United launches Starlink WiFi on first widebody jet

United Airlines has switched on SpaceX’s Starlink satellite WiFi on a Boeing 777-200 operating between Newark and London, marking the carrier’s first customer flight with the high-speed service on a widebody jet.

Milestone flight on Boeing 777-200

The inaugural widebody service using Starlink connectivity is operating as United flight 14 from Newark to London. Aviation industry coverage indicates that the aircraft, a Boeing 777-200, is the first United long-haul jet to enter regular passenger service with the satellite system installed on its roof-mounted antenna fairing.

According to published reports, the transatlantic flight represents a shift in focus for United’s Starlink program. After concentrating initially on regional and narrowbody aircraft, the airline is now beginning to extend the technology to its long-haul fleet, where demand for reliable WiFi is typically strongest due to longer flight times and business-heavy traffic.

Publicly available information suggests that the Newark to London sector is being used as an early proving ground for the widebody installation, offering a high-profile route with a mix of leisure and corporate travelers who are likely to test the performance of the new connection.

From regional jets to long-haul widebodies

United has been gradually rolling out Starlink across its network since signing a large-scale agreement with SpaceX in 2024. Initial deployments focused on regional jets, particularly Embraer 175 aircraft, where installation timelines and certification milestones allowed the airline to move quickly from trials to broader service.

Subsequent phases have expanded the technology to mainline narrowbody aircraft, including Boeing 737-800s. Aviation trade publications report that United pursued Federal Aviation Administration approvals for each aircraft type and then ramped up installations, often targeting dozens of aircraft per month.

With the first widebody now in revenue service, United is turning to the long-haul segment of its all-Boeing widebody fleet. Industry reporting indicates that nearly 60 widebody aircraft are expected to receive Starlink this year, with the remainder of the fleet following over the next several seasons as aircraft rotate through modification lines.

What Starlink changes for passengers in flight

Starlink uses a constellation of low Earth orbit satellites designed to offer higher bandwidth and lower latency than traditional geostationary satellite systems. For passengers, that typically translates into faster page loads, smoother video streaming and more stable connections for cloud-based work tools and messaging apps.

United has previously highlighted gate-to-gate connectivity as a goal of its Starlink deployment. That approach allows travelers to remain connected from the moment they sit down until the aircraft parks at its destination, without the dropouts sometimes associated with legacy systems that only activate at cruising altitude.

Coverage in aviation and technology outlets indicates that United intends to offer the Starlink connection at no additional charge for members of its MileagePlus loyalty program. The airline is positioning the service as a competitive differentiator on key business and leisure routes, especially where rival carriers are also upgrading their onboard WiFi.

Competitive landscape among global carriers

United is part of a growing group of airlines adopting Starlink for in-flight connectivity. Carriers in North America, Europe and the Middle East have announced similar partnerships with SpaceX, seeking to address long-standing passenger complaints about slow or unreliable WiFi at altitude.

Other major airlines have outlined plans to fit hundreds of aircraft with Starlink over the next several years, including both single-aisle and widebody types. Business travel publications note that these moves are reshaping expectations around in-flight connectivity, particularly on long-haul routes where travelers increasingly expect to work, stream entertainment and stay in real-time contact with colleagues and family.

Industry analysts point out that the pace of installations varies by carrier, influenced by certification schedules, existing WiFi contracts and the availability of aircraft for downtime. United’s first widebody Starlink flight is viewed as a signal that the airline is entering a new phase of its connectivity program, moving beyond trials and select aircraft types toward a more comprehensive, fleet-wide standard.

What comes next for United’s fleet

Publicly available planning documents and recent company statements indicate that United intends to equip nearly 60 widebody aircraft with Starlink by the end of this year, with the rest of the long-haul fleet following through 2027. The program covers Boeing 777 and 787 families, as well as other long-range types used on intercontinental routes.

The rollout is occurring alongside broader cabin and technology upgrades across United’s fleet, including refreshed interiors and updated in-flight entertainment systems. Analysts say that pairing cabin improvements with high-speed connectivity allows airlines to present a more cohesive product upgrade story to travelers.

As more Starlink-equipped widebodies enter service, travelers on key transatlantic and transpacific routes are likely to see route-by-route variations in onboard WiFi performance depending on aircraft assignment. For now, the Newark to London 777-200 flight serves as an early indicator of how United intends to bring its next generation of in-flight connectivity to long-haul passengers.