United Airlines Flies First Starlink Widebody Transatlantic Flight

United Airlines operated its first transatlantic widebody flight equipped with Starlink satellite Wi-Fi on June 22, 2026, deploying a Boeing 777-200 on the route from Newark Liberty International Airport (EWR) to London Heathrow Airport (LHR).

The departure of Flight 14 marks the expansion of the carrier’s high-speed internet rollout from regional and narrowbody airframes to its long-haul international fleet. In a press release issued by the airline, United confirmed that the satellite technology will enable connectivity over oceans, polar regions, and remote locations previously unreachable by traditional air-to-ground or legacy satellite signals.

Fleet rollout and installation timeline

United has equipped more than 400 aircraft with Starlink systems since the initial launch in the spring of 2025. The airline expects to have nearly 60 widebody aircraft and close to 1,000 total aircraft outfitted with the technology before the end of 2026.

The entire widebody fleet is scheduled for completion by the summer of 2027. Starlink-enabled Boeing 777-200 aircraft will initially operate on routes connecting United hubs in Newark, Washington D.C., Houston, and San Francisco to international destinations including London, Frankfurt, Zurich, Paris, Amsterdam, Buenos Aires, and Tokyo.

Passenger utilization and operational scale

Since the program began, 18.6 million passengers have flown on Starlink-equipped United aircraft across 311,000 flights. During that period, the system has powered 9.9 million passenger devices. The service is provided free of charge for United MileagePlus members.

United Chief Customer Officer David Kinzelman stated that the technology has the potential to transform the inflight experience for both customers and employees. The airline reported that Wi-Fi customer satisfaction scores have nearly doubled on airplanes equipped with the new system since the rollout began.

Ankit Gupta, United Chief Air Operations Officer, attributed the rapid deployment to the collaboration between the two companies.

Our ability to deploy Starlink Wi-Fi across our fleet at this speed and scale is a testament to the expertise of our team and the strength of our collaboration with Starlink.

AirPro News analysis

The transition to low-Earth orbit (LEO) satellite networks like Starlink represents a fundamental shift in inflight connectivity. Legacy geostationary satellite systems often struggle with latency and coverage gaps over polar routes and mid-ocean expanses. By outfitting its Boeing 777-200 fleet and subsequent widebody aircraft with LEO terminals, United is addressing one of the most persistent passenger pain points on long-haul international sectors. We view the rapid installation pace, targeting nearly 1,000 total aircraft by the end of 2026, as an aggressive capital expenditure that will likely force competing legacy carriers to accelerate their own connectivity upgrades to maintain product parity on premium transatlantic routes.

Sources: United Airlines