The MU-2A-AC is a six-axis Fiber-Optic Gyroscope (FOG)–based Inertial Measurement Unit (IMU) developed by Aegiverse.
MU-2A-AC FOG IMU
It is designed to provide measurement of angular velocity, linear acceleration, and orientation for unmanned and autonomous system applications.
Sensor Configuration
The MU-2A-AC is a six-axis IMU incorporating closed-loop FOG together with three-axis MEMS accelerometers. This configuration enables the unit to output inertial data for motion sensing and attitude determination.
Performance Specifications
The IMU offers high-grade inertial performance, including a gyro bias instability of approximately 0.020°/hr and an angular random walk of around 0.010°/√hr. Gyro bias stability is specified at approximately 0.100°/hr.
Accelerometer performance includes a ±20 g measurement range, with bias instability of approximately 12 µg and velocity random walk of around 65 µg/√Hz.
The MU-2A-AC measures approximately 158 × 140 × 86 mm and has a system weight of around 1.5 kg, supporting integration into a range of unmanned platforms.
Aegiverse Inertial Technology
The MU-2A-AC is part of Aegiverse’s lineup of FOG–based IMU. Aegiverse develops and offers FOG-based gyros and IMUs as part of its product portfolio, which includes sensors designed for space, aviation, land, and maritime applications.
For more information about the MU-2A-AC FOG IMU, visit Aegiverse’s website.
