Products / Unlocking the Wonders of Micro Magic / Unlocking Precision: The Power of FOG Inertial Measurement Units

micro magic logo.webp

Industrial & Automotive-Grade Inertial Sensing Systems for UAVs, Robotics & Autonomous Vehicles

Unlocking the Wonders of Micro Magic / Unlocking Precision: The Power of FOG Inertial Measurement Units

Unlocking Precision: The Power of FOG Inertial Measurement Units

High-precision three-axis fiber-optic gyro-based IMUs for drones & robotics

Socials
Unlocking Precision: The Power of FOG Inertial Measurement Units

Advanced FOG ‍IMUs by Micro-Magic: precision⁤ Redefined

Micro-MagicS cutting-edge Fiber⁤ Optic Gyroscope (FOG) ​Inertial Measurement Units (IMUs) integrate tri-axial accelerometers adn gyroscopes, enhanced by advanced ⁣Kalman filtering techniques. This combination delivers ‍detailed, real-time insights into⁢ orientation, speed, and acceleration.Select models also provide options for various MEMS or quartz accelerometers and barometric sensors, catering to diverse application needs.

Technical Specifications Overview

Model UF100A UF300A UF300B/C UF3X80-A/B
Dimensions: Ф89 x 78.5 mm 145 x 122 ⁣x 125 mm 145 x 122 x 125 ⁣mm Ф80 x 70 mm
Weight: 600g 1800±50g 1800±50g 680±50g
Maximum Gyro Range: ±300/500°/s ±300/1000°/s ±300/1000°/s ±500°/s
Maximum Accelerometer Range: ±10g ±10g ±10g Customizable
Gyro Bias Stability (In-Run): 0.05°/hr 0.05°/hr 0.08/0.1°/hr 0.3/0.2°/hr
Accelerometer Bias Stability (In-Run): 0.02 mg 0.05⁢ mg 0.05/0.07 mg Customizable
Gyro Bias⁣ Repeatability (in-run): 0.2°/hr 0.05°/hr 0.08/0.1°/hr 0.3/0.2°/hr
accelerometer Bias Repeatability (In-Run): 0.1 mg 0.05 mg 0.05/0.07 mg Customizable
Gyro Random Walk: 0.02°/√hr 0.005°/√hr 0.008/0.01°/√hr 0.03/0.02°/√hr
Accelerometer Random Walk: 0.01 m/sec/√hr 0.007 m/sec/√hr 0.007/0.01 m/sec/√hr Customizable

Additional Models and ​Their Specifications

model UF3X90-A/B UF3X100-A/B UF500 UF600
Dimensions: Ф90 x 78 mm 100 x‌ 100 x 95 mm 80 x​ 80 ⁤x 60 mm 80 x 80⁤ x 60 mm
Weight: 780±50g 950±50g 950±50g 950±50g
Maximum ⁤Gyro Range: ±500°/s ±500°/s ±360°/s ±360°/s
Maximum Accelerometer⁢ Range: Customizable Customizable ±50g ±50g
Gyro Bias Stability (In-Run): 0.2/0.1°/hr 0.05/0.03°/hr 0.1°/hr 0.1°/hr
Accelerometer Bias Stability ⁣(In-Run): Customizable Customizable 0.02 mg 0.05 mg
Gyro Bias Repeatability (In-Run): 0.2/0.1°/hr 0.05/0.03°/hr 0.8°/hr 0.8°/hr
Accelerometer Bias Repeatability (In-Run): Customizable Customizable 0.1 mg 0.3 mg
Gyro Random Walk: 0.02/0.01°/√hr 0.005/0.003°/√hr 0.08°/√hr 0.08°/√hr
Accelerometer Random Walk: Customizable Customizable 0.007 m/sec/√hr 0.01 m/sec/√hr

Other Products

Unlocking Precision: The Power of Angle Sensors
Rugged MEMS non-contact angular position sensors
Revolutionizing Measurement: The Power of Wireless Inclinometers
Wireless tilt sensors for transmission of attitude data via Bluetooth & Zigbee
Unlocking Precision: The Power of Enclosed Inclinometers
IP67 & IP68-rated two- and three-axis angle change measurement sensors
Revolutionizing Precision: Discover the Power of OEM Inclinometers!
Board-level two- and three-axis angle change measurement sensors
Discover the Power of North-Seeking Sensors!
FOG & MEMS north-finding sensors for navigation & alignment
Navigating the Future: The Power of Electronic Compasses
Electronic compass sensors for unmanned systems heading and orientation
Navigating the Skies: Understanding Attitude & Heading Reference Systems
MEMS-based AHRS for precision UAV navigation and positioning
Unlocking Precision: The Power of FOG Inertial Navigation Systems
Advanced FOG-based GNSS-aided INS for drone & autonomous vehicle navigation
Unlocking Precision: The Power of MEMS Inertial Navigation Systems
Cost-effective GNSS-aided INS for drone & autonomous vehicle navigation
Unlocking Precision: The Power of MEMS Inertial Measurement Units
Cost-effective three-axis IMUs for drones & robotics