Fiber Optic Gyro

Cost Effective Fiber Optic Gyro for Agricultural Machinery Autopilot The MFOG-24 micro-nano fiber optic gyroscope is an advanced angular rate sensor that integrates optical, mechanical, and electronic components. Utilizing the Sagnac effect and incorporating multiple micro-nano fiber devices, it precisely measures phase differences between counter-propagating light beams to determine angular velocity. This compact sensor features a robust design with no moving parts, ensuring

Product Description The MFOG-40A Fiber Optic Gyroscope (FOG) is a high-precision angular rate sensor developed by Firepower Control Technology Co., Ltd. Based on the Sagnac effect, it integrates advanced micro-nano optical fiber devices with proprietary signal processing algorithms to deliver exceptional bias stability, low noise, and wide dynamic range. Featuring a fully solid-state design with no moving or wearing parts, the MFOG-40A ensures ultra-fast startup, long

Product Description The MFOG-24D Fiber Optic Gyroscope (FOG) is a high-precision angular rate sensor developed by Firepower Control Technology Co., Ltd. Based on the Sagnac effect, it integrates advanced micro-nano optical fiber devices with proprietary signal processing algorithms to deliver exceptional bias stability, low noise, and wide dynamic range. Featuring a fully solid-state design with no moving or wearing parts, the MFOG-24D ensures ultra-fast startup, long

Product Description The MFOG-091B Fiber Optic Gyroscope (FOG) is a high-precision angular rate sensor developed by Firepower Control Technology Co., Ltd. Based on the Sagnac effect, it integrates advanced micro-nano optical fiber devices with proprietary signal processing algorithms to deliver exceptional bias stability, low noise, and wide dynamic range. Featuring a fully solid-state design with no moving or wearing parts, the MFOG-091B ensures ultra-fast startup, long

Product Description The MFOG-103N Fiber Optic Gyroscope (FOG) is a high-precision angular rate sensor developed by Firepower Control Technology Co., Ltd. Based on the Sagnac effect, it integrates advanced micro-nano optical fiber devices with proprietary signal processing algorithms to deliver exceptional bias stability, low noise, and wide dynamic range. Featuring a fully solid-state design with no moving or wearing parts, the MFOG-103N ensures ultra-fast startup, long

MFOG-910 navigation grade fiber optic gyroscope delivers +/-240 deg/s range, 0.8 deg/h bias, 0.02 deg/rt-h ARW. Micro-nano solid-state design for aerospace inertial navigation and attitude control.

MFOG-24 marine fiber optic gyroscope with +/-500 deg/s range, 2 deg/h bias for ship navigation. Solid-state phi24x39mm design provides maintenance-free heading data for marine gyrocompass applications.

MFOG-24 Fizoptika VG191AD compatible fiber optic gyroscope with +/-500 deg/s range, 1.5 deg/h bias, 0.03 deg/rt-h ARW. Compact phi24x39mm design for UAV flight control systems.

MFOG-910 navigation grade fiber optic gyroscope with +/-240 deg/s range, 0.8 deg/h bias, 0.02 deg/rt-h ARW. 1000Hz bandwidth solid-state sensor for tactical guidance and fire control systems.

MFOG-910 micro-nano fiber optic gyroscope offers +/-240 deg/s range, 0.8 deg/h bias, 0.02 deg/rt-h ARW. Compact 82mmx82mmx19.5mm solid-state sensor for UAV autopilot and attitude control systems.

MFOG-910 high bandwidth fiber optic gyroscope delivers +/-240 deg/s range, 0.8 deg/h bias, 0.02 deg/rt-h ARW. Micro-nano design with 1000Hz bandwidth for precision motion measurement and dynamic testing.

MFOG-910 precision fiber optic gyroscope with +/-240 deg/s range, 0.8 deg/h bias, 1000Hz bandwidth. Compact 82x82x19.5mm design optimized for VSAT antenna stabilization and satellite tracking.

MFOG-24 survey grade fiber optic gyroscope with +/-500 deg/s range, 1.5 deg/h bias for borehole survey. Compact phi24x39mm design fits downhole survey tools for oil, gas, and mineral exploration.

MFOG-24 aerospace fiber optic gyroscope delivers +/-500 deg/s range, 1.5 deg/h bias for satellite attitude control. Solid-state phi24x39mm design with radiation-tolerant components for space applications.

MFOG-24 fiber optic gyroscope for INS/GPS integrated navigation with +/-500 deg/s range, 1.5 deg/h bias, 0.03 deg/rt-h ARW. Solid-state phi24x39mm sensor for reliable GPS-denied navigation.

MFOG-24 industrial fiber optic gyroscope offers +/-500 deg/s range, 2 deg/h bias, solid-state reliability. Compact phi24x39mm design for robotic arm motion control and industrial automation systems.

MFOG-24 compact fiber optic gyroscope with +/-500 deg/s range, 1.5 deg/h bias, 0.03 deg/rt-h ARW. Solid-state phi24x39mm design for autonomous vehicle and AGV navigation applications.

MFOG-24 single axis fiber optic gyroscope delivers +/-500 deg/s range, 2 deg/h bias, 0.04 deg/rt-h ARW. Ultra-compact phi24x39mm 30g design optimized for drone gimbal and camera stabilization.

MFOG-24 laboratory fiber optic gyroscope delivers +/-500 deg/s range, 1.5 deg/h bias, 0.03 deg/rt-h ARW for precision measurement. Solid-state phi24x39mm sensor for research and calibration applications.

MFOG-24 precision fiber optic gyroscope delivers +/-500 deg/s range, 1.5 deg/h bias for antenna tracking systems. Low-noise analog output ensures precise satellite dish and radar pointing accuracy.