Company Profile

SpaceX

Founded in 2002, SpaceX set out to do something no private company had done before: build rockets that come back and fly again. Before SpaceX, every rocket booster was used once and thrown away — like flying a plane across the country and scrapping it after one trip. Falcon 9's reusable boosters changed the economics of getting to space entirely, and SpaceX now launches more often than every other launch provider in the world combined.

See the SpaceX timeline: every rocket, when it first flew, and what made it a first →

SpaceX goes public

For 24 years SpaceX was private: only employees and invited investors could own a piece. That changed on June 12, 2026, when SpaceX listed on Nasdaq under the ticker SPCX at $135 a share. At a $1.77 trillion valuation it was the largest IPO ever, and the stock closed its first day at $161, up about 19%. Because SpaceX had already acquired xAI that February, buying SPCX means owning a piece of xAI and Grok as well.

Musk kept control even after going public: he owns roughly 42% of the shares, but a super-voting share class gives him well over 80% of the votes. About 30% of the shares sold in the IPO went to everyday retail investors rather than just big funds. Of Musk's companies, only SpaceX and Tesla have public stock. Neuralink and The Boring Company are still private.

A SpaceX share for every kid in America

On October 19, 2026, Musk posted on X: “Next year, I will give one of my SpaceX shares to every kid in America. This will be the first of many.” There are roughly 73 million Americans under 18, so at SPCX's Friday close of about $146 a share, that's around $10.5 billion of his own stock.

The big open questions: who counts as a kid, what age cutoff, and how the shares actually get delivered (a custodial account, a government program, or something new). None of that has been announced yet. When it is, this page will explain it.

Parents, a heads-up: a promise this big will bring scams. Until an official announcement explains how it works, be wary of any website, text, or email asking you to “sign up” your child or pay a fee to claim a free SpaceX share.

Starlink

Starlink is SpaceX's satellite internet constellation — thousands of small satellites in low Earth orbit beaming internet down to a dish on the ground. It's brought real connectivity to places that never had reliable internet: rural areas, disaster zones after hurricanes, and conflict areas where ground infrastructure was knocked out. It's also the reason a growing number of RVers, boaters, and off-grid campers (Roger included) can get online from basically anywhere. You can even see the satellites yourself on a clear night: here's how to spot a Starlink train.

When disaster hits, the bill drops

Across major disasters worldwide, SpaceX has repeatedly turned on free Starlink service in the affected area — no billing status required. Hurricane Helene (September 2024) got free access for every fire department in the hardest-hit part of North Carolina. The January 2025 Los Angeles wildfires got free terminals for first responders. The July 2025 Guadalupe River flooding in Texas got emergency satellite texting. Hurricane Melissa in Jamaica (October 2025), a Category 5 storm, got Starlink paired with solar battery systems to restore emergency medical communications. After a 7.8-magnitude earthquake in Mindanao, Philippines, roughly 700,000 subscribers across three provinces got free service for up to 30 days while cell towers were rebuilt. Wildfires near Madrid, Spain got the same treatment in July 2026.

It goes beyond internet service, too. During the LA wildfires, Tesla donated Cybertrucks to first responders and to the Altadena Mountain Rescue Team, using them as mobile power banks to keep a sheriff's station running and provide free WiFi, and SpaceX partnered directly with the search-and-rescue nonprofit Grey Bull Rescue to get Starlink terminals set up on the ground for the people actually doing the rescuing.

Talking to each other with lasers

Newer Starlink satellites don't just talk to ground stations — they talk to each other, directly, with lasers. Data can hop satellite-to-satellite through space instead of bouncing down to a ground station, across a country, and back up again. That matters because light actually moves faster through empty space than it does through glass fiber: roughly 299,792 km/s in a vacuum versus about 204,000 km/s inside a fiber-optic cable, since the glass slows photons down by about 47%. For long-distance routes, that can cut latency by as much as half compared to undersea fiber. In February 2024, SpaceX reported its laser links moved 42 million GB of data in a single day — a real, measured record, not a marketing number.

Starlink V3: the first batch is up

On September 28, 2026, Starship Flight 14 lifted off from Starbase, Texas and became the first Starship ever to reach orbit, after 13 suborbital test flights. It was also the first time Starship carried a real, working payload: the first 26 V3 Starlink satellites. SpaceX confirmed it made contact with all 26, and Musk posted that they were "deployed and operating nominally." Each V3 satellite adds about 1 Tbps of capacity, so this one launch added roughly 26 Tbps to the constellation. That was compared to about 20 Falcon 9 launches' worth of bandwidth.

