Tag Archives: Gyrocompass

TOKIMEC GYRO COMPASS INVERTER GM 21

The TOKIMEC GYRO COMPASS INVERTER GM 21 is a critical component for the GM 21 Gyrocompass system. The inverter ensures that the compass operates efficiently by converting power to the correct voltage and providing continuous, reliable operation. This component is essential for ensuring that the Gyrocompass performs accurately, making it a vital part of vessel […]

TOKIMEC GYRO COMPASS GM 21

The TOKIMEC GYRO COMPASS GM 21 is an advanced navigation device designed to offer precise and continuous heading data for vessels. It works by utilizing the Earth’s rotation and gravitational forces, which makes it independent of magnetic fields, ensuring accuracy in all conditions. The GM 21 Gyrocompass is ideal for vessels operating in regions with […]

TOKIMEC GM 20 GYROCOMPASS

The TOKIMEC GM 20 GYROCOMPASS is a high-precision device used to measure a vessel’s true heading. Unlike traditional magnetic compasses, the GM 20 Gyrocompass uses the Earth’s rotation to determine the ship’s orientation, providing highly accurate and reliable heading data. This is critical for vessels operating in areas where magnetic interference is a concern. The […]

TOKIMAC ES 110 GYROCOMPASS

The TOKIMAC ES 110 GYROCOMPASS is a high-precision device used to determine the vessel’s true heading. Unlike magnetic compasses, the ES 110 Gyrocompass uses the Earth’s rotation to maintain an accurate heading, unaffected by external influences such as metal or magnetic fields. It is crucial for navigation, especially on large vessels, as it provides consistent […]

NAVITRON NT921G AUTOPILOT

Navitron NT921G Autopilot: The Navitron NT921G is an advanced autopilot system used in marine vessels to automate navigation and course-keeping. It is designed for precision control, utilizing gyrocompass technology for reliable heading information. This autopilot system is critical for reducing crew workload, especially on long journeys. Regular servicing and maintenance ensure optimal performance and accurate […]