Furuno SC70 Satellite Compass w/o Cable

Description

For commercial vessels and large yachts that need rock-solid heading for their advanced networks, the Furuno SC70 satellite compass is a professional-grade solution. This is a high-precision, dual-antenna satellite compass that delivers a constant stream of accurate heading data over both NMEA 0183 and NMEA 2000. Because it uses satellite signals, it is completely immune to the magnetic interference from steel hulls or massive electronic arrays that makes magnetic compasses unreliable. It is the data backbone for a modern, integrated bridge system.

The SC70’s power lies in its dual-antenna design and advanced stabilization algorithms. This solid-state architecture means zero moving parts to service or fail. The rugged, IP56-rated enclosure is designed to be pole or surface mounted, built to withstand years of exposure to the elements from -25°C to 55°C. It provides the clean, stable heading reference required by SOLAS-class vessels and any mariner who demands the highest level of performance from their autopilot, radar, and sonar.

Key Specifications of the Furuno SC70 High-Precision Dual-Antenna Satellite Compass & Heading Sensor

• The dual-antenna GNSS system provides extremely accurate heading data that is completely immune to all forms of magnetic interference.
• It simultaneously outputs data on NMEA 0183 and NMEA 2000, offering broad compatibility with both new and legacy electronics.
• Advanced inertial stabilization and vector calculation deliver a smooth, reliable data stream for autopilot, radar, and sonar systems.
• The solid-state design has no moving parts, resulting in a highly reliable, maintenance-free sensor built for long-term commercial use.
• Its rugged IP56-rated housing offers excellent protection against water intrusion, ensuring reliability in the harshest marine weather.
• The system provides a full suite of data, including heading, rate of turn, position, speed, and course over ground.

Helm Use and Readability

The SC70 is a sensor that makes everything else on your bridge work better. You will not look at it directly. You will see its impact when your autopilot steers a perfect course with minimal rudder movement, saving fuel. Your radar’s MARPA and ARPA target tracking will be incredibly accurate and reliable. Your sonar and other systems that rely on a stable heading will perform to their full potential. It elevates the performance of your entire navigation suite.

Why Choose the Furuno SC70 High-Precision Dual-Antenna Satellite Compass & Heading Sensor

You choose the SC70 satellite compass when you need SOLAS-compliant heading accuracy and absolute reliability. Its dual-antenna system and dual-network output make it a versatile and powerful choice for commercial vessels, large yachts, and workboats. Its immunity to magnetic interference solves a major problem for steel vessels. For any captain who needs to feed a suite of advanced electronics with the purest possible heading data, the SC70 is a proven, professional, and trusted solution.

Mounting and Compensation Considerations

This Furuno satellite compass must be mounted in a location with a clear, 360-degree view of the sky, away from radar antennas or other obstructions. It should be on a rigid pole or surface mount. While there is no magnetic compensation, the system must be properly configured and aligned during the initial setup process through a compatible display. This ensures the data it provides is perfectly aligned with your vessel’s centerline.

Warranty and Support

This professional-grade instrument is backed by Furuno’s 2-Year Manufacturer’s Warranty. Given its advanced capabilities, we recommend consulting with Mulmarine.com’s technical experts before purchase to ensure full compatibility with your vessel’s systems. Note this model ships without cables, which must be purchased separately. Every unit is inspected before shipping.

Before Ordering the Furuno SC70 High-Precision Dual-Antenna Satellite Compass & Heading Sensor

Before ordering, confirm you have a suitable mounting location with a clear sky view. You must purchase the required data and power cables separately, so measure the cable run from the sensor location to your network interface or display. Ensure your existing electronics can receive and utilize the NMEA 0183 or NMEA 2000 data this sensor provides.