Intellian i5/i5P Empty Dome & Base Plate Assembly

The Intellian i5/i5P Empty Dome & Base Plate Assembly is a replacement radome and mounting foundation for Intellian's compact maritime satellite antenna system. This component serves as the protective outer shell and structural base for the i5 and i5P antenna series, designed for vessels requiring reliable satellite communications in demanding marine environments where salt spray, UV exposure, and structural integrity are critical concerns.

The assembly features a 24-inch diameter radome with 24.7-inch height and a 21-inch reflector diameter, engineered to minimize wind resistance and radar cross-section on deck while maximizing signal reception. The radome material protects internal RF components from environmental degradation, while the precision-engineered base plate ensures stable mounting on vessel superstructures. At 30.6 pounds, the assembly balances structural durability with weight considerations important to vessel balance and fuel efficiency on commercial and private vessels.

This replacement assembly is intended for operators maintaining Intellian i5 or i5P antenna installations, whether due to UV-induced degradation of the original radome, accidental impact damage, or planned system upgrades. Commercial fishing vessels, cargo ships, research platforms, and private yacht owners rely on Intellian systems for VSAT and mobile satellite services. The empty dome configuration allows technicians to preserve internal electronics and RF components during radome replacement, reducing downtime and overall service costs.

Intellian's i5 series has established itself as the standard for compact, high-performance maritime antennas. The i5P variant adds receive-only capability for specific operational profiles. Both models benefit from this precision-engineered replacement assembly, which meets manufacturer specifications for RF performance and structural compatibility. Proper installation requires alignment of the base plate with existing vessel hardpoints and correct azimuth/elevation positioning to maintain antenna performance.