SteadyCast Compass
In stock
Technical specifications
Technical specifications
| Bus compatibility | NMEA 2000 |
| Wired network | NMEA 2000 |
| Mounting type | Montage en surface |
| Certifications | NMEA 2000 |
| Data output | Cap |
| Axes Number | 9 |
| Compatible Chartplotters | Traceurs de cartes marins, Systèmes radar |
| Drilling Caution Required | Oui |
| Drill Bit Cable Passthrough Mm | 25 |
| Drill Bit Pilot Hole Mm | 3.2 |
| Installation Dust Mask | Oui |
| Installation Ear Protection | Oui |
| Installation Safety Goggles | Oui |
| Screwdriver Type | Phillips |
| Technologie du capteur | MEMS à 9 axes |
Detailed description
Detailed description
The Garmin SteadyCast compass (part number 010-11417-10) is a heading sensor designed to provide accurate heading data to chartplotters and marine radar systems. It ensures reliable bow orientation on the chartplotter screen, matching the boat’s actual heading, which is critical for navigation and fishing operations.
Technology and Accuracy
This sensor integrates 9-axis MEMS (Micro-Electro-Mechanical Systems) technology, allowing installation in any orientation as long as it is kept away from magnetic interference. It delivers heading accuracy of ±3 degrees and a default refresh rate of 10 Hz (10 times per second). This performance ensures stable heading data even at low speeds, when stationary, or in rough sea conditions.
Integration and Features
The SteadyCast Compass connects via a plug-and-play NMEA 2000® interface, simplifying integration into an existing network. Its operating voltage is 9 VDC to 32 VDC. The IPX7 rating ensures resistance to marine environments, including bilges. This sensor enhances MARPA (Mini Automatic Radar Plotting Aid) capabilities and radar overlay performance, contributing to better target detection and safer navigation. Calibration is streamlined, with a two-step precision calibration for compatible Garmin chartplotters, and a basic calibration for Garmin echoMAP™ models and other NMEA 2000 displays.
Expert opinion
Expert opinion
« Technical analysis of the Garmin SteadyCast heading sensor »
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