Sitex Orion-C Chartplotter 10.4"

The SI-TEX Sitex Orion-C Chartplotter 10.4" is a professional-grade marine navigation system engineered for operational teams, law enforcement marine units, and military personnel requiring reliable electronic charting in demanding environments. This robust 10.4-inch display unit delivers real-time navigation data with the durability and weather resistance demanded by maritime tactical operations. Whether deployed for coastal patrol, search and rescue coordination, or advanced hydrographic mission planning, the Orion-C provides the situational awareness necessary for confident decision-making in open water and confined harbor scenarios.

The Sitex Orion-C features a large touchscreen display optimized for high-visibility operation under direct sunlight and varying lighting conditions typical of maritime environments. Its integrated chartplotter engine processes sonar and GPS data simultaneously, enabling accurate vessel positioning and real-time bathymetric awareness—critical capabilities for nighttime or low-visibility insertions and extractions. The unit weighs 11.6 lbs, making it portable enough for mobile command setups while maintaining the processing power and screen real estate required for complex chart overlays, waypoint routing, and multi-vessel coordination. Advanced marine electronics architecture supports integration with external sensors and transducers, expanding tactical flexibility across different mission profiles.

Maritime operators and naval task forces benefit most from the Orion-C's combination of chart accuracy and operational reliability. The chartplotter functions seamlessly with standard marine sensor networks, allowing rapid deployment aboard rigid-hull inflatable boats (RHIBs), patrol craft, and larger vessel command centers. Installation requires standard 12/24V DC power integration and antenna positioning typical of professional marine systems. For teams operating in multi-vessel formations or supporting amphibious operations, the Orion-C delivers the navigation precision and user interface responsiveness that separates mission success from costly operational delays.