Starlink

Starlink is a satellite internet constellation built and operated by SpaceX, and by far the largest satellite system ever deployed, with 11,193 satellites in orbit as of November 12, 2026.^[1] It sells low-latency broadband across 174 countries, territories, and other markets, and served 13.6 million consumer subscribers at the end of September 2026, up from 7.2 million a year earlier.^[53][54]

The constellation is now SpaceX's main source of money. Selling internet access worldwide earns far more than launching other operators' payloads: the Connectivity segment, which is almost entirely Starlink, reported revenue of $11.4 billion and operating income of $4.4 billion in 2025.^[3] Revenue reached $5.2 billion in the third quarter of 2026 alone.^[53]

Starlink has also made SpaceX its own biggest customer. Of the 165 Falcon 9 and Falcon Heavy missions flown in 2025, 122 were internal launches for the company's own constellations, and the heavier next generation of Starlink satellites is designed to fly only on Starship, the vehicle behind SpaceX's long-term Mars plans.^[3] The constellation's scale has put SpaceX at the center of arguments over orbital traffic, space debris, and the night sky.

Status as of November 2026#

SpaceX had launched 13,096 Starlink satellites by November 12, 2026, of which 11,193 were in orbit and 11,179 working.^[1] Starship's Flight 15 added 26 V3 satellites on November 13, after the first 26 on September 28.^[55][34] After August 25, every Falcon 9 Starlink launch flew from Vandenberg, as SpaceX said its Florida Starlink missions would move to Starship.^[35][36][37] On October 6 the FCC partly granted a separate 15,000-satellite direct-to-device constellation at 326 to 335 km, though service in the former EchoStar bands must wait for the second step of that spectrum transfer.^[38] Two days later SpaceX agreed to buy 800 MHz spectrum for Starlink Mobile from Grain Management, pending FCC approval.^[49][50] Its 100,000-satellite Gen3 application was accepted for filing on September 18 and was still under review on November 14.^[39][40] SpaceX reported 13.6 million consumer subscribers at September 30, up from 12.0 million at June 30.^[53] In mid-October Ukrainian officials said Starshield terminals used by their forces had begun cutting out at 100 mph or more, disrupting drone operations; SpaceX's chief executive said the US military sets such limits.^[51][52]

How it works#

Starlink satellites fly in low Earth orbit, mostly between about 340 and 570 km. The low altitude keeps signal latency in the tens of milliseconds, comparable to ground networks and far better than traditional geostationary internet satellites, at the cost of needing thousands of spacecraft for continuous coverage. Satellites hand connections between each other over laser links and connect users through phased-array antennas; customers use self-aiming dish terminals, and a separate set of satellites can talk directly to ordinary phones.^[3][6] As of March 2026 SpaceX reported a median latency of about 25 milliseconds and a median download speed of 225 Mbps during peak hours for residential users.^[3]

Each satellite carries electric thrusters for orbit raising, station keeping, and end-of-life disposal. First-generation spacecraft used krypton ion thrusters; the V2 Mini introduced argon Hall thrusters, the first of their kind flown in space, producing 170 millinewtons at 4.2 kilowatts with a specific impulse of 2,500 seconds, roughly 2.4 times the thrust and 1.5 times the efficiency of the krypton units.^[5] SpaceX designs the spacecraft to demise fully on reentry and says it deorbits them propulsively within weeks of the end of a mission rather than waiting for drag to do the work; a satellite that fails and cannot maneuver decays on its own from these altitudes within about five years.^[4]

Ground segment and laser links#

Starlink is a bent-pipe network with an orbital shortcut. A user terminal talks to a satellite overhead in Ku-band, the satellite relays the traffic in Ka-band to a gateway ground station, and the gateway hands it over a private backhaul network to a Starlink point of presence, which is where the traffic joins the public internet. Satellites fitted with optical inter-satellite links can instead route traffic through orbit to a gateway far away, which is what allows service in places with no nearby ground station: one measurement study traced a connection from Reunion Island to a point of presence in Germany about 9,000 km away and found lower latency than the local terrestrial options. The same study documented the network's 15-second scheduling interval, whose boundaries show up to users as latency shifts and short drops in throughput.^[6]

