Fiber Optic Gyroscopes

Zero moving parts. Sagnac-effect precision. Proven reliability.

Our fiber optic gyroscopes leverage the Sagnac effect for rotation sensing with zero moving parts. Available in single-axis, dual-axis, and tri-axis configurations with bias stability from 0.003°/h (strategic grade) to 2°/h (industrial grade). Ideal for INS, platform stabilization, north-finding, and precision pointing.

TechnologyClosed-Loop Interferometric Fiber Optic Gyroscope (FOG)
Axis OptionsSingle-Axis, Dual-Axis, Tri-Axis
Bias Stability Range0.003°/h – 2°/h (0.01°/√h ARW at high end)
Angular Random Walk0.0005°/√h – 0.05°/√h (grade-dependent)
Scale Factor Repeatability≤ 10 ppm – 500 ppm
Bandwidth≥ 100 Hz (up to 500 Hz on request)
InterfaceRS-422 / RS-232; optional CAN, SPI, Sync-out pulse
Operating Temperature-40°C to +70°C (standard); extended range options
DimensionsModel-dependent; from Φ50×30 mm (single-axis) to enclosure mounts
WeightFrom 80 g (compact single-axis) to < 2 kg (tri-axis enclosure)

FOG Product Models

Select the grade and configuration that matches your performance requirements

GN1-FOG-50

GN1-FOG-50

Single-Axis≤0.05°/hNavigation Grade

High-performance single-axis FOG with navigation-grade bias stability. Compact form factor for INS and platform stabilization.

GN1-FOG-60

GN1-FOG-60

Single-Axis≤0.03°/hNavigation Grade

Ultra-low bias drift single-axis FOG for precision north-finding and high-end INS applications.

GN1-FOG-70

GN1-FOG-70

Single-Axis≤0.01°/hTactical Grade

Sub-0.01°/h stability single-axis FOG, ideal for demanding tactical and navigation applications.

GN1-FOG-98

GN1-FOG-98

Single-Axis≤0.003°/hStrategic Grade

Strategic-grade fiber optic gyroscope achieving ≤0.003°/h bias stability for the most demanding applications.

GN2-FOG-20

GN2-FOG-20

Dual-Axis≤0.5°/hIndustrial Grade

Compact dual-axis FOG measuring rate around two orthogonal axes simultaneously for antenna and camera stabilization.

GN2-FOG-35

GN2-FOG-35

Dual-Axis≤2°/hIndustrial Grade

Cost-effective dual-axis FOG with industrial-grade performance for stabilization and robotics applications.