Us Stock Maretron Solid-state Rate/gyro Compass - Don't Miss Out [y6xMdcS9]

The Us Stock Maretron Solid-state Rate/gyro Compass - Don't Miss Out [y6xMdcS9] is a high-precision compass for marine navigation. It uses solid-state technology to measure and display the boat's heading and rate of turn in real-time, providing accurate information for navigation and vessel stability.

Features

• Better than 0.7° heading accuracy in static conditions.
• Better than 1.5° heading accuracy in dynamic conditions.
• Better than 1°/second rate of turn in.
• Better than 1° pitch/roll accuracy.
• Three axis magnetometer three axis rate gyro and three axis accelerometer.
• Outputs NMEA 0183 and NMEA 2000 data simultaneously.
• IP67 waterproof enclosure.

Maretron\'s SSC300 implementing the second generation of Maretron\'s award-wining compass technology is a solid state rate gyro electronic compass that provides better than 0.7° heading accuracy through ±45° of roll and pitch angle and better than 1° roll and pitch accuracy in static conditions. Each SSC300 is factory calibrated for maximum accuracy. It delivers precise reliable heading information ten times per second plus vessel attitude including pitch and roll readings once per second. A micro machined 3-axis rate gyro is used in conjunction with a 3-axis accelerometer by advanced stabilization algorithms to provide accurate stable readings during dynamically changing conditions such as hard turns or rough seas making it an ideal heading sensor for autopilot or radar overlay applications.

Maretron\'s SSC300 is certified to the NMEA 2000 network standard and compatible with the NMEA 0183 digital interface standard. It connects directly with any NMEA 2000 network and with the optional NMEA 0183 cable accessory with NMEA 0183 listeners to share information with navigational software chart plotters autopilots and dedicated instrument displays - including Maretron\'s N2KView vessel monitoring system or Maretron\'s DSM150 / DSM250 colour graphics displays.

The SSC300 can be automatically calibrated for deviation. Its dynamic accuracy is improved with advanced digital filtering of the 3-axis magnetometer 3-axis accelerometer and rate gyro.