Garmin MSC 10 Marine Satellite Compass, Multi-band GNSS with AHRS

Navigate with unparalleled confidence using the Garmin MSC 10 Marine Satellite Compass. This advanced, GPS-based heading sensor delivers precise and reliable navigation data, seamlessly integrating into your Garmin marine system. Engineered with multi-band GNSS technology and a robust Attitude Heading Reference System (AHRS), the MSC 10 provides superior accuracy for both heading and positioning, even in challenging conditions. Upgrade your vessel with this essential navigation tool for enhanced safety and performance on the water.

In the Box:

• MSC-10 Marine Satellite Compass
• Pole mount
• Mounting hardware
• NMEA 2000® backbone/drop cable (6 meters)
• NMEA 2000 T-connector
• Documentation

Key Benefits & Specifications:

• Multi-band GNSS Receiver: Delivers precise positioning (< 1 meter CEP) across multiple satellite constellations (GPS, Galileo, GLONASS, BeiDou), ensuring exceptional accuracy in diverse marine environments.
• Advanced Attitude Heading Reference System (AHRS): Provides accurate GPS-derived heading at all speeds and in dynamic conditions, including pitching in rough seas or taking sharp turns.
• Accurate Heading Data: Offers reliable heading accuracy within 2 degrees RMS, unaffected by magnetic interference, enhancing autopilot and system performance.
• Comprehensive Motion Data: Supplies accurate boat heave, pitch, and roll information, crucial for stable operation and precise sonar readings, even in rough waters.
• High-Speed Position Updates: Features a 10 Hz position update rate for faster, more detailed tracking and superior situational awareness.
• NMEA 2000® Network Compatibility: Seamlessly integrates with compatible Garmin chartplotters and other onboard systems, delivering critical navigation data across your marine network.
• Primary Sensor Capability: Can be used as the primary position and heading sensor for autopilots and various onboard systems requiring precise navigation input.
• Backup Heading Sensor: Offers a seamless transition to magnetometer-based heading in the rare event of satellite signal loss, ensuring continuous navigation data (magnetometer calibration required for backup support).