Laser links are the part of the architecture that scales hardest. SpaceX reported more than 23,000 inter-satellite lasers across the constellation as of March 2026, forming a mesh that lets traffic move between any two points without touching terrestrial backhaul in between.^[3] The January 2026 FCC authorization added E-band and W-band to the Ku-, Ka-, and V-band frequencies Starlink already uses, spectrum aimed mostly at higher-capacity gateway links.^[7]

Deployment history#

Starlink's first two prototype satellites flew in February 2018, and the first 60-satellite operational batch launched in May 2019 on a Falcon 9. Since then Starlink has consumed the majority of SpaceX's launch capacity: 33 of the 40 Falcon missions flown in the first quarter of 2026 were internal.^[3] The rocket's reusability is what makes the constellation economical, with individual boosters flying dozens of Starlink missions; in July 2026 booster B1067 flew for a record 36th time, carrying 29 Starlink satellites.^[12] It flew a 37th time on August 25, lifting another 29 from Cape Canaveral.^[35] SpaceX then said it would no longer launch Starlink satellites on Falcon 9 from Florida; Kiko Dontchev, its vice president for launch, said Starlink missions from the state would fly on Starship instead.^[36] Every Falcon 9 Starlink launch from August 26 through mid-October flew from Vandenberg Space Force Base in California.^[37]

SpaceX's FCC licenses split the network into a first-generation system and a much larger Gen2 system, and the division shows in the fleet's age profile. Of the satellites in orbit on November 12, 2026, McDowell's catalogue, which groups them mainly by satellite design, counted 3,108 as Gen1 and 8,059 as Gen2, and listed the 26 V3 satellites from Flight 14 separately as Gen3.^[1] It is the Gen1 spacecraft, launched between 2019 and 2023, that are now being retired in bulk.^[1]

Figures from Jonathan McDowell's Starlink catalogue.^[1]

The V3 satellites are too large for Falcon 9 and will launch only on Starship, which SpaceX says can carry up to 60 of them at a time, a roughly twenty-fold increase in capacity delivered per launch.^[3] Starship's Version 3 debut on May 22, 2026 released 20 mass simulators and two modified Starlink spacecraft from its upgraded dispenser.^[11] Flight 13, on July 24, released 20 production V3 satellites on the vehicle's suborbital arc, and SpaceX established radio and laser contact with all 20 before they reentered with the rest of the flight's hardware.^[9][10] None reached orbit, so the test added nothing to the number of satellites in orbit.^[1] SpaceX had said operational V3 delivery would begin in the second half of 2026, with Flight 14 as the first attempt.^[3][10] In early August it planned to start deploying V3 satellites into orbit on that flight as soon as the end of the month;^[32] the launch then slipped into September, and an attempt to catch the ship back at the launch site became unlikely.^[33] Flight 14 lifted off on September 28, 2026 and became the first Starship to reach orbit, releasing 26 V3 satellites from an orbit about 180 miles (290 km) high, the first operational satellites Starship has put into low Earth orbit. Controllers then brought the ship down north of Hawaii about three hours after launch, and no catch was attempted.^[34] On November 12 McDowell's catalogue listed all 26 as working, though none had yet reached an operational shell.^[1] Flight 15 launched on November 13, 2026 and deployed a second batch of 26 V3 satellites; its ship stayed in orbit for about a day before the Starbase launch tower caught it.^[55]

Services and adoption#

Residential broadband remains Starlink's core product, joined by Roam plans for travel and vehicles, Local Priority and Global Priority tiers for businesses, and managed contracts for aviation, maritime, land mobility, fixed sites, and government customers. Named enterprise users include United Airlines, Carnival, Maersk, and John Deere, along with cruise operators Royal Caribbean, MSC Cruises, and Norwegian Cruise Line and rail operators Brightline and Italo Treno.^[3]

Subscriber counts are service lines rather than people, so a household with both a residential and a roam plan counts twice, and managed enterprise and government contracts are excluded.^[2][3] Revenue per subscriber has fallen every year as the customer base shifted toward lower-priced international plans, but total subscribers grew fast enough that Connectivity revenue still rose 49.8 percent in 2025 and 65.8 percent year over year in the second quarter of 2026.^[2][3] In the third quarter of 2026 it rose 69 percent, to $5.2 billion, and monthly revenue per subscriber edged up to $69.^[53]

