SpaceX successfully launches first batch of 60 Starlink satellites of nearly 11,000 planned into a low orbit above Earth to provide global internet connectivity
After two postponements, a SpaceX Falcon 9 rocket executed a mission that dealt out 60 Starlink broadband data satellites in low Earth orbit.
Context & Ripple Effects
This launch closes the loop on two years of groundwork: SpaceX flew its first Starlink test satellites in early 2018, then won FCC approval for a 4,425-satellite network carrying a hard obligation to have half of them operating by March 2024. An April 2019 decision letting SpaceX fly some satellites lower than originally planned is what unlocked this May deployment window.
With 60 birds dealt out on a single Falcon 9 after two postponements, the project moves from paper constellation to hardware in orbit — the first tranche of a planned fleet approaching 11,000 satellites.
First-order effects
- SpaceX now has its first operational broadband payload in low Earth orbit, starting the clock on the FCC's requirement that 50% of the approved 4,425-satellite network be launched and operating by March 29, 2024.
Second-order effects
- Each subsequent Falcon 9 mission compounds the constellation fast: by October 2025 SpaceX had surpassed 10,000 total Starlink satellites launched, and customer shipments scaled from 100K terminals by August 2021 toward millions of subscribers.
Third-order effects
- If the launch cadence holds, low Earth orbit becomes a contested infrastructure layer for consumer internet — with regulatory milestones like the FCC's phased deployment deadlines shaping which operators can hold spectrum and orbital slots at scale.
The trend: Broadband is migrating from terrestrial networks to mass-produced satellite constellations, paced by launch cadence and FCC deployment deadlines rather than ground buildout.