Single-Axis Fiber Optic Gyroscope

High-precision closed-loop FOG for UAV navigation. Features ≤0.005°/h bias stability, ≥200Hz bandwidth, and ≤0.003°/h/Gs magnetic sensitivity. CE/FCC certified, operates from -45°C to +70°C. Custom options available. Ideal for aerospace and defense.

High precision FOG with constant temperature bias repeatability ≤0.001°/h and zero bias stability ≤0.005°/h. Ideal for UAV navigation, closed-loop systems, and military applications. CE/FCC certified, custom options available, 20-day delivery.

The FG-120C offers exceptional bias stability of ≤0.005°/h at constant temperature and low power consumption under 2.5W. Ideal for inertial navigation and stabilization systems, it features a ±300°/s dynamic range, RS422 interface, and ROHS certification. Custom options available.

High precision single-axis fiber optic gyroscope with bias stability of 0.005°/h, random walk coefficient ≤0.0003°/h¹ᐧ², and scale factor nonlinearity ≤2 ppm. Operating temperature range -45°C to +70°C with compact 120×120×36mm dimensions. Ideal for inertial navigation, positioning systems, and servo stabilization applications with ROHS certification and 15-year shelf life.

Advanced single-axis fiber optic gyroscope with ultra-high precision performance featuring bias stability ≤0.001°/h, compact 120×120×36mm dimensions, single 5V power supply, and ±500°/s dynamic range. Ideal for navigation guidance, positioning systems, and inertial measurement applications with rapid 3-second startup and excellent environmental adaptability.

High-precision navigation-grade fiber optic gyroscope featuring exceptional 0.005°/h bias stability, compact 98×98×33.5mm footprint, and single 5V power supply. Ideal for inertial navigation, positioning systems, and attitude control applications with rapid startup, no preheating required, and robust environmental performance.

High precision fiber optic gyroscope with exceptional 0.005°/h bias stability and 0.001°/√h random walk. Features compact 98×98×33.5mm dimensions, +5V power supply, and RS422 communication interface. Ideal for industrial control, navigation systems, and aerospace applications requiring reliable performance.

High-precision FG-98A/H single-axis fiber optic gyroscope featuring 0.005°/h bias stability, ±500°/s dynamic range, and +5V power supply. This navigation-grade device offers rapid 3-second startup, 4000Hz update rate, and robust environmental performance for inertial navigation, UAVs, robotics, and marine applications.

High-precision fiber optic gyroscope featuring 1000Hz output frequency, exceptional bias stability of ≤0.005°/h, and 200Hz bandwidth. Compact 98×98×33.5mm design with RS422 interface, single +5V power supply, and robust -45°C to +70°C operating range. Ideal for navigation systems, positioning applications, and industrial guidance solutions.

High-precision FG-98A/H fiber optic gyroscope delivers exceptional 0.005°/h bias stability and 200Hz bandwidth. Features single 5V power supply, ±500°/s dynamic range, and robust environmental adaptability for navigation, aerospace, robotics, and industrial applications. Compact 98×98×33.5mm design with RS422 interface.

High-precision FG-98A/H fiber optic gyroscope delivers exceptional 0.005°/h bias stability in compact 98×98×33.5mm housing. Features single 5V power supply, 4000Hz update rate, RS422 interface, and robust environmental performance for navigation, guidance, and industrial applications.

High precision fiber optic gyroscope with ±500°/s dynamic range and ≥200Hz bandwidth. Features single 5V power supply, rapid 3-second startup, and robust environmental performance across -45℃ to +70℃ operating range. Ideal for navigation, guidance, and inertial measurement applications in industrial and military environments.

High precision single-axis fiber optic gyroscope featuring 0.0015°/h bias stability, single 5V power supply, and compact 120×120×36mm design. With 3-second startup time, RS422 interface, and robust construction for navigation guidance, positioning systems, and inertial measurement applications across all environments.

Advanced single-axis fiber optic gyroscope with 0.0015°/h bias stability and ±500°/s dynamic range. Features single 5V power supply, compact 36mm height, and robust environmental performance for navigation and inertial measurement applications. No preheating required with immediate startup capability.

High precision fiber optic gyroscope featuring ≤0.001°/h bias stability, ±500°/s dynamic range, and RS422 communication. Designed for demanding navigation, aerospace, and robotics applications with excellent environmental adaptability, rapid startup, and compact 120×120×36mm design. Single +5V power supply with

High precision fiber optic gyroscope with 0.001°/h bias repeatability and ±500°/s dynamic range. Features compact 120×120×36mm aluminum housing, single +5V power supply, and 3-second startup. Ideal for navigation, robotics, and aerospace applications with exceptional temperature performance from -40°C to +70°C.

High-precision FG-98A/H single-axis fiber optic gyroscope featuring exceptional 0.005°/h bias stability, compact 98×98×33.5mm design, and single 5V power supply. Ideal for navigation systems, inertial guidance, and positioning applications with 4000Hz update rate and robust environmental performance.

High-precision single-axis fiber optic gyroscope featuring exceptional bias stability (≤0.03°/h), ±500°/s dynamic range, and -45°C to +70°C operating temperature. Ideal for navigation guidance, positioning systems, and inertial navigation with rapid 3-second startup and 4000Hz update rate.

Compact 50×50×32mm fiber optic gyroscope with ≤0.2°/h bias stability and ≤130g weight. Features single 5V power supply, 4000Hz update rate, and robust environmental performance for stabilization platforms and navigation systems. Ideal for photoelectric platforms, radar stabilization, and missile-borne control applications.

Compact FG-30 fiber optic gyroscope delivers 0.5°/h bias stability with ±500°/s dynamic range. Features 4000Hz update rate, single 5V power supply, and RS422 interface. Ideal for photoelectric platforms, radar stabilization, and satcom systems with excellent environmental adaptability and 8000h MTBF.