It wasn't a perfect day. The flight was planned to last nearly 10 hours, but SpaceX brought the ship down early, after just under two orbits, and it broke apart shortly after splashing down north of Hawaii. The Super Heavy booster splashed down in the Gulf as planned, though it again failed to relight all of its engines on the way down. The main goals, reaching orbit and delivering the satellites, were a success.

The upgrade matters beyond just bandwidth: the current V2 satellites have had real, reported problems (SpaceNews and others have covered early V2 units needing to be deorbited), so V3 is also SpaceX's chance to fix whatever's been going wrong up there, not just add capacity.

What it means for actual users: Starlink is targeting 1 Gbps download speeds in 2026, and V3 is what makes that possible — each satellite offers roughly 10x the bandwidth of the current V2 constellation (over 1 Tbps downlink, 200 Gbps uplink). It's rolling out first through the $1,999 Performance dish kit, with the rest of the lineup expected to follow as more V3 satellites reach orbit.

What it could mean from here: V3 satellites are too big for Falcon 9, so Starship reaching orbit is what unlocks them. As launches become routine, the goal is a lot more capacity per flight. For regular users, that should mean faster speeds, less slowdown at busy times, and room for more customers in areas where Starlink has been sold out or capped. The same milestone matters well beyond internet service. A Starship that can reliably carry cargo to orbit is the foundation for the Moon landings, Mars, and the Starmind AI satellites. None of that happens overnight, but Flight 14 is the first flight that actually delivered.

SpaceX's Flight 14 page →

Easy thing to mix up: the satellite generation (V2, V3) and the home dish generation (V4, V5) are two completely separate version tracks that just happen to share the "V" naming. The V5 dish — newly in production as of September 2026, 35% smaller and 62% lighter than V4, using roughly half the power — talks to whatever satellites happen to be overhead. Upgrading your dish doesn't require the satellites to be any particular generation, and vice versa.

Starshield

Not everything SpaceX puts in orbit is for consumers. Starshield is a military and national-security variant of the Starlink satellite bus, publicly unveiled in late 2022 — built for secure communications, Earth observation, and hosting custom government payloads. It's not a rumor or a conspiracy theory; it's a real, publicly reported program with its own contracts and launch manifest.

The National Reconnaissance Office is the biggest customer so far: between May 2024 and May 2026, the NRO launched 13 batches totaling 227 Starshield satellites as part of its "Proliferated Architecture" surveillance constellation — one of the fastest buildouts of a spy satellite network in U.S. intelligence history.

How deep the Space Force ties go

Separately from the NRO work, the U.S. Space Force awarded SpaceX a $2.29 billion contract in May 2026 to build the "Space Data Network (SDN) Backbone" — a secure communications layer meant to connect sensors, weapons systems, satellites, aircraft, drones, and missile defense systems worldwide, all running on Starshield. The Space Force has also spent $51.9 million developing ruggedized "Tile Mini" terminals so cargo planes and tactical fighter jets can connect to Starshield directly, tested to military hardware standards (MIL-STD-810H and MIL-STD-461G).

This isn't a minor vendor relationship. Starshield has received the most task orders of any provider for the Space Force's low-orbit satellite program, and Pentagon acquisition documents from August 2026 concluded SpaceX is currently the only provider able to meet certain military aircraft connectivity requirements — OneWeb is the sole potential alternative, and its aviation terminals haven't been tested to the required military standards yet. In plain terms: for a meaningful slice of U.S. military communications, there is currently no real backup to SpaceX.

Google's ties run deeper than people realize

It's not just the Pentagon. Google's relationship with SpaceX goes back to 2015, when Google and Fidelity invested $900 million in SpaceX for roughly a 10% stake — years before Starlink even existed. In 2021, the two companies went further: SpaceX started installing Starlink ground stations directly at Google Cloud data centers, giving Starlink traffic a private, low-latency hop straight into Google Cloud's network instead of routing over the public internet. That's why a number of Starlink gateway sites sit right next to Google Cloud infrastructure — it's a real, publicly announced interconnection deal, not a coincidence.

