Aegiverse MU-2A-AC 6-Axis Fiber-Optic Gyroscope Inertial Measurement Unit (FOG-IMU)

The Aegiverse MU-2A-AC is a high-end 6-axis Fiber-Optic Gyroscope Inertial Measurement Unit (FOG-IMU) designed for advanced navigation, guidance, and positioning applications. With its built-in 3-axis MEMS accelerometer featuring a closed-loop design, this IMU delivers navigation-grade accuracy and long-term stability, making it an ideal choice for aerospace, defense, marine, and industrial applications where precision and reliability are critical. Key Features & Advantages Ultra-precise gyroscope performance: Bias Instability: 0.020 °/hr Angular Random Walk: 0.010 °/√hr Bias Stability (1σ, 50 hr): 0.100 °/hr High-performance accelerometer: Operating Range: ±20 g Bias Instability: 12 μg Velocity Random Walk: 65 μg/√Hz Bias Repeatability (1 year): 1600 μg Bias Temperature Sensitivity: 200 μg/°C Scale Factor Repeatability: 650 ppm (1 year) Scale Factor Temperature Sensitivity: 100 ppm Robust system design: Compact cuboid housing: 158 × 140 × 86 mm Weight: 1.5 kg (verify vs. 2 kg spec) Optimized for mass production and easy customer installation Why Choose MU-2A-AC? Navigation-grade accuracy: With ultra-low bias instability and angular random walk, the MU-2A-AC ensures reliable performance even in GNSS-denied environments. Long-term stability: Low temperature sensitivity and repeatability make it suitable for continuous, mission-critical operations. Versatile applications: Aerospace navigation, marine guidance, defense systems, robotics, surveying, and industrial automation. Customer-focused design: Compact, rugged, and easy to integrate into existing systems. The MU-2A-AC represents Aegiverse's commitment to high-end inertial navigation technology, offering unmatched precision and reliability for customers who demand the best. Whether for defense-grade navigation, autonomous platforms, or industrial positioning, this IMU is engineered to meet the highest standards of accuracy and durability.