Facebook and Airbus have teamed up to improve in-flight internet service. The companies say they are collaborating to advance spectrum and aviation policy and to further validate the use of high-altitude platform station (HAPS) systems to deliver broadband connectivity.
Facebook’s Aquila project envisions a fleet of solar-powered, unmanned aircraft that would beam internet access across wide areas. According to a statement earlier this year from Mark Zuckerberg, these high-altitude vehicles are designed to remain aloft for extended periods, creating persistent coverage over regions that currently lack reliable connectivity.
The Aquila vehicles are planned as long-endurance, unmanned aircraft capable of staying airborne for months at a time. This extended flight capability would allow the system to provide continuous service to remote or underserved regions where conventional ground infrastructure is impractical or too costly to deploy.
The announcement coincided with remarks from Airbus chief technology officer Paul Eremenko about the company’s broader work on future aircraft concepts, including single-pilot and pilotless designs. While Airbus explores autonomous aviation technologies, the partnership with Facebook focuses specifically on policy, spectrum allocation, and demonstrating that HAPS can be a feasible way to expand broadband coverage.
For airline passengers, a successful Aquila deployment could mean more consistent internet access while flying over remote or sparsely populated areas. In practical terms, that would help travelers stay connected during long routes that currently drop off from ground-based networks—improving streaming, communications, and productivity in flight.
Beyond passenger convenience, HAPS systems offer potential benefits for emergency response, education, and economic development by enabling broadband service in regions where terrestrial networks are limited. Progress on regulatory and technical challenges will be essential for these high-altitude platforms to operate safely alongside traditional air traffic and to access necessary radio spectrum.
Both companies emphasize that advancing policy and demonstrating technical viability are central to the effort. If successful, the collaboration could complement existing satellite and ground-based solutions, adding another option for extending reliable internet connectivity across the globe.