Direct to cell#

Starlink's satellite-to-mobile service uses separate spacecraft that work as LTE base stations in orbit, transmitting on partner carriers' terrestrial spectrum in the 1.6 to 2.7 GHz range so that ordinary unmodified phones can connect.^[13] Deployment of these satellites began in January 2024, and the first commercial messaging service went live in the United States with T-Mobile and in New Zealand with One NZ in early 2025.^[3][13] By the end of March 2026 the dedicated constellation had grown to about 650 satellites, delivering messaging, over-the-top voice, and light data to roughly 7.4 million monthly unique devices across about 30 countries, through partnerships with about 30 mobile network operators.^[3] McDowell counts 674 direct-to-cell spacecraft launched into two shells, 637 of them still in orbit on November 12, 2026.^[1] SpaceX now sells the service as Starlink Mobile.^[2][49]

The next step depends on spectrum SpaceX does not yet control outright. In September 2025 the company agreed to buy EchoStar's AWS-4 and H-block licenses for about $17 billion in cash and stock, adding EchoStar's unpaired AWS-3 licenses in a November 2025 amendment; the deal also lets EchoStar's Boost Mobile subscribers use the next-generation service.^[14] The FCC approved the transaction on May 12, 2026, and SpaceX expects it to close in November 2027, after which international regulators would still have to clear use of the same frequencies market by market.^[3] The licenses passed on May 22 to a trust held for SpaceX's benefit, the first of the deal's two steps;^[2][38] the company's August 10-Q still assumed that the second step, their transfer to SpaceX itself, would close on November 30, 2027, and put the total consideration at about $19.6 billion.^[2] The V2 Mobile satellites designed to use that spectrum for broadband data and IoT were planned, as of the May 2026 prospectus, to begin launching on Starship in 2027.^[3]

On October 6, 2026 the FCC's Space Bureau and Wireless Telecommunications Bureau partly granted SpaceX's application for a new 15,000-satellite direct-to-device constellation in nine shells between 326 and 335 km, covering mobile-satellite service and supplemental coverage from space in the United States and direct-to-cell service elsewhere. The bureaus deferred some requested frequencies and barred SpaceX from operating in the 2 GHz (AWS-4), H-block and AWS-3 bands it is buying from EchoStar, except for testing, until the second step of that transfer is complete.^[38] Two days later SpaceX agreed to buy Grain Management's nationwide 800 MHz licenses, up to 14 MHz of paired low-band spectrum, subject to FCC approval and on undisclosed terms. SpaceX said the band would add a coverage layer that reaches phones inside buildings, complementing the capacity of its 2 GHz spectrum.^[49][50]

Government and military use#

Governments buy Starlink as a normal commercial service, and SpaceX also sells Starshield, a separate secure network built for United States government and national security customers using the same engineering base.^[3] Starshield is licensed and tracked apart from Starlink; McDowell counts 245 Starshield satellites launched and 241 in orbit as of November 12, 2026.^[28]

The most contested use is Ukraine, where Starlink became the backbone of front-line communications after Russia's 2022 invasion and made a commercial network a matter of national defense policy. In September 2022 Elon Musk declined a Ukrainian request for coverage to support an attack on Russian ships at Sevastopol; a biography of Musk described him instructing engineers to disable coverage near the Crimean coast, while Musk said the regions in question had never been activated. Air Force Secretary Frank Kendall responded that relying on commercial systems for operations requires assurance they will be available, and Pentagon officials began pressing for contract language that guarantees combat use.^[15] In early February 2026 SpaceX and Ukraine's defense ministry moved the other way, blocking Starlink terminals geolocated on Ukrainian territory unless they appear on whitelists refreshed every 24 hours, and automatically cutting off any terminal moving faster than 90 km/h, in order to deny the service to Russian units and drone operators using smuggled hardware.^[16] A new dispute broke out in October 2026, when Ukrainian officials said that Starshield terminals their military uses under arrangements contracted through the US government had, without warning, begun losing their connection at speeds of 100 miles per hour (about 160 km/h) or more, disrupting interceptor and strike drones. Musk replied that Starshield is owned and controlled by the US government and that limits on its speed or usage are decided by the US military and ultimately the president.^[51][52] Two US officials told CNN that the restriction was not a high-level US policy decision.^[51]

