Amazon Leo: Challenging Starlink With Gigabit In-Flight Internet
- Amazon Leo, the company's low-Earth-orbit (LEO) satellite network formerly known as Project Kuiper, has unveiled a new aviation antenna designed to provide high-speed internet connectivity for commercial aircraft...
- The hardware is capable of delivering download speeds of up to 1 Gbps and upload speeds of 400 Mbps to users aboard an aircraft.
- The Amazon Leo Aviation Antenna is a low-profile, flat, rectangular piece of hardware measuring 2.6 inches in height.
Amazon Leo, the company’s low-Earth-orbit (LEO) satellite network formerly known as Project Kuiper, has unveiled a new aviation antenna designed to provide high-speed internet connectivity for commercial aircraft and regional jets.
The hardware is capable of delivering download speeds of up to 1 Gbps and upload speeds of 400 Mbps to users aboard an aircraft. This development positions Amazon as a direct competitor to SpaceX’s Starlink in the in-flight connectivity market.
Technical Specifications and Design
The Amazon Leo Aviation Antenna is a low-profile, flat, rectangular piece of hardware measuring 2.6 inches in height. It utilizes a full-duplex phased array, a technology that allows the antenna to steer beams electronically to maintain a connection with satellites without needing moving parts.
According to Amazon, the absence of moving parts allows the antenna to withstand extreme temperatures and harsh weather conditions while reducing the need for maintenance downtime. The low-profile design is intended to minimize aerodynamic drag, which helps airlines maintain fuel efficiency.
Amazon states that the simple design of the hardware allows for installation to be completed within a single day.
Network Infrastructure and Deployment
The service relies on a constellation of more than 200 satellites currently deployed in low-Earth orbit. To ensure seamless global coverage and high performance, Amazon is utilizing AWS Edge locations and laser links between satellites.
The company is continuing to expand its orbital infrastructure. In March 2026, Amazon Leo announced three scheduled launches for additional deployments. The company is on track to complete 11 launches since it began deployments in 2025.
Industry Adoption and Competition
Major airline carriers have already entered agreements to integrate the Amazon Leo hardware. Delta and JetBlue have secured deals to provide this connectivity to their passengers.
This move is a direct challenge to SpaceX’s Starlink, which has already secured agreements with several major carriers. For example, United announced in February 2026 that over 25 percent of its daily departures now offer Starlink service.
Trevor Vieweg, director of global business for Amazon Leo
We’ve thought through every aspect of aviation operations to build an antenna and a service that deliver performance, reliability, and efficiency—and that shows in the Amazon Leo Aviation Antenna and the industry’s response to our technology
Broader Context of Amazon Leo
Beyond aviation, Amazon Leo is designed to extend reliable internet to underserved rural communities and those beyond the reach of existing networks. While the aviation antenna targets the commercial flight sector, the broader project aims to close the digital divide through competitive pricing and advanced satellite technology.
Current market analysis indicates that Amazon Leo is entering a competitive landscape dominated by a few primary providers in the U.S., including Starlink, Viasat, and Hughesnet.