Starlink’s own technology page says the service is a constellation in low Earth orbit at about 550 km, not one geostationary satellite at 35,786 km. A terminal follows satellites that move. Data can come down through a ground station or cross the laser mesh Starlink describes, then join the regular internet. A tracker snapshot is not a SpaceX press count.

Foolish Curiosity — “SpaceX: How Starlink Actually Works” (GGIfoxLBqmw). oEmbed title verified Oct 3, 2026. That title is not the SEO title. Upload date was not in the oEmbed response.

Honest fence (read first): Altitudes and the GEO contrast come from Starlink’s technology page, fetched October 3, 2026: about 550 km for the constellation, and 35,786 km for one geostationary satellite. The count 11,156 in orbit is a KeepTrack snapshot dated October 3, 2026, not a SpaceX press number. Starlink.com still saying “over 6,750” is not used as today’s count. Do not write “about 11,000” as if SpaceX said it. Latency “around 25 ms vs 600+ ms” and lasers “operating at up to 200 Gbps” are Starlink’s comparison and hardware spec on that page, not a lab test run for this draft.

The path, in plain terms

Your terminal points at the sky and links to a satellite in low Earth orbit. That satellite does not hover over one town. It moves, so the network hands the link from one satellite to the next. The data can come back down through a ground station, or it can cross from satellite to satellite on optical lasers, and then it joins the regular internet.

That handoff story is the shape of the network. Starlink’s technology page does not print a handoff interval, a diagram with a timed hop, or a sentence that says “then into the regular internet.” What it does print is the contrast and the hardware: one geostationary satellite versus a moving constellation, plus lasers that “form a global internet mesh.” Treat the hop description as the architecture, and the page as the proof of orbit type, altitude, and lasers. This is not a protocol spec.

What the technology page says about height and lag

Fetched October 3, 2026, starlink.com/technology says most satellite internet comes from single geostationary satellites that orbit at 35,786 km, so the round trip — latency — is high. It then says Starlink is a constellation of thousands of satellites that orbit much closer, “at about 550 km,” and that latency is significantly lower: “around 25 ms vs 600+ ms.” Those latency figures are Starlink’s comparison on that page, not a lab test run for this draft.

The same rendered page also still says, in a satellite-operators block, that Starlink has “over 6,750 satellites currently in orbit.” That line does not match the Oct 3, 2026 tracker snapshot below. This draft does not use 6,750 as today’s count.

The Starlink homepage, fetched the same day, lists residential and roam plans and maximum advertised speeds. It does not state an orbital altitude in the text that rendered. Those plan speeds are not used here as a network measurement.

More than one shell, if you read SpaceX’s updates

“About 550 km” is Starlink’s current public summary for the constellation. It is not a claim that every satellite sits at exactly 550. On spacex.com/updates:

  • April 28, 2020, “Astronomy Discussion with National Academy of Sciences”: three phases — orbit raise, a parking orbit at 380 km, and on-station at 550 km.
  • September 8, 2025, “The Future of Starlink Direct to Cell”: Direct to Cell satellites “operating at 360 kilometers.” That post also says “more than 8,000” satellites and “over six million users.” Those are that post’s claims as of September 8, 2025, not today’s constellation census, and this draft does not repeat them as a current count.
  • A sustainability section on the same updates page says satellites are deployed below 350 km and then boosted to an operational altitude of approximately 550 km. A date heading for that section was not isolated in this fetch, so no date is attached to it here.

Direct to Cell at 360 km is a lower shell SpaceX described for phones. It is not the broadband “about 550 km” line, and it is not a reason to invent 340 km or any other number.

Lasers, as Starlink states them

The technology page says each Starlink satellite has three space lasers (optical inter-satellite links) “operating at up to 200 Gbps,” and that together they form a global mesh. That is Starlink’s hardware spec. It is not a speed a customer measured, and it is not a V3 terabit claim. Flight 14’s page, separately, says the new V3 satellites were contacted over laser links, ground stations, and user terminals. That shows the path exists. It does not publish a user speed.

How many satellites — tracker, not a press release

KeepTrack’s page, “Updated Oct 3, 2026 from satellite tracking data,” showed 11,156 in orbit, 11,142 working, and 12,988 launched since May 2019. KeepTrack says the gap between launched and in orbit is satellites that have already reentered, and the gap between in orbit and working covers satellites still raising their orbits plus failed units that have not yet reentered. Fourteen fewer “working” than “in orbit” is just those two numbers subtracted. This draft does not assign Flight 14’s 26 new satellites to that gap. SpaceX did not, on the pages fetched today, publish this 11,156 figure. Do not write “about 11,000” as if SpaceX said it.

What the video is

The embed is Foolish Curiosity, GGIfoxLBqmw, oEmbed title “SpaceX: How Starlink Actually Works.” The video is the explainer on screen. Numbers in this draft come from Starlink, SpaceX’s updates page, and the dated KeepTrack snapshot, not from the YouTube title.

Bottom line

Starlink is a moving low-Earth network. Starlink’s technology page puts it at about 550 km and puts a geostationary satellite at 35,786 km. The signal goes up to a passing satellite, across lasers or down through a ground station, and into the internet you already know. On October 3, 2026, a public tracker counted 11,156 Starlink satellites in orbit and 11,142 working. That is a snapshot, not a SpaceX press release.

Sources