Sitex V200 Satellite Compass With NMEA0183

The Sitex V200 Satellite Compass With NMEA0183 is a professional-grade marine navigation instrument designed for law enforcement, military, and commercial maritime operations where reliable positioning and heading data are mission-critical. This dual-output compass system integrates satellite-derived heading with traditional magnetic sensing, delivering the redundancy and accuracy demanded in high-stakes navigation environments. Whether deployed on patrol vessels, command boats, or multi-platform tactical operations, the V200 provides operators with real-time directional intelligence that remains functional across diverse operational theaters.

Built around proven SI-TEX marine electronics architecture, the Sitex V200 outputs heading data via industry-standard NMEA0183 serial protocol, enabling seamless integration with legacy and modern vessel management systems, GPS plotters, and tactical command software. This open-standard interface ensures compatibility across multiple platforms without proprietary middleware or costly system replacements. The satellite compass architecture provides true heading (not magnetic heading) independent of local magnetic deviation, a critical advantage in coastal operations, near ferrous structures, or regions with magnetic anomalies. At 7 pounds, the unit balances rugged construction with minimal topside weight—essential for vessels where every pound affects stability and fuel efficiency.

Tactical operators and maritime personnel benefit most from the V200's ability to feed accurate heading data to electronic chart displays, autopilot systems, and tactical operations centers without external gyroscopic or inertial equipment. Installation requires NMEA0183 serial connectivity and integration with existing vessel network architecture—no special power conditioning or dedicated antennas beyond standard marine antenna installations. Maintenance crews and operators appreciate the straightforward serial output and absence of complex calibration routines, allowing faster system checks and reduced downtime during critical missions. This compass is optimized for vessels operating beyond GPS-denied or signal-degraded environments where satellite heading geometry provides superior positioning confidence.