Gogo has expanded its inflight connectivity portfolio to provide business aviation operators with consistent, high-speed internet access across aircraft types and global operating regions. The company’s approach is based on offering multiple connectivity options rather than a single, fixed solution, allowing operators to select technology that aligns with their aircraft size, route structure, and operational requirements.
The portfolio combines Low Earth Orbit (LEO) and Geostationary Orbit (GEO) satellite technologies to address different performance and coverage needs. Gogo Galileo represents the company’s LEO-based solution and is designed for compatibility with any size business aircraft. It operates on the Eutelsat OneWeb LEO satellite network, which is engineered for mobility and supports low-latency broadband connectivity on a global scale. The system architecture consists of one line-replaceable unit (LRU) and a single fuselage-mounted antenna. Existing Gogo AVANCE and software-defined radio (SDR) LRUs are compatible with Galileo antennas, reducing installation complexity for operators upgrading from current Gogo systems. Service plans for the LEO solution range from unlimited usage to data-based options, with support for dual-network configurations that include air-to-ground connectivity where available.
In parallel, Gogo continues to support GEO-based connectivity through its Plane Simple Ka- and Ku-band solutions. These systems use tail-mounted antenna designs and are intended primarily for mid-size and large-cabin aircraft. The GEO offering operates on established satellite networks, including Intelsat FlexExec and Viasat Jet ConneX, and provides near-global coverage, including regions where LEO service may be limited due to regulatory or geopolitical restrictions. Plane Simple systems typically require two LRUs and a single tail-mounted antenna. GEO service plans are structured to allow operational flexibility, with options such as all-inclusive Power by the Hour and usage-based billing.
Across both LEO and GEO configurations, the solutions are designed to support concurrent onboard activities such as streaming, web access, voice calls, and large data transfers. Aircraft fit is intended to be broad, with LEO and GEO architectures covering a wide range of airframes and mission profiles. Gogo systems are developed with modular components to support future upgrades and compatibility with evolving network technologies.
Beyond passenger connectivity, Gogo provides additional operational services. FlightDeck Freedom (FDF) is an always-on data link designed to support cockpit communications without interacting with the cabin network. Connectivity management tools, including Gogo DASH and SD Pro, allow operators and flight departments to monitor and manage connectivity usage, system status, and configuration from either the ground or the aircraft. These tools are intended to support operational visibility and decision-making rather than passenger-facing services.
Gogo also provides installation, activation, and ongoing technical support throughout the lifecycle of the system. This includes pre-installation planning, system configuration, and post-activation assistance. Cybersecurity is integrated across onboard systems, satellite networks, and ground infrastructure, reflecting the company’s focus on protecting operational and passenger data.
Through its combined LEO and GEO satellite offerings, along with supporting services and management tools, Gogo is positioning its connectivity portfolio to accommodate a range of operational scenarios without requiring a single standardized solution for all aircraft or missions.
Click here to view the original article published by gogo.
