Modern airborne systems demand more precision in less space. This compact strapdown FOG INS combines high-performance navigation with efficient design.
Using interferometry fiber gyroscope technology, it delivers accurate positioning and stable attitude output in both standalone and GNSS FOG INS modes.
Compared to traditional ruggedized RLG gyro and marine RLG gyro systems, it provides improved scalability, lower power consumption, and easier integration.
Applications: UAV platforms, advanced aircraft systems, next-generation airborne intelligence
Planning your next UAV or airborne system? Let’s collaborate to build a compact, high-precision navigation solution.
#compactFOGINS #airbornenavigationsystem #interferometryfibergyroscope #GNSSFOGINS #UAVINSsolution #fiberopticgyronavigation
Modern airborne systems demand more precision in less space. This compact strapdown FOG INS combines high-performance navigation with efficient design.
Using interferometry fiber gyroscope technology, it delivers accurate positioning and stable attitude output in both standalone and GNSS FOG INS modes.
Compared to traditional ruggedized RLG gyro and marine RLG gyro systems, it provides improved scalability, lower power consumption, and easier integration.
Applications: UAV platforms, advanced aircraft systems, next-generation airborne intelligence
Planning your next UAV or airborne system? Let’s collaborate to build a compact, high-precision navigation solution.
#compactFOGINS #airbornenavigationsystem #interferometryfibergyroscope #GNSSFOGINS #UAVINSsolution #fiberopticgyronavigation