Intellian i6 All-Americas TV Antenna System & SWM-30 Kit

The Intellian i6 All-Americas TV Antenna System & SWM-30 Kit delivers reliable satellite television reception across North, Central, and South America—essential equipment for extended offshore passages and extended cruising where cable and terrestrial broadcasts fade to nothing. After weeks at sea, access to live news, weather updates, and entertainment keeps crews informed and morale high during long transits. This complete system combines the motorized satellite antenna with the SWM-30 (Single Wire Multiswitch) integration kit, eliminating the need for separate dish positioning and complex wiring configurations that plagued older marine TV setups.

The i6 antenna uses advanced tracking technology to automatically locate and lock onto available satellites as your vessel moves, compensating for pitch, roll, and heading changes inherent to life on the water. The SWM-30 multiswitch allows multiple TV receivers throughout your vessel to operate simultaneously from a single antenna feed—critical for superyachts, charter boats, and expedition vessels where crew quarters and salon entertainment are independent systems. The integrated design minimizes deck clutter and reduces installation points where saltwater corrosion typically compromises performance, while the motorized gimbal handles the mechanical work that manual systems demand of operators during rough seas.

Long-range cruisers, professional fishing vessels, and liveaboard sailboats benefit most from this system, particularly those operating in the Caribbean, Pacific, and South American coastal waters where satellite coverage remains consistent. Installation requires weatherproof mounting on cabin roof or mast structure—a task best handled during haul-out or at the dock before departure. The system's weight of 108.7 pounds demands substantial structural support and professional integration with existing electrical systems; most installations coordinate with a marine electronics specialist familiar with satellite receiver configurations and power management on vessels.