Running so much of the world's satellite broadband through one operator also concentrates the failures. On July 24, 2025 a failure of internal software services running the core network took Starlink down worldwide for about two and a half hours, drawing more than 61,000 outage reports; Starlink vice president of engineering Michael Nicolls apologized and Musk said SpaceX would fix the root cause.^[17]

Regulation and spectrum#

Starlink operates under FCC licenses that cap the constellation's size, set its altitudes, and assign its frequencies. On January 9, 2026 the FCC authorized an additional 7,500 Gen2 satellites, raising the licensed total to 15,000 worldwide, opened new orbital shells between 340 and 485 km, added E-band and W-band operations, and permitted direct-to-cell connectivity outside the United States.^[7]

SpaceX filed in January 2026 to lower roughly 4,400 satellites from about 550 km to about 480 km over the course of the year. Michael Nicolls argued the change improves safety because atmospheric density falls as solar minimum approaches, stretching how long a dead satellite lingers: at the lower altitude, he said, ballistic decay time at solar minimum drops by more than 80 percent, from over four years to a few months.^[8] The move also puts more of the fleet below 500 km, where traffic and debris density are lower.^[8]

SpaceX has also applied for a far larger third-generation system. Its Gen3 application, filed in July 2026, seeks authority for 100,000 satellites in two bands of shells, at 323 to 327.5 km and 473 to 477.5 km, using spectrum from 10.7 GHz up to 275 GHz, including the bands the current broadband system uses. The FCC accepted it for filing on September 18, a procedural step that opens the period for petitions and comments but is not an approval.^[39] SpaceX told the FCC that the system would carry broadband for consumers, businesses and governments and could handle more than half of global internet traffic, and it asked to use some bands that lack a satellite allocation on a non-interference basis.^[43] In October the company said it plans to operate up to 100,000 Starlink satellites.^[44] NASA told the FCC on October 6 that a constellation of that size was unprecedented and asked SpaceX for coordination around the International Space Station, analysis of the effect on launch opportunities for exploration missions, and brightness mitigation.^[41] On October 12 the National Radio Astronomy Observatory filed an opposition arguing that the application should be withdrawn because it asks to transmit in bands reserved for passive uses such as radio astronomy.^[42] The application was still pending review on November 14.^[40]

How can you see Starlink satellites?#

Newly launched Starlink batches are the easiest catch. For the first several days after a launch, while the satellites orbit low (near 300 km) and close together, they appear as a "train" of dozens of evenly spaced dots crossing the sky in a single line.^[18] The viewing window is the hour or two after sunset or before sunrise, when the ground is dark but the satellites are still sunlit; they move steadily and do not blink, which distinguishes them from aircraft.^[18] Free pass-prediction trackers give times for any location.^[18]

The show is temporary by design. As each batch raises itself to operational altitude over the following weeks, the satellites spread out and dim to roughly the limit of naked-eye visibility, helped by the darkening measures described below.^[18]

Astronomy and the night sky#

Astronomers documented from the first launches that Starlink satellites streak through telescope images. SpaceX responded with a darkened design: dielectric mirror film that reflects sunlight away from the ground, a space-qualified black paint the company says cuts the specular peak by a factor of five against the darkest available alternative, solar arrays that can be off-pointed near the terminator, and the earlier VisorSat sunshade on Gen1 satellites. SpaceX offers the mirror film and paint to other operators at cost and has a coordination agreement with the National Science Foundation.^[4]

Measurements show the mitigations work without closing the gap. Anthony Mallama and colleagues at the IAU Centre for the Protection of the Dark and Quiet Sky from Satellite Constellation Interference measured V2 Mini satellites in brightness mitigation mode at a mean apparent magnitude of 7.06, about twelve times fainter than unmitigated spacecraft despite being larger.^[20] The direct-to-cell satellites are the problem case: the same group measured them at a mean of 5.16, or 6.47 adjusted to a uniform 1,000 km distance.^[21] The Vera C. Rubin Observatory asks operators to stay fainter than magnitude 7 for satellites below 550 km, and estimates that with 40,000 satellites in low orbit about 10 percent of its survey images would contain at least one trail, with most twilight images streaked.^[19]

Radio observatories face a separate problem, because the interference is not in the satellites' transmissions but leaking from their electronics. Using LOFAR, Federico Di Vruno and colleagues detected unintended emission between 110 and 188 MHz from 47 of 68 Starlink satellites observed in a single hour, inside a range partly protected for radio astronomy.^[22] A follow-up led by Cees Bassa at ASTRON found that V2 Mini satellites emit up to 32 times more of this unintended radiation than the first generation, and measured it as roughly 10 million times brighter than the faintest sources LOFAR observes.^[23]

