SpaceX IPO, Iran War Fallout, Quantum Bitcoin Hack, The Space Opportunity

The episode opens with a short lineup note: David Sacks is absent this week, and the remaining trio runs the show. The first topic is SpaceX's confidential filing to go public on April 1. The transcript renders the target valuation awkwardly, but the host reading the numbers makes clear it is $1.75 trillion, and remarks that it is "so weird to say trillion dollar valuation for an IPO." At that price, SpaceX would be the eighth-largest company in the world, just behind TSMC and Saudi Aramco, which the host says are each worth about $1.7 trillion as of the taping. Tesla is cited as number 10 at a $1.37 trillion valuation.

The host then works through a hypothetical merger. Many people speculate that SpaceX and Tesla will eventually combine, and the host jokes about a ticker of "e l o n." A combined company would be worth about $3.1 trillion, which would make it the fourth-largest company, ahead of Microsoft. The raise is given as about $75 billion, described as "by far the biggest raise ever in IPO." The listing is expected in June. The host adds that the company may have been aiming for an April 20 date as a joke but will not make it.

The business mix comes from press reports, and the figures in the transcript are partly garbled. SpaceX recently acquired xAI for $250 billion, a deal that brings in X (Twitter) and the xAI large language model company. Starlink is said to generate a large majority of SpaceX's revenue. The transcript renders the share as "between 5080%", which is unclear, and it also says launches are "the other 40%." Starlink is put at close to $20 billion a year according to reports, and launches at $5 billion in 2024. Total revenue is given, citing Reuters, as 15 to 16 billion dollars with $8 billion in profit, apparently for 2025. Because the transcript is muddled here, these numbers are best treated as reported estimates rather than settled figures.

Asked how likely a Tesla–SpaceX combination is after a successful IPO, one participant first says "100%" and then corrects it to "99.999%." The explanation that follows is about governance and litigation, not engineering synergies. The speaker recalls being introduced, through Thomas LaFonte, to the head of Wachtell Lipton, a law firm the speaker calls "the most important, well known, well run, powerful law firm in America." During a period of deal-making, lawyers there gave the advice to "just get ready to pay a tax."

The "tax" is shareholder litigation. American capital markets reward creativity, the speaker argues, but tort law also lets people "hang around the hoop and get paid no matter what." Shareholder suits follow IPOs and try to form a class because D&O insurance pays out millions. The speaker says the attorneys take 40 or 50% and the plaintiffs "get a few bucks." The example given is the case where a shareholder with 10 shares challenged Elon Musk's Tesla compensation package and won. The speaker calls it trial lawyers trying to get paid hundreds of millions of dollars, and another participant calls it "a shakedown."

Seen that way, the IPO matters mainly because it produces "a validated external mark to market valuation of SpaceX," to sit beside the market price Tesla already has every day. With two market prices, a merger is harder to attack as a deal where someone "set a valuation out of thin air." The speaker expects market noise and "ticky tacky" issues after the listing but argues that a combination would make governance much simpler. It would also end complaints about how Musk splits his time. The speaker notes that nobody asks how Zuckerberg, Satya Nadella, Sundar Pichai or Jensen Huang divide their time across projects inside their companies.

But dollars to donuts, these things are going to merge.

The operating case rests on overlap. Robots are built for use inside SpaceX, a planned "TeraFab" serves Tesla, and xAI is used across both. Another participant describes the convergence as a kind of singularity: a car company and a space company seem unrelated until you consider AI data centers in space, chip supply, and factories that take in raw materials at one end and ship products out the other. Citing conversations with Musk, this participant says lessons about advanced materials at one company shaped products at the other. They expect cross-disciplinary learning to "compound and compound and compound" if the Boring Company and Neuralink are also brought in. The participant adds that Musk may know more about factories than almost anyone, while granting that some people in China, and Foxconn, may know as much or more about certain parts of it.

One participant is asked what another twenty years at SpaceX's current pace could bring, given that the US now has more launches in a month than there are days in it. The answer starts with Artemis II, described as having launched "yesterday" with four astronauts. The mission orbits the Earth, loops around the Moon and returns, ahead of a planned landing in about two years. The respondent grants the social milestone and the race with China. Their main argument, though, is that the Moon "could end up being kind of the next industrial frontier for humanity" because of how much material could be mined, processed and manufactured there.

The economic claim is strong: shipping goods from the Moon to a specific point on Earth would cost less than moving them by boat, plane or rail on Earth. The speaker points to physics. Lunar gravity is about one sixth of Earth's and there is no atmosphere, so launching material needs little energy and meets no friction. No high-energy rocket propellant is needed. Instead, a mass driver, an electric rail similar to magnetic-levitation trains, would accelerate a package to 100 g and send it to an exact spot on Earth, or in theory to Mars. The package would re-enter the atmosphere and land under a simple parachute.

The biggest limiting factor, getting people to the moon.

The speaker expects robotics to solve that constraint, which is where Tesla returns to the story. In this telling, Tesla started as an electric car company, became an autonomous car company, and that autonomy work led to a robotics revolution. Even if "the socialists ban robotics on earth," the robots could be sent to the Moon to build a new manufacturing base, producing precious metals and even semiconductors. In this account the first phase is getting robots, or the materials for robots to build themselves, onto the Moon, and the second phase is the build-out. The speaker says the effort "certainly won't be limited to just SpaceX," but compares SpaceX to the railroads that opened the American West.