Inside the inaugural test flight of Facebook's first internet drone, Aquila
Casey Newton / The Verge :
Context & Ripple Effects
The inaugural flight closes a two-year build: Facebook unveiled Aquila in early 2015 as a solar-powered drone with a Boeing 737-scale wingspan meant to beam internet access, then completed the full-scale prototype and its 10-gigabit-per-second laser link that summer. Casey Newton's inside account of the first flight is the first real-airframe data point in that program.
What happens after this flight frames why it matters: the program's next milestones were a hard landing failure and a clean one — the [[a:914987|NTSB later attributed a crash to an autopilot that failed to compensate for high winds on landing]], before Facebook reported a second flight lasting 1 hour 46 minutes with what it called a perfect landing.
First-order effects
- Facebook gets its first flight data on the full-scale airframe, moving Aquila from prototype to tested aircraft and setting up the longer-duration flights the program was built for.
- The flight puts the 2015-era claims — solar power and the 10 Gbps laser — into physical testing rather than lab demos.
Second-order effects
- Landing behavior becomes the program's critical engineering problem: the wind-related autopilot failure the NTSB identified forced Facebook to iterate on flight control before the successful 1-hour-46-minute second flight.
- Each flight milestone feeds Facebook's connectivity ambitions directly, since the drone only matters as internet infrastructure if it can fly long durations reliably.
Third-order effects
- If the pattern of iterative flights holds, high-altitude solar drones mature from experiment toward a viable layer for delivering connectivity, complementing terrestrial networks — though the crash shows certification-grade reliability, not just flight time, is the gate.
The trend: Big-platform companies are building their own aerospace programs, treating solar-powered drones as infrastructure for extending internet access rather than outsourcing it.