With our indigenous engineering capabilities and inertial navigation technologies, every route is within reach.
MARINE NAVIGATION SYSTEMS

High-reliability navigation and control systems designed for frigate, corvette, and destroyer-class naval vessels.
DEFENSE SYSTEMS

Advanced autonomous navigation and mission control systems tailored for Unmanned Surface Vehicles (USVs) and Unmanned/Autonomous Underwater Vehicles (UUVs/AUVs)..
Air Navigation Systems

Advanced IMO/SOLAS-compliant navigation systems designed for unmanned aerial vehicles (UAVs) and commercial maritime platforms.
Guiding You Through

N-001
This is a high-performance system utilizing the latest inertial navigation technology. The sensor unit contains no moving parts, eliminating the need for periodic overhauls and maintenance associated with mechanical systems.
Compared to conventional mechanical gyrocompasses, the Fiber Optic Gyrocompass contributes to lower operating and lifecycle costs while providing enhanced reliability and performance.
N-002
A high-performance system utilizing the latest inertial navigation technology. The sensor unit contains no moving parts, eliminating the need for periodic overhauls and significantly reducing maintenance requirements.
Compared to conventional mechanical gyrocompasses, the Fiber Optic Gyrocompass offers enhanced reliability while contributing to lower operating and lifecycle costs.
N-003
Smart and secure navigation for modern vessels. Featuring a large touchscreen display and functional icons for intuitive and seamless operation.
Onboard unit replacement capability minimizes downtime during navigation, ensuring uninterrupted operation and reducing service interruptions to nearly zero.
N-004
A high-performance system powered by the latest inertial navigation technology. The sensor unit contains no moving parts, eliminating the need for periodic overhauls and significantly reducing maintenance requirements.
Compared with conventional mechanical gyrocompasses, the Fiber Optic Gyrocompass provides superior reliability and contributes to lower operating and lifecycle costs, making it an efficient solution for modern maritime navigation systems.
N-005
Designed to project the image of the compass card within the binnacle onto a mirror through a projection tube. The floating compass card inside the binnacle is illuminated by a lamp located beneath it.
To enhance readability, the projected image of the compass card is magnified by a lens integrated into the projection tube, providing clear and accurate heading indications.
