Private Jet Wi-Fi: World's First for Boeing Business Jet Connectivity

Business jet owners rely on office-grade connectivity for their passengers and crew to be able to run real-time secure operations, applications and software whilst flying around the world. Operational pain points in the past have included:

• Unreliable high-speed Wi-Fi at altitude: Existing systems struggled to deliver the bandwidth required for real-time collaboration and streaming
• Secure data handling: Corporate operations demanded closed networks to protect sensitive communications
• Multi-device support: Business travellers looked for seamless connectivity for multiple devices onboard, without performance degradation
• Global coverage: Flight operators needed global connectivity for a reliable secure network service on any route around the world

The challenge for fleet managers and aviation connectivity leads was to deliver an office-grade reliable network that was resilient and secure, for a dynamic, fast-moving environment.

The Need: A Secure Office in the Sky

The customer brief was clear: a connection so consistent and high performing that passengers and crew would think they had never left the ground. This demanded a direct, resilient, global satellite communications architecture that was designed for sensitive data in-flight, and for service continuity.

The key requirements include:

• Uninterrupted Wi-Fi access across all routes: Consistent, low-latency connectivity that performs reliably whether flying mid-ocean, across polar regions or over the most remote territories
• Architecture to support secure and private communications: Direct aircraft-to-satellite links with closed-network paths that protect corporate data and ensure confidentiality throughout the flight
• Bandwidth for multiple passengers on multiple digital devices simultaneously: High-capacity systems capable of supporting video conferencing, cloud collaboration, streaming and real-time applications across multiple devices without degradation
• Simple one-button usability for crew: Intuitive operations that allow cabin crew to activate and manage connectivity effortlessly, minimising training and operational complexity

The bizjet cabin needed to become a fully functional mobile office, where those on board could remain connected.

Our Solution: Gogo Galileo on a Boeing Business Jet

Eutelsat owns and operates a LEO satellite communications system designed for low-latency, high-speed business aviation connectivity along flight paths over every region in the world. We back our Service Level Agreements and plans with support and maintenance to ensure predictable outcomes for the jet operator’s service provider Gogo and integrator Nomad Aviation.

Nomad Aviation was able to deploy the world's first Boeing Business Jet BBJ 737 equipped with the Gogo Galileo full-duplex fuselage-mounted terminal—a landmark installation demonstrating the practical potential of LEO connectivity for large-cabin aircraft.

The Galileo FDX terminal features two electronically steered antenna arrays: one for data transmission, the other for receiving. This full-duplex design enables simultaneous upstream and downstream flows, supporting bandwidth-intensive applications across 15 to 20 devices without performance degradation. The closed-network architecture—aircraft to satellite to secure ground station—ensures sensitive communications remain private throughout the flight.

Key solution highlights include:

• Full-duplex terminal with dual arrays: Fuselage-mounted hardware optimised for large-cabin aircraft, enabling true simultaneous transmit and receive
• OneWeb LEO constellation for global coverage: Low-latency links including oceanic and polar regions
• Closed secure network: Direct satellite path with no intermediate hops, protecting data privacy and operational integrity
• Large cabin optimisation: Designed to support 15–20 devices with streaming, video conferencing and cloud collaboration

The Impact: Secure, Resilient Private Jet Connectivity

The bizjet operator confirms passengers and crew now experience seamless, office-quality connectivity at altitude. The Gogo Galileo solution enables uninterrupted video conferencing, real-time collaboration and high-speed streaming across global routes—including remote areas where traditional networks struggle. The FDX terminal supports 15 to 20 devices simultaneously, transforming the cabin into a true mobile workspace.

Security is central to the architecture. As Thomas Gierlich, CEO of Nomad Aviation, explains:

Key operational benefits include:

• Reliable connections over oceans and remote regions, powered by Eutelsat OneWeb's LEO constellation
• Secure communications for sensitive business data, with end-to-end encryption and controlled network paths
• Enhanced productivity for passengers and crew, supporting cloud applications and real-time workflows
• Future-ready, scalable architecture, adaptable to evolving fleet requirements and bandwidth demands

For more on Eutelsat's aviation connectivity innovations, visit the Eutelsat media centre.

Can you get Wi-Fi on a private jet?

Yes, modern private jets use satellite systems to deliver high-speed connectivity globally. As demonstrated by the BBJ 737, advanced LEO networks like Eutelsat OneWeb allow passengers to stay connected over oceans and remote regions where terrestrial networks fail.

For fleet managers, private jet wifi is now a baseline expectation. Systems like Gogo Galileo transform cabins into productive workspaces, supporting video conferencing and cloud collaboration to ensure high passenger satisfaction and aircraft utilisation.

How fast is the internet on a private jet?

LEO satellite systems offer significantly higher speeds and lower latency than traditional GEO solutions. The Gogo Galileo FDX terminal can achieve up to 195 Mbps, while the compact HDX variant supports up to 60 Mbps.

Orbiting at 1,200km, LEO networks reduce latency to 25–60ms, matching terrestrial broadband performance. This allows 15–20 devices to stream simultaneously, enabling real-time applications like HD video calls and cloud tools that were previously impractical at altitude.

How much does it cost to get Wi-Fi on a private jet?

Private jet wifi cost varies by aircraft type and system complexity. Hardware and installation typically range from £50,000 to over £200,000. Larger full-duplex systems like the Gogo Galileo FDX require higher upfront investment due to their dual-array architecture and certification.

Operators must also budget for monthly service fees. Modern providers offer flexible plans that scale with fleet size and bandwidth needs. For fleet managers, the total cost of ownership is balanced by increased charter demand and improved passenger retention.

What makes this solution different from other aircraft Wi-Fi providers?

This solution features the world’s first full-duplex, dual-array Gogo Galileo FDX terminal on a BBJ 737. By connecting to Eutelsat’s OneWeb LEO constellation rather than distant GEO satellites, it dramatically reduces signal delay and provides superior low-latency performance.

The architecture uses a secure, closed-network path—direct from aircraft to satellite to ground station—meeting the strict cybersecurity needs of corporate and government operators. This proven, certified system offers the resilience and global coverage that single-network solutions often lack.