The relationship just got a lot bigger. In 2026, Google agreed to pay SpaceX $920 million a month for compute capacity at xAI's data centers — one of the largest compute deals either company has signed — and the two have reportedly held talks about moving AI data centers into orbit entirely. Investor, infrastructure partner, and now compute customer: three separate deals, over a decade, and the relationship keeps deepening.

The "Tesla Phone" rumor vs. what's actually real

A "Tesla Phone" (sometimes called "Model Pi") has been floating around the internet for years — and it's fake. There's no FCC filing, no product announcement, no demo, nothing. Some of the viral "leaked" videos are outright AI-generated hoaxes. The only real Musk quote anywhere near this is conditional — he's said Tesla would only build a phone "if Apple and Google become too restrictive," which is a hypothetical, not a commitment.

What's actually real and already shipping is more interesting anyway: Starlink Direct to Cell. Ordinary phones — no special hardware, no app — can connect straight to Starlink satellites for signal in dead zones. T-Mobile's version, "T-Satellite," launched commercially in July 2025 with texting, added data capability that October, and has voice calling in beta testing through 2026 with a wider rollout expected in 2027. Over 650 direct-to-cell satellites now cover 22 countries, with international carrier partners including Rogers (Canada), Optus and Telstra (Australia), KDDI (Japan), and Deutsche Telekom (across 10 countries). So there's no Tesla Phone coming — but your existing phone is already getting satellite superpowers.

Starlink Mobile: from dead-zone texts to a cell carrier

SpaceX has been quietly buying the airwaves a real phone network needs. In 2025 it agreed to buy 65 MHz of mid-band spectrum from EchoStar for about $17 billion, which the FCC approved in May 2026. That band carries the heavy data. On October 6, 2026 the FCC approved a separate direct-to-cell constellation of 15,000 satellites built to use it with ordinary phones (on top of the broadband Starlink fleet, which has its own 15,000 approval). U.S. service on the EchoStar bands starts once that purchase fully closes.

Then on October 8, 2026, SpaceX agreed to buy Grain Management's nationwide 800 MHz licenses, spectrum T-Mobile sold to Grain in August. Low-band signals travel farther and get through trees, walls, and concrete, so they're what makes coverage work indoors, and most phones already support them. SpaceX says it closes one of the last gaps to Starlink Mobile becoming a major US mobile carrier. The deal still needs FCC approval, and the price hasn't been officially disclosed.

In early November 2026, the Washington Post reported that SpaceX had held early talks with EchoStar about buying its Boost Mobile phone service, or getting access to its network. Boost has about 7.4 million customers, which would give Starlink Mobile a ready-made customer base. The catch is that Boost doesn't own towers: it rents network space from AT&T and T-Mobile, and those agreements generally can't move to a new owner without their consent. The Post also reported that SpaceX had approached Verizon, AT&T, and T-Mobile and was turned down. Nothing has been announced, and neither company has confirmed the talks.

Bringing astronauts home

In June 2024, NASA astronauts Butch Wilmore and Suni Williams launched to the International Space Station on Boeing's Starliner capsule for what was supposed to be roughly a week-long test flight. Starliner developed propulsion problems, and NASA ultimately decided it wasn't safe to bring them home on it. They ended up staying on the ISS for about nine months — until a SpaceX Crew Dragon flew the mission that finally brought them back to Earth in March 2025. It's not a story that got a lot of mainstream attention, but it's a real one: when the other option didn't work, SpaceX's spacecraft is what got two American astronauts home.

Starship

SpaceX's current flagship program is Starship — the largest, most powerful rocket ever built, designed to be fully reusable and eventually carry crews to the Moon and Mars. It reached orbit for the first time on Flight 14 in September 2026 and is still in active flight testing, with the long-term goal of making life multiplanetary.

xAI and the chip supply problem

SpaceX now owns xAI outright (which in turn owns X, formerly Twitter) — bringing Grok, X, and SpaceX under one roof. SpaceX also has a stake in a growing chip problem: its planned data centers in space need serious custom silicon, and that's part of what's driving Terafab, a joint chip fab with Tesla and xAI planned to be the largest building on Earth.

Those "data centers in space" aren't hypothetical — see What's Next for Starmind, SpaceX's plan for an AI satellite megaconstellation running on solar power in orbit.