Amazon Unveils Amazon Leo Aviation Antenna for Planes; Delta and JetBlue Agree to Use It

The new hardware Amazon is pitching to airlines is about the size of a surfboard: 58 inches long, 30 inches wide and barely more than two inches thick. The company says that slab of electronics, bolted to the top of an airliner, will be enough to give every passenger on board Wi‑Fi that feels like a home broadband connection.

Amazon on Monday unveiled the Amazon Leo Aviation Antenna, a low‑Earth‑orbit (LEO) satellite terminal it says can deliver up to 1 gigabit per second of download capacity and 400 megabits per second of upload to a single aircraft. The electronically steered phased‑array antenna has no moving parts and is designed, Amazon says, for exterior mounting and “single‑day” installation during regular maintenance.

The announcement is Amazon’s clearest move yet into the in‑flight connectivity business — and a direct shot at SpaceX’s Starlink service, which already dominates the emerging LEO market for airlines. It also lands while Amazon is still far from meeting a key U.S. regulatory deadline to deploy its broader Amazon Leo satellite network, formerly known as Project Kuiper.

Amazon says the aviation antenna uses the same core technology as its Leo Ultra ground terminal, the highest‑performance customer hardware in its portfolio, but reshaped for drag, vibration and other stresses at 35,000 feet. The company is marketing a simple proposition to airlines: one antenna per plane, with enough bandwidth to cover “every seat class” rather than separate systems for premium cabins and the rest of the cabin.

“Amazon Leo can connect a full plane of passengers and crew with speeds that handle any activity seamlessly, whether passengers want to game, watch a movie, listen to music, or collaborate with colleagues on a project,” Trevor Vieweg, director of global business for Amazon Leo, said in a company statement.

If those claims hold in service, the experience on board could shift from rationed connections and blocked video to something closer to a home or office link: multiple simultaneous video streams, real‑time cloud work, online gaming and video calls from any seat. Airlines also see operational uses, from live telemetry and predictive maintenance to real‑time rebooking and personalization, especially when tied into Amazon’s cloud computing arm, Amazon Web Services.

Amazon is not coming to the aviation market empty‑handed. The company says it has agreements in place with Delta Air Lines and JetBlue Airways to use Amazon Leo for in‑flight connectivity.

Delta, based in Atlanta and one of the world’s largest carriers, announced a multi‑year deal on March 31. The airline said it plans to begin installing Amazon Leo equipment on an initial 500 aircraft starting in 2028 as part of a broader digital strategy that also includes AWS and other Amazon technologies. “Delta’s future is global,” Delta chief executive Ed Bastian said in that announcement, framing the partnership as a way to support worldwide connectivity and services.

JetBlue, a major U.S. low‑cost carrier, previously disclosed plans to adopt Amazon’s LEO service, with initial deployments targeted around 2027.

Those timelines underscore both the scale of the opportunity and how late Amazon is arriving. Starlink, run by SpaceX, has already signed multiple carriers and begun installations across hundreds of aircraft. In Europe, Lufthansa Group has announced plans to roll out Starlink across roughly 850 aircraft for several of its airlines, with service entering operation in 2026 and 2027. Other carriers, including United Airlines and Hawaiian Airlines, have also turned to Starlink.

Amazon is positioning its offering less as a first mover and more as a potential leapfrog on performance and integration, betting that gigabit‑class capacity and tight links to AWS will appeal to airlines that want to overhaul both passenger connectivity and back‑end operations.

Behind the marketing, however, is a race to build the underlying network — and to secure time from regulators to do it.

Amazon says it has launched “more than 200” Amazon Leo satellites to date, a fraction of the 1,616 it is required to have in orbit by July 30, 2026, under a Federal Communications Commission license for its first‑generation constellation of 3,232 satellites. The FCC milestone is designed to ensure companies build the systems they are authorized to operate rather than simply holding on to spectrum rights.

In January, Amazon asked the FCC for roughly a two‑year extension on that interim deadline, citing the complexity of ramping up launches and ground infrastructure. SpaceX has opposed elements of that request in filings, reflecting the high competitive stakes. If the FCC denies or significantly narrows the extension, Amazon could face tighter constraints on how quickly and broadly it can offer service, including along long‑haul airline routes that require consistent coverage.

Amazon has said its network will rely on more than 300 ground gateways and optical links between satellites to move traffic to wherever capacity is available, a design intended to support aircraft crossing oceans and remote regions where ground stations are sparse. But until the constellation is much denser, the company’s ability to deliver the advertised gigabit experience consistently will depend on launch cadence, regulatory decisions and how airlines manage and price access on board.

For passengers, the promise is straightforward: pick a flight and expect to stream, work and chat in the air much as on the ground, without worrying about slow portals or dropped sessions. For airlines, the choice is becoming more strategic. Selecting Amazon Leo or Starlink could influence how well in‑flight systems plug into existing cloud infrastructure, what new services are feasible and how attractive their connectivity looks when customers compare carriers.

What remains uncertain is how quickly Amazon can translate its new antenna and marquee airline deals into actual service. Major fleet installs do not begin until 2027 and 2028, real‑world speeds will need independent validation, and the FCC’s decision on Amazon’s extension request will shape how large and capable the network can be by the time those first aircraft go online.

Airlines are already placing their bets on the next generation of in‑flight Wi‑Fi. The outcome of the contest between Amazon and Starlink will be decided not just in boardrooms, but in orbit — and in the regulatory decisions that govern who gets to beam broadband down to the world’s skies.