Full Breakdown
Global Push to Expand Low-Earth-Orbit Broadband Networks
By Drooid · · How we work
Core Development: New Approvals and Deployments
The U.S. Federal Communications Commission (FCC) has granted SpaceX permission to launch and operate 15,000 additional Starlink satellites, waiving the usual leasing requirement with terrestrial carriers. The approval adds to the existing fleet of about 11,000 satellites.
In Russia, state-backed Bureau 1440 has begun fielding its Rassvet LEO constellation. The first 16 Rassvet satellites reached orbit on March 23 2026. The company unveiled a production-ready 1440 ULTRA user terminal capable of up to 700 Mbps and a compact 1440 MINI concept targeting roughly 100 Mbps for emergency use.
Amazon’s satellite arm, Amazon Leo, announced plans to introduce direct-to-device (D2D) service in South Africa around 2028, after securing a spectrum deal with Globalstar and a distribution partnership with local ISP Herotel.
SpaceX also released a visual concept for a future “Starmind” orbital data-center constellation, projected to be roughly 100 times larger than the current Starlink network if fully realized.
Background & Context
LEO broadband is a strategic priority for extending high-speed internet to remote or underserved regions. Existing Starlink services have demonstrated global reach, prompting regulators and competitors to adjust policies and invest in parallel systems.
Data & Statistics
- FCC-approved Starlink expansion: 15,000 satellites.
- Current Starlink fleet: ~11,000 satellites.
- Rassvet plan: 292 spacecraft by 2030, funded with 102.8 billion rubles (~$1.2 billion) plus 329 billion rubles (~$3 billion) from the Russian budget.
- 1440 ULTRA terminal: up to 700 Mbps, 600 × 600 mm, <15 kg, operating from –40 °C to +40 °C.
- Amazon Leo D2D latency: 30–50 ms round-trip; thousands of satellites planned at ~600 km altitude.
- Starmind satellite mass: up to 4,000 kg; solar panel span up to 246 ft.
Official Statements & Responses
SpaceX described Starmind as a “notional concept” that could provide “constant, reliable compute capacity” for AI workloads by using sun-synchronous orbits for half of the satellites and time-variable demand balancing for the remainder.
Verbatim Quotes
- “I'll say that the map looks pretty much just like the simulations we made, which is not a good thing!” — Samantha Lawler, University of Regina astronomy professor
- “We've just signed a global deal with Globalstar, and that gives us some really critical spectrum, but also gives us access to some technology that would accelerate our plans to bring direct-to-device,” — Mark Anderson, head of consumer operations at Amazon Leo EMEA
What’s Next
- The FCC continues to review SpaceX’s Starmind application, with launch of the first Starmind satellites slated for next year.
- Amazon Leo expects to begin D2D service in South Africa around 2028, pending regulatory licensing.
- Bureau 1440 plans to expand the Rassvet constellation to 292 satellites by 2030, with additional terminal models under development.
