Compact Fiber Optic Gyroscope with ±500°/s Angular Rate and ≤1.5°/h Bias Stability for UAV Navigation

The MFOG-24 is a compact fiber optic gyroscope specifically engineered for UAV and drone flight control navigation. Based on the Sagnac effect, it provides accurate angular rate measurement with ±500°/s range and ≤2°/h bias stability. Its ultra-lightweight design (φ24*39mm, ≤30g) makes it ideal for multi-rotor drones, fixed-wing UAVs, and VTOL aircraft requiring precise attitude stabilization.

• Angular rate range: ±500°/s for agile drone maneuvers
• Zero-bias stability ≤2°/h ensures smooth hovering and waypoint tracking
• Angular random walk ≤0.04°/√h for clean navigation data fusion
• 20g vibration resistance handles rotor-induced high-frequency vibration
• No moving parts eliminates mechanical wear in continuous UAV operation
• Low power consumption ≤1.5W extends drone battery life
• Operating temperature -40°C~+65°C suitable for high-altitude UAV missions

• Multi-Rotor Drone Stabilization: Provides real-time angular rate feedback for gimbal and flight controller stabilization in aerial photography and surveying drones.
• Fixed-Wing UAV Waypoint Navigation: Delivers precise heading and turn-rate data for autonomous waypoint-following in mapping and agricultural UAVs.
• VTOL Aircraft Transition Control: Ensures stable attitude control during vertical takeoff, transition, and forward flight phases of hybrid VTOL platforms.
• Drone Swarm Coordination: Reliable heading reference for coordinated multi-drone operations in logistics and defense applications.