Gogo Touts Multi-Orbit Satcom User In Brazil | Aviation Week Network

Gogo Business Aviation has achieved a regional first in Brazil with the installation of its Galileo HDX electronically steered antenna aboard a privately operated Bombardier Global 6000, marking the initial deployment of multi-orbit satellite connectivity in the South American market. The installation was performed by Líder Aviação, Gogo's authorized dealer in Brazil, and builds upon the aircraft's existing Plane Simple Ku-band terminal—already operating on SES FlexExec's geostationary earth orbit (GEO) network since 2024. The new Hughes Network Systems-manufactured HDX antenna adds access to Eutelsat OneWeb's low earth orbit (LEO) constellation, enabling the aircraft's avionics system to dynamically select between GEO and LEO networks in real time. The combined system supports sustained throughput up to 60 Mbps, sufficient for high-definition streaming, video conferencing, and enterprise office applications at altitude.

The operational significance of multi-orbit architecture is substantial for crews and flight departments operating long-range, intercontinental missions. GEO satellites, while offering broad and stable coverage over most populated latitudes, introduce latency penalties that degrade real-time applications and exhibit reduced reliability over polar routes and remote oceanic tracks. LEO constellations like Eutelsat OneWeb address those latency and coverage gaps but can exhibit brief handoff interruptions as satellites pass overhead. A system that blends both dynamically—without pilot or cabin crew intervention—eliminates the need to pre-select or manually switch networks during flight, reducing workload and ensuring uninterrupted connectivity through diverse airspace environments. For flight departments routing Global 6000 and similar ultra-long-range platforms across South America's less-served regions, the Andes corridors, and transatlantic legs, this architecture directly addresses connectivity gaps that legacy single-orbit systems could not reliably fill.

The Brazil milestone is part of a broader commercial momentum for the Gogo-Hughes partnership. As of late March 2026, more than 600 HDX and FDX electronically steered antennas had been shipped, with over 120 aircraft globally already operating on the Galileo LEO network. Gogo has confirmed that additional Brazilian operators are in various stages of the upgrade process, suggesting the regional market is receptive to the multi-orbit value proposition. The HDX antenna's compact, fuselage-mounted form factor and low power draw make it a practical retrofit for existing business jet fleets without requiring extensive structural modification—a meaningful advantage for operators seeking to avoid heavy maintenance events or prolonged AOG time during modification.

The broader trend this installation reflects is the accelerating displacement of single-orbit connectivity solutions across the business aviation sector. Starlink Aviation, Inmarsat's GX Aviation hybrid architectures, and now Gogo's Galileo platform are each converging on the premise that no single orbital layer is sufficient to meet the reliability and performance expectations of today's business and VVIP operators. For Part 91 and 91K flight departments managing large-cabin or ultra-long-range aircraft, the decision is increasingly not whether to upgrade satcom but which multi-orbit approach offers the best integration path with existing avionics and the most competitive support infrastructure in their primary operating regions. Gogo's established dealer network in Latin America—anchored by Líder Aviação in Brazil—positions the company competitively in a market where both regional service infrastructure and regulatory familiarity with ANAC certification requirements are meaningful differentiators.