LIVE · BRIEFING WIRE
FlightLogic Brief Daily aviation wire
← Corporate Jet Investor
● CJI ANALYSIS ·by Yves Le Marquand ·June 16, 2026 ·10:11Z

Gogo Galileo certified for installation on Dassault Falcon 7X and 8X | Corporate Jet Investor | CJI news

Dassault Falcon Jet MRO received supplemental type certificates (STCs) from the FAA and EASA for the Gogo Galileo HDX antenna, enabling installation on the Dassault Falcon 7X and 8X aircraft. The Gogo Galileo system, powered by Eutelsat OneWeb's low earth orbit network, delivers reliable connectivity with speeds up to 60 Mbps globally and includes advanced cybersecurity protections and training. The certification expands Gogo's growing list of aircraft models approved for the Galileo system.
Detailed analysis

Dassault Falcon Jet MRO has secured supplemental type certificates from both the FAA and EASA authorizing installation of the Gogo Galileo HDX antenna system on the Falcon 7X and Falcon 8X, extending LEO-based high-speed connectivity to two of the most operationally significant ultra-long-range business jets in the global fleet. The Gogo Galileo platform runs over the Eutelsat OneWeb enterprise-grade low earth orbit network and delivers reliable throughput of up to 60 Mbps via an electronically steered antenna designed to be compact, lightweight, and low-power — characteristics that matter considerably on aircraft where every pound and watt of electrical load has downstream performance implications. The dual-regulatory approval means operators registered under both FAA and EASA jurisdictions can now retrofit the system, a meaningful operational detail given that a substantial portion of the Falcon 7X and 8X fleet is based in Europe.

The Falcon 7X and 8X occupy a specific and demanding niche in business aviation: trijet ultra-long-range platforms capable of city-pair missions — Paris to Singapore, New York to Dubai — where passengers and executives are airborne for twelve or more hours and connectivity is not a luxury but a working expectation. Legacy geostationary satellite systems have historically struggled on these routes with latency, polar coverage gaps, and inconsistent throughput, particularly over oceanic and high-latitude tracks. LEO architecture directly addresses those deficiencies. For flight departments operating these airframes under Part 91, 91K, or Part 135 charter, the availability of a certified LEO solution translates into a concrete upgrade path for operators who have been waiting on regulatory clearance before committing to an installation program.

Gogo's explicit emphasis on cybersecurity and privacy within this certification announcement reflects a sharpening regulatory and operational reality for business aviation, particularly in the European market. The reference to PART-IS — the European Union Aviation Safety Agency's Part Information Security regulation — signals that connectivity is no longer evaluated solely on throughput and coverage metrics. Aviation information security requirements are now a compliance matter for European operators, and the ability to offer integrated cybersecurity protections and crew/staff training as bundled value-added services positions Gogo Galileo as a more complete solution than raw hardware certifications alone would suggest. For flight operations managers and Directors of Aviation sourcing connectivity upgrades, this framing shifts the conversation from megabits per second to risk management and regulatory posture.

The velocity of Galileo's STC accumulation across the business aviation fleet is notable. Within a compressed window, certifications have been issued for the Bombardier Challenger 604, 605, and 650 via Skyservice Business Aviation, the Airbus ACJ320 and ACJ320neo, and now the Falcon 7X and 8X — covering a broad cross-section of large-cabin and ultra-long-range platforms popular with corporate flight departments and charter operators. This pace reflects both the demand pull from operators who have watched commercial aviation accelerate its LEO adoption and the maturation of Gogo's installation and STC pathway infrastructure. For MRO providers and completions centers, a growing portfolio of approved airframes means Galileo installations can increasingly be bundled into scheduled maintenance visits rather than requiring standalone ferry trips or AOG-adjacent scheduling decisions.

The broader competitive backdrop is one in which Starlink Aviation, Inmarsat's SB-S network, and ViaSat-3 are all competing for the business aviation connectivity wallet, and where operators are making long-term commitments that will define their aircraft's communication architecture for a decade or more. Gogo's positioning of Galileo as optimized specifically for light- to large-cabin business aircraft — rather than as a scaled-down derivative of an airliner product — carries strategic weight with the corporate and charter segment, where cabin size, antenna footprint, and privacy architecture are evaluated differently than in commercial operations. The Falcon 7X and 8X certifications add two high-profile, high-utilization airframes to that argument, reinforcing Galileo as a credible primary connectivity solution for the upper tier of the business jet market.

Read original article