raspberry Pi >
- micro:bit >
- Sensors > SensorsLiquid SensorsAir SensorsLiDARRange & Distance SensorsTemperature & Humidity SensorInteractive SensorsLight & Imaging SensorsMagnetic SensorsMotion SensorsPotentiometersCurrent SensorsPressure SensorsFlex SensorsSensor SetGPSIMU SensorsSound SensorsSwitches & ButtonsWeight Sensorse-Health SensorsEncodersOthers
- Gravity >
- Modules >
- Kits >
- Prototyping & Accessories >
- Artificial Intelligence Hardware >
- Robotics >
- Fermion >
- STEM Education >
- Boson >
- PCB Manufacturing
A Guide To using IMU
A Guide To using IMU (Accelerometer and Gyroscope Devices)in Embedded Applications
This guide is intended to everyone interested in inertial MEMS (Micro-Electro-Mechanical Systems) sensors, in particular Accelerometers and Gyroscopes as well as combination IMU devices (Inertial Measurement Unit).
IMUSim Tutorial
The aim of this tutorial is to quickly introduce some basic use of IMUSim. The software can do much more than what is covered here, but working through the basics will introduce you to the structure of the software and how to use it. Once you have worked through this tutorial, the API documentation should hopefully make a bit more sense to you, and you can refer to that for further details.
Starting Nov 21st (EST), grab a Mystery Box for just $1 and stand a chance to get Raspberry Pi 5B / LattePanda 3 Delta Single Board Computers, with guaranteed prizes worth over $15!
Explore the performance of Small Language Models (SLMs) on the Raspberry Pi 5 SBC, including models like mathstral, phi 3, llama 3.1, gemma2 2b, and Qwen.
REVIEWS
Explore our top picks for interactive sensors, DIY lighting, essential maker tools, and exciting project ideas to make this Halloween truly unforgettable!
NEWS