Private Jet Wi-Fi Guide: Gogo, Apcela, Starlink, Viasat and Amazon Leo Compared by Network Type, Aircraft Fit and Rollout Status
Why It MattersBusiness aviation connectivity is splitting by network architecture, with ground-tower systems limited to domestic coverage while low Earth orbit and geostationary satellite services compete for large-cabin and ocean-crossing aircraft.
A BizJet Journal guide published November 3, 2026 compares the main private jet Wi-Fi options by how they connect, which aircraft they suit and how far rollout has progressed. It separates the cabin Wi-Fi access point from the aircraft's second link to the internet, which runs either through ground towers or satellites. A cabin can carry stored entertainment over Wi-Fi without any internet connection at all.
The options fall into several categories. Air-to-ground (ATG) systems, including Gogo AVANCE L3, L5 and 5G LX5 and Apcela ONE and DUAL, fit domestic and regional trips within the provider's tower coverage and do not cover ocean crossings. Low Earth orbit (LEO) broadband includes Starlink Aviation and Gogo Galileo. Geostationary (GEO) broadband includes Viasat JetXP/Jet ConneX, Gogo Plane Simple Ku/SES FlexExec and Collins LuxStream. Lower-bandwidth satellite services such as Viasat SwiftBroadband, Iridium Certus and Airtext suit smaller cabins, backup links or owners who mainly need messaging.
On ATG, Gogo lists a peak of 80 Mbps for its 5G AVANCE LX5 in the contiguous U.S. and parts of Canada, and an aircraft described as L5-equipped does not automatically have active 5G. Gogo also describes a late-2026 LTE transition and lists a C1 replacement for selected ATG 1000, 2000, 4000 and 5000 systems at $35,000 before installation. Apcela, which acquired and upgraded the former SmartSky network, lists 5 Mbps average and 20 Mbps peak radio throughput for ONE and 8 Mbps average and 30 Mbps peak for DUAL.
On LEO, the highest advertised Starlink Global Unlimited performance, up to 1 Gbps down and 100 Mbps up, requires the Aviation Performance antenna. Gogo's October 2026 figures put the Galileo HDX terminal at up to 60 Mbps down and 10 Mbps up, and the FDX at up to 195 Mbps down and 32 Mbps up. With Galileo, Gogo sells the service, Eutelsat OneWeb owns the satellites and Hughes makes the antenna. Cited installations include a privately configured Airbus ACJ319neo delivered by Lufthansa Technik in February 2026 with Galileo, and PlaneSense's announced Galileo plan for its PC-12 and PC-24 fleet.
On GEO, Viasat JetXP combines the former Inmarsat Jet ConneX and Viasat Ka-band business aviation services. Gogo's Ka-band terminal connects to Viasat, while its Ku-band terminal uses SES FlexExec; Collins LuxStream is another Ku-band service using SES capacity. Viasat scheduled the sunset of its legacy business aviation Ku service for September 2026, which concerns its older service rather than every Ku-band system. For lower-bandwidth links, Iridium Certus 700 reaches up to 704 kbps down and 352 kbps up with suitable equipment.
Amazon Leo, formerly Project Kuiper, unveiled a flat-panel aviation antenna with no moving parts in April 2026, specified at simultaneous speeds of up to 1 Gbps down and 400 Mbps up. Amazon names business jets alongside airline and cargo aircraft as intended customers, but the firm dates are on the airline side: JetBlue plans to begin introducing the service on part of its fleet in 2027, and Delta plans installations on an initial 500 aircraft in 2028. Amazon's October 29 earnings release described its initial network service as still to come later in 2026.
