Ensure the latitude correction is linked to an external GPS (via NMEA) to eliminate manual error. Plan for a gyrosphere overhaul every 5–6 years to prevent catastrophic failure.
Enter the Gyro. A gyro compass works on a completely different principle. It uses a rapidly spinning wheel (a gyroscope) and the rotation of the Earth to find True North —the geometric point around which the planet spins—rather than Magnetic North . It is immune to the magnetic interference of a steel ship. yokogawa gyro compass
The flagship of their legacy is the (and its predecessors like the CMZ-100, 200, and 500). These units are a masterclass in industrial design. Ensure the latitude correction is linked to an
Today, the role of the gyro compass is evolving. We live in the age of GPS and GNSS (Global Navigation Satellite Systems). Why do we need a spinning wheel when we have satellites? A gyro compass works on a completely different principle
The brilliance of Yokogawa’s gyro compasses lies in their
Yokogawa, primarily known for industrial automation, has a specialized division for marine navigation systems. The Yokogawa Gyro Compass (YG Series) is a known for its high static accuracy, rapid settling time, and low maintenance requirements. Unlike GPS-based heading sensors, it is immune to satellite jamming and provides true north referencing independent of external signals. The models YG-300 and YG-500 are the most prominent in the mid-to-large vessel segment.