With advanced Micro-Electro-Mechanical System (MEMS) sensors, these inertial measurement units (IMUs) deliver superior accuracy, low noise, and minimal drift. Its exceptional performance is characterized by less than 1°/h bias instability and low Angular Random Walk (ARW), making it the ideal choice for aerospace, robotics, and navigation applications.
Aeron's commitment to innovation is evident in the compact and lightweight design, ensuring seamless integration without compromising performance. The inertial measurement units (IMUs) are engineered to withstand tough environmental conditions, including temperature, vibrations, and shocks, ensuring consistent and reliable operation in any scenario.
1°/hr. Inertial Measurement Unit (IMU) package with RS422 interface for control applications qualified as per MIL standards. The Castor IMU1100 offers acceleration measurement range of 16g (40g optional) and rate measurement range 400°/s supporting high dynamics applications.
High shock sustaining OEM inertial measurement unit (IMU) package for control applications offering 1°/hr bias instability. The IMU1640 sits on the customer PCB and is interfaced with the autopilot or stabilization controller over the SPI interface.
The CSTR-GYR1200 inertial measurement unit is a high-end tactical class gyro module consisting of a high-performance triaxial gyroscope sensor based on the latest MEMS technology.
Affordable IMUs offering excellent tactical performance for high dynamics applications
PCB mounted (OEM) option with SPI interface and non-OEM option with RS422 interface
High update rate of up to 4000Hz supporting dynamics of up to 400°/s rate and 40g acceleration
by Aeron Systems
Pollux ensures dependable navigation by actively detecting and mitigating GNSS/GPS spoofing and jamming threats in real-time field environments.
by Aeron Systems
Learn how to calibrate Aeron’s INS magnetometers for accurate magnetic field measurements. Discover the causes of magnetic errors, step-by-step calibration using AICS software, and how proper calibration ensures precise navigation and orientation in dynamic environments.
