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
its ‘heaviest payload’ ever, Elon Musk says Jackie Wattles / CNN : SpaceX will launch its first 60 satellites to deliver internet from space Miriam Kramer / Axios : SpaceX launches 60 internet-beaming Starlink satellites to orbit Richard Lawler / Engadget : SpaceX just launched a Falcon 9 loaded with Starlink internet satellites Facebook: R. D. Angle Photography : Remote camera views and one more version of a long exposure … Tweets: Tom Harwood / @tomhfh : In other news: Last night Elon Musk launched 60 satellites to enter low earth orbit as part of his Starlink project, which when complete will provide internet access across the globe. Six more launches until there is workable coverage. https://twitter.com/... Andrew Freedman / @afreedma : Last night, @SpaceX launched 60 of its own Starlink internet-beaming satellites into orbit. The satellite broadband wars, which involve both @elonmusk and Jeff Bezos, have truly begun. https://www.axios.com/... Tren Griffin / @trengriffin : “With 12 additional launches, SpaceX could provide good coverage over the United States; 24 launches would put enough satellites to cover most populated areas; and 30 would cover the entire world.” https://www.nytimes.com/... The 60 sats just launched have no inter-satellite links. @spacex : Webcast of first Starlink launch now live → http://spacex.com/webcast
Context & Ripple Effects
This launch is the moment Starlink stops being a proposal. After the FCC approved the 4,425-satellite broadband plan in March 2018 with a hard deadline to operate half the fleet by March 2024, and granted permission weeks ago to fly some satellites at a lower orbit than originally planned, SpaceX has moved from the two test satellites of February 2018 to serial production deployment — 60 satellites at once, its heaviest Falcon 9 payload ever.
The scale matters because the plan targets nearly 11,000 satellites total; this batch is the first real installment against both that number and the regulator's clock.
First-order effects
- SpaceX shifts Starlink from testing to build-out: each subsequent Falcon 9 launch now carries revenue-critical infrastructure rather than demos, against an FCC requirement to have 50% of the licensed constellation operating by March 2024.
Second-order effects
- Deployment velocity becomes the competitive variable in broadband: reaching customers requires not just satellites but shipped terminals — a pipeline that later showed 100K terminals delivered alongside more than 1,700 satellites in orbit by August 2021.
Third-order effects
- If the cadence holds, low Earth orbit consolidates into mass-market telecom infrastructure: by October 2025 SpaceX had surpassed 10,000 satellites launched and Starlink reported 9 million active customers across 155 countries — turning a 2019 experiment into one of the largest connectivity networks in operation.
The trend: Satellite broadband is scaling from single-test-satellite experiments to constellations of thousands operated as consumer utilities, with launch cadence and regulatory deadlines setting the pace.