TransMedics selects Gogo Galileo HDX connectivity for its 22-aircraft Embraer Phenom 300E organ transport fleet
Why It MattersMedical-mission operators are treating in-flight connectivity as part of the clinical chain, which shifts demand for LEO-based business aviation connectivity toward mission-critical use rather than passenger convenience.
What happened
Gogo (NASDAQ: GOGO) announced on October 27, 2026 that TransMedics has selected Gogo Galileo to equip its fleet of 22 Embraer Phenom 300E aircraft operating across the United States. The aircraft carry donor organs for transplantation, and during each mission the organs are continuously monitored in flight using TransMedics' Organ Care System (OCS), which makes reliable, high-speed inflight connectivity an essential part of the operation.
The Gogo Galileo HDX is now being installed on all of the TransMedics aircraft, with the full fleet expected to be equipped by 2027. Andre Costa, VP of Global Logistics at TransMedics, said Galileo is expected to be operating across the entire fleet by mid-2027, making TransMedics the first and only organ transplant company to reach that milestone. He said the company plans to extend the capability to its European fleet in 2028, and that TransMedics chose Galileo for its connectivity performance as well as the cybersecurity, system redundancy and active monitoring Gogo provides.
Gogo Galileo is powered by Eutelsat OneWeb's low Earth orbit (LEO) network and delivers global, high-speed, low-latency connectivity for business aviation. The Galileo HDX electronically steered antenna (ESA) is a compact, lightweight, low-power solution that can support multiple simultaneous applications, including cloud-based monitoring, video communications and operational data exchange. TransMedics will also receive Gogo's value-added services, including advanced cybersecurity protections and 24/7/365 multilingual customer support.
Industry impact & what to watch
This order shows connectivity being specified as part of an operational system rather than as a cabin amenity. When the payload is a donor organ under continuous monitoring, the link carrying that monitoring data becomes a mission requirement, and the criteria TransMedics cited, namely cybersecurity, system redundancy and active monitoring, are the ones that matter for that kind of work.
For business aviation connectivity providers, medical and other mission-critical operators represent a segment where purchase decisions turn on resilience and support commitments as much as on bandwidth. A compact, low-power ESA antenna that fits a light jet such as the Phenom 300E also widens the range of aircraft where LEO-based service is practical, which matters in a segment dominated by small and mid-size airframes.
The dated milestones are the ones TransMedics itself named: installation across the 22-aircraft fleet through 2027, with the European fleet to follow in 2028.