Orbital safety and reentries#

Starlink is the largest single driver of orbital traffic management. SpaceX's semiannual report to the FCC recorded 207,152 collision-avoidance maneuvers between December 2025 and May 2026, up from 148,696 in the previous six months, which works out to close to one maneuver per satellite per week.^[24] The company runs an autonomous avoidance system that NASA's Conjunction Assessment and Risk Analysis program judged trustworthy enough to rely on for its own spacecraft, and it publishes position and velocity predictions for every satellite it flies.^[4] It also maneuvers at a collision probability of about three in ten million, far below the industry norm of one in ten thousand, which is part of why the maneuver count is so high.^[24] In October 2026 SpaceX said the fleet's more than 31,000 star trackers also observe nearby objects for a tracking system called Stargaze, whose conjunction warnings it gives other operators free of charge, and that only about half of the roughly 650 maneuvering satellites from other operators that Starlink had met in conjunctions during 2026 shared their planned trajectories. It cited an August 2026 case in which STARLINK-2140 passed within 134 meters of an object whose operator had maneuvered without notice, after the updated warning arrived too late for an avoidance burn.^[44] AI Wiki's article on artificial intelligence in space covers Starlink's automated avoidance alongside other uses of onboard autonomy in satellite operations.

Retirement is now a continuous process rather than an occasional event. SpaceX deorbited 260 satellites between December 2025 and May 2026, 176 of them first-generation and 84 second-generation, a rate the company has exceeded before: roughly 472 came down in the previous December-to-May window.^[25] Cumulatively, 1,903 Starlink satellites had come down by November 12, 2026, including the 20 from Flight 13's suborbital test, and 1,548 of them had been deliberately deorbited after reaching an operational shell.^[1] SpaceX told the FCC in October 2026 that it began testing targeted reentries over the ocean for Starlink satellites in December 2024 and that more than 85 percent of those reentries since then had come down over water. It said public reports had identified only one Starlink component that reached the ground, from a single satellite among the more than 13,000 launched, and that its engineers traced the part to an anomalous deployment.^[48]

Those reentries are frequent enough to be studied as an atmospheric process in their own right. A 2024 study led by Jose Ferreira in Geophysical Research Letters calculated that a 250 kg satellite generates about 30 kg of aluminum oxide nanoparticles as it burns up, that reentries raised atmospheric aluminum 29.5 percent above natural levels in 2022, and that fully deployed megaconstellations would release around 360 metric tons of aluminum oxides a year, with the particles taking up to 30 years to settle from the mesosphere into the ozone layer.^[26] Modeling by Christopher Maloney and colleagues at NOAA's Chemical Sciences Laboratory projected that at 60,000 satellites in low orbit, annual burnup would deposit about 10,000 metric tons of alumina, building a 20 to 40 gigagram stratospheric burden poleward of 30 degrees latitude, warming parts of the mesosphere and stratosphere by as much as 1.5 K and slowing the Southern Hemisphere polar vortex by around 10 percent.^[27] Neither result is a measurement of harm already done, and the chemistry of aluminum aerosols in the stratosphere is poorly constrained; both are reasons the reentry rate is being watched.^[27]

Competition#

No rival constellation is close to Starlink's scale, but several are building. Amazon Leo, formerly Project Kuiper, had 398 satellites launched and 392 in orbit as of November 12, 2026; China's state-backed Xingwang, also called Guowang, had 279 launched and 274 in orbit; and the Shanghai-backed Qianfan constellation had 276 launched and all 276 still up.^[28] Each is therefore still under 400 satellites, against Starlink's 11,193.^[1][28] SpaceX told investors the network made up roughly 75 percent of all active maneuverable satellites in orbit at the end of March 2026.^[3] The European Union's IRIS2 moved into construction on August 7, 2026 under an implementation agreement with the SpaceRISE consortium, with first launches brought forward to 2029.^[29]

Strategic significance#

Starlink changed what a launch company can be. It made SpaceX its own biggest customer, turned launch cadence into a competitive moat, and demonstrated consumer-scale revenue from space, a model competitors are now chasing. Its role in Ukraine also made satellite internet a matter of geopolitics, raising questions about private control of critical infrastructure that governments are still working through.

