Tag Archives: course-keeping

NAVITRON NT999G GYRO MAG AUTOPILOT

Navitron NT999G Gyro Mag Autopilot: The Navitron NT999G is a high-performance gyro-magnetic autopilot system designed to provide exceptional control for marine vessels. Utilizing both gyrocompass and magnetic sensors, it ensures precise heading control and navigational accuracy, even in harsh marine environments. Regular service and calibration are required to maintain its performance and to avoid errors […]

NAVITRON NT991G MK2 AUTOPILOT

Navitron NT991G MK2 Autopilot: The NT991G MK2 autopilot is a next-generation system from Navitron, designed to deliver precise course-keeping and accurate navigation control. It is suitable for use on a wide range of vessels, from leisure yachts to larger commercial ships. The NT991G MK2 can be integrated with other navigation systems for enhanced performance and […]

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 […]

NAVITRON NT921 MKII AUTOPILOT

Navitron NT921 MKII Autopilot: The Navitron NT921 MKII is another advanced autopilot system, offering automated course-keeping and precise control over long distances. It’s suitable for both leisure and commercial vessels and features easy integration with other navigation systems. Regular repair and maintenance services ensure that the NT921 MKII remains operational, providing reliable steering control under […]

NAVITRON NT777 AUTOPILOT

Navitron NT777 Autopilot: The Navitron NT777 is an advanced autopilot system designed for marine vessels. It offers high-precision control and course-keeping, making it easier for the crew to manage long-distance voyages. Regular servicing and updates to the NT777 ensure that it performs optimally, reducing human error and improving fuel efficiency. The system can be integrated […]