GO7 XSR Navegación Náutica / GPS Integrado / Sonar y Radar / Pantalla Táctil de 7" / Conectividad Inalámbrica / Compatible con NMEA 2000® / Piloto Automático SteadySteer / Tecnología FishReveal
GO7 XSR Navegación Náutica / GPS Integrado / Sonar y Radar / Pantalla Táctil de 7" / Conectividad Inalámbrica / Compatible con NMEA 2000® / Piloto Automático SteadySteer / Tecnología FishReveal
Disponible:
En Stock
- SKU 000-14448-001
- Categoria Radiocomunicación > Soluciones Marinas > Sistema de Navegación
$ 15,690.45 MXN
The Simrad GO7 XSR nautical display is a compact, multifunctional solution designed for sports boats, dayboats, and center consoles. With its 7-inch touchscreen and advanced technology, it offers GPS navigation, sonar, radar, and wireless connectivity for a complete and safe nautical experience.
Key Features
- 7-inch multi-touch display for intuitive control
- Integrated GPS with C-MAP and Navionics® chart compatibility
- Sonar and radar functionality for safety and fishing
- Wireless connectivity for syncing with smartphones and tablets
- NMEA 2000® compatibility for integration with navigation and entertainment systems
- SteadySteer™ technology for enhanced autopilot functionality
- FishReveal™ for clear visualization of fish and underwater structures
Technical Details
Applications and Use Cases
The Simrad GO7 XSR nautical display is a compact, multifunctional solution designed for sports boats, dayboats, and center consoles. With its 7-inch touchscreen and advanced technology, it offers GPS navigation, sonar, radar, and wireless connectivity for a complete and safe nautical experience.
Key Features
- 7-inch multi-touch display for intuitive control
- Integrated GPS with C-MAP and Navionics® chart compatibility
- Sonar and radar functionality for safety and fishing
- Wireless connectivity for syncing with smartphones and tablets
- NMEA 2000® compatibility for integration with navigation and entertainment systems
- SteadySteer™ technology for enhanced autopilot functionality
- FishReveal™ for clear visualization of fish and underwater structures