The same engineering base is now being pointed at a different market. In August 2026 SpaceX announced an NVIDIA partnership for the AI1 payload in its proposed Starmind orbital-computing program.^[30] A separate January 2026 FCC application sought authority for a generic orbital data center system of as many as one million satellites.^[31] The filing predates the Starmind name and does not mention AI1, but SpaceX's later letters in the same proceeding call the system Starmind, starting with its September 16 answer to questions the FCC's Space Bureau had sent on August 28.^[46][47] The application was still pending review on November 14,^[45] and in October SpaceX said it plans to begin launching Starmind satellites the following year and to grow that constellation to as many as 1 million.^[44] Both concepts rely on SpaceX's experience with satellite production, laser links, and constellation operations.^[3][31]

References#

1. Starlink Statistics - Jonathan McDowell, Jonathan's Space Pages. Figures cited are the summary table as of 2026 November 13 (data updated 00:48 UTC, before that day's Starship launch), read November 14, 2026.
2. Form 10-Q for the quarterly period ended June 30, 2026 - Space Exploration Technologies Corp., U.S. Securities and Exchange Commission, filed August 4, 2026.
3. Form S-1 registration statement - Space Exploration Technologies Corp., U.S. Securities and Exchange Commission, filed May 20, 2026.
4. Second Generation Starlink Satellites - SpaceX.
5. SpaceX unveils first batch of larger upgraded Starlink satellites - Spaceflight Now, February 2023.
6. A Multifaceted Look at Starlink Performance - Nitinder Mohan and others, RIPE Labs, July 2024.
7. FCC authorization of additional Gen2 Starlink satellites, DOC-417881A1 - Federal Communications Commission, January 9, 2026.
8. SpaceX to lower orbits of some Starlink satellites - SpaceNews, January 2026.
9. SpaceX conducts 13th Starship test flight - SpaceNews, July 2026.
10. SpaceX's Starship megarocket makes the 'softest splashdown' ever after launching next-gen Starlink satellites in Flight 13 test - Space.com, July 2026.
11. What's next for SpaceX's Starship V3 megarocket after its historic debut flight? - Space.com, May 2026.
12. SpaceX launches Falcon 9 rocket on record-breaking 36th flight - Spaceflight Now, July 2026.
13. Starlink Direct to Cell service now available - SpaceX, February 2025.
14. EchoStar announces spectrum sale and commercial agreement with SpaceX - EchoStar Corporation, September 2025.
15. Elon Musk's refusal to provide Starlink support for Ukraine attack in Crimea raises questions for Pentagon - PBS NewsHour, September 2023.
16. How does the cutoff of Starlink terminals affect Russia's moves in Ukraine? - Al Jazeera, February 2026.
17. Elon Musk 'sorry' after Starlink satellite internet suffers global outage - Al Jazeera, July 2025.
18. Starlink satellite train: how to see and track it in the night sky - Space.com.
19. Impacts from artificial satellites and debris - Vera C. Rubin Observatory.
20. Starlink Generation 2 Mini Satellites: Photometric Characterization - Anthony Mallama and others, arXiv preprint, 2023.
21. Characterization of Starlink Direct-to-Cell Satellites in Brightness Mitigation Mode - Anthony Mallama, Richard E. Cole, Jay Respler and Scott Harrington, arXiv preprint, February 2025.
22. Unintended electromagnetic radiation from Starlink satellites detected with LOFAR between 110 and 188 MHz - Federico Di Vruno and others, Astronomy and Astrophysics, July 2023, summarized in Leakage radiation from Starlink satellites interferes with radio telescopes - Max Planck Society.
23. Bright unintended electromagnetic radiation from second-generation Starlink satellites - Cees Bassa and others, Astronomy and Astrophysics, 2024, summarized in Second-gen Starlink satellites leak 30 times more radio interference - Phys.org.
24. Every SpaceX Starlink satellite has to dodge a collision almost weekly, and experts fear the worst - Space.com, 2026.
25. Don't lose sleep over reports of 260 Starlink satellites deorbiting - Engadget, July 2026.
26. Satellite megaconstellations may jeopardize recovery of ozone hole - American Geophysical Union, on Jose Ferreira and others, Geophysical Research Letters, June 2024.
