High Precision Fiber Optic Gyroscope MFOG-24 with ≤0.04°/√h ARW ≤1.5°/h Bias Stability and 20g Vibration Resistance for Autonomous Navigation

The MFOG-24 fiber optic gyroscope delivers ≤0.04°/√h angular random walk and ≤1.5°/h bias stability, making it an ideal inertial sensor for autonomous vehicle navigation and robotics. Its compact φ24×39mm form factor and ≤30g weight enable seamless integration into AGVs, warehouse robots, inspection drones, and self-driving platforms. With no moving parts and 20g vibration resistance, the MFOG-24 provides long-term reliability in demanding industrial environments.

• Angular random walk ≤0.04°/√h ensures high-precision dead-reckoning for extended autonomous operation
• Bias stability ≤2°/h maintains accurate heading reference during long-duration missions
• ±500°/s angular rate range handles rapid turns and dynamic path planning
• ≥300Hz bandwidth provides responsive feedback for real-time robot control loops
• 20g vibration resistance withstands ground vehicle shock and terrain-induced vibration
• No moving parts eliminates maintenance downtime in 24/7 warehouse robot fleets
• Fast start-up enables immediate operation from power-on for time-critical missions

• AGV and Warehouse Logistics Robots: Provides precise heading and angular rate for autonomous path following, docking, and obstacle avoidance in smart warehouse environments.
• Autonomous Delivery Vehicles: Integrates with GPS/IMU fusion systems for accurate navigation and lane-keeping in last-mile delivery platforms and sidewalk robots.
• Inspection and Surveillance Robots: Enables stable pan-tilt control and accurate orientation tracking for industrial inspection robots in power plants and factories.
• Agricultural Autonomous Platforms: Supports precision steering and implement guidance for autonomous tractors and harvesting robots in GPS-denied environments.