27. Within 15 years, plummeting satellites could release enough aluminum to alter winds, temps in the stratosphere - NOAA Chemical Sciences Laboratory, on Christopher Maloney and others, Journal of Geophysical Research: Atmospheres, April 2025.
28. Megaconstellation statistics for Starshield, Kuiper and Amazon Leo, Xingwang and Qianfan - Jonathan McDowell, Jonathan's Space Pages, as of 2026 November 13.
29. The European Union is accelerating and reinforcing IRIS2 - European Commission, August 2026.
30. Elon pledges to give Nvidia a virtual monopoly over the stars - The Register.
31. SpaceX files plans for million-satellite orbital data center constellation - SpaceNews.
32. SpaceX to begin Starship orbital flights - SpaceNews, August 4, 2026.
33. SpaceX scales back plans for next Starship launch - SpaceNews, August 21, 2026.
34. Starship returns to Earth; rocket splashes down north of Hawaii after three-hour flight - Spaceflight Now, September 28, 2026.
35. SpaceX launches Starlink mission on a Falcon booster's record-breaking 37th flight - Spaceflight Now, August 24, 2026.
36. SpaceX launches 80th Starlink mission of 2026 - Spaceflight Now, September 5, 2026.
37. Falcon 9 Launch Catalog - Jonathan McDowell, General Catalog of Artificial Space Objects, updated November 13, 2026.
38. Space Exploration Holdings, LLC: Authorization and Order for the SpaceX D2D Constellation, DA 26-1078 - Federal Communications Commission, Space Bureau and Wireless Telecommunications Bureau, October 6, 2026.
39. Report No. SAT-02038: Applications Accepted for Filing - Federal Communications Commission, Satellite Licensing Division and Satellite Programs and Policy Division, September 18, 2026.
40. Application summary for SAT-LOA-20260630-00264 (Gen3 application) - Federal Communications Commission ICFS, accessed November 14, 2026.
41. NASA comments on ICFS File No. SAT-LOA-20260630-00264 - National Aeronautics and Space Administration, filed with the Federal Communications Commission, October 6, 2026.
42. Opposition of the National Radio Astronomy Observatory, ICFS File No. SAT-LOA-20260630-00264 - National Radio Astronomy Observatory, filed with the Federal Communications Commission, October 12, 2026.
43. Space Modernization supplement to the Gen3 application, ICFS File No. SAT-LOA-20260630-00264 - Space Exploration Technologies Corp., filed with the Federal Communications Commission, August 26, 2026.
44. Space Safety: The Need for Improved Data Sharing Between Operators in Low-Earth Orbit - Starlink, SpaceX, October 2026.
45. Application summary for SAT-LOA-20260108-00016 - Federal Communications Commission ICFS, accessed November 14, 2026.
46. Letter requesting additional information on ICFS File No. SAT-LOA-20260108-00016 - Federal Communications Commission Space Bureau, August 28, 2026.
47. Ex parte response to Space Bureau questions on the Starmind system - Space Exploration Technologies Corp., filed with the Federal Communications Commission, September 16, 2026.
48. Ex parte letter on targeted reentry of Starlink satellites, ICFS File No. SAT-LOA-20260108-00016 - Space Exploration Technologies Corp., filed with the Federal Communications Commission, October 7, 2026.
49. SpaceX Moves to Acquire Nationwide Low-Band Spectrum for Starlink Mobile - Via Satellite, October 8, 2026.
50. SpaceX wants to become a 'major mobile carrier' with low-band spectrum acquisition - Engadget, October 9, 2026.
51. Ukraine says Starlink restriction disrupting military as Musk claims US controls those systems - CNN, October 14, 2026.
52. Musk says US military controls Starlink's limits after Ukraine outcry - Al Jazeera, October 14, 2026.
53. SpaceX Reports Third Quarter 2026 Results - Space Exploration Technologies Corp. earnings release, Exhibit 99.1 to Form 8-K, U.S. Securities and Exchange Commission, October 20, 2026.
54. Form 10-Q for the quarterly period ended September 30, 2026 - Space Exploration Technologies Corp., U.S. Securities and Exchange Commission, filed October 22, 2026.
55. Starship in orbit ahead of catch attempt, booster diverts to explosive splashdown - Spaceflight Now, November 13, 2026.