The largest IPO in history went public on June 12, 2026. SpaceX priced at $135 a share, raised $85.7 billion, and briefly carried a market valuation above $2 trillion. Five weeks later, the stock had settled below its offering price for the first time. As of July 15, SPCX closed at $131.11, down roughly 33 percent from its post-IPO peak near $225 and down more than 40 percent from its intraday high.
The company has not yet reported earnings. The lockup restrictions that limit how many shares can trade have barely begun to lift. The story is early. The price is the market’s first read, and the calendar of events over the next six months is what will test the thesis that brought five analysts to the same event.
What makes this IPO different from every other large listing is the density of newsletter-industry attention that preceded it. At least five prominent analysts spent the spring of 2026 building their cases around SpaceX and the broader Musk empire. They came at it from different angles and all landed on the same event.
What the Gurus Said
Jeff Brown, founder of Brownstone Research, published a series of public essays in the days before the IPO. On June 1, he framed the offering as a capital acceleration tool: Elon Musk wanted public money to fund Starship mass production, a one-million-satellite AI data center constellation, and a semiconductor fabrication plant he called the TeraFab — the same fab we broke down in the Terafab Project thesis. On June 9, Brown sized the addressable AI infrastructure market at $22.7 trillion and described plans for lunar manufacturing outposts. On June 11, the night before the IPO, he wrote that the offering was four times oversubscribed and that the greenshoe would almost certainly be exercised. He was right about the greenshoe. The underwriters exercised it, bringing the total raise to $85.7 billion.
Luke Lango at InvestorPlace took a different angle. In a May 2026 presentation and a series of articles, he argued that SpaceX was less a rocket company than an AI infrastructure play. The real story, in his framing, was the convergence of four Musk entities — SpaceX, xAI, X, and eventually Tesla — into a single vertically integrated artificial intelligence company he predicted would trade under one ticker by summer 2027. Lango publicly identified Redwire (RDW) as a SpaceX supply-chain partner he expected to benefit from the orbital data center buildout. He also pointed to the Tema Space Innovators ETF (NASA) as a way to gain diversified space exposure.
James Altucher released a free presentation in late May 2026 through Paradigm Press. His pitch centered on direct-to-device satellite connectivity — the idea that Starlink’s next leap was beaming internet straight to ordinary smartphones without a physical terminal. Altucher named AST SpaceMobile (ASTS) publicly in that presentation, citing Patent No. 9,973,266 for space-based cellular broadband. He argued that SpaceX would acquire the company to close the technology gap. ASTS is a publicly traded company that Altucher discussed openly; the acquisition has not happened. The full direct-to-device angle is laid out in the ASTS Altucher pick breakdown.
Louis Navellier, also at InvestorPlace, took the most cautious position of the group. In a June 2026 article published after the IPO, he laid out three reasons he was not buying SpaceX stock immediately. His first reason was that great companies make terrible IPO buys, and he cited Facebook as the template. Facebook went public in May 2012 at $38, fell to $17.55 within four months, and did not reclaim its IPO price for over a year. Navellier’s rule is to wait at least twelve months before buying any newly public company. His second reason was that SpaceX’s financials were opaque, making it impossible to evaluate which business line was driving growth. His third was the volatility that comes with any Musk-led company. Navellier has been investing through technology cycles for nearly five decades. His caution here is worth filing.
Michael Robinson at Weiss Ratings ran what he called the Project Unlimited campaign, framing SpaceX’s FCC filing for one million orbital AI data center satellites as the solution to the AI industry’s power bottleneck. Robinson’s public materials described a pattern he sees in technology transitions: breakthrough, constraint, and explosion. The SpaceX IPO, in his framework, was the capital event that would unlock the explosion phase.
The Numbers in Context
SpaceX raised $85.7 billion. That is nearly triple the previous record holder, Saudi Aramco, which raised $29.4 billion in 2019. The company floated less than 5 percent of its outstanding shares, creating a scarcity premium that helped drive the valuation to roughly $2.1 trillion on the first day of trading.
By mid-July, that scarcity was working in reverse. The stock had declined for five straight sessions at one point, and the market capitalization had contracted by more than $1.2 trillion from its June 16 peak. The company had been added to the Nasdaq-100 and the Russell 1000, which ordinarily drives forced buying from index funds, but the stock fell anyway.
The lockup calendar is the mechanism to watch. Standard IPOs lock insiders out for 180 days, but SpaceX negotiated a staggered structure unlike anything that has come before. The first release hits on the second trading day after the company’s first quarterly report, which analysts expect in early August. At that point, approximately 911.5 million shares held by employees and early investors become eligible for sale. Those shares are worth roughly $123 billion at current prices, which is larger than the entire public float that has been trading since June 12. Additional tranches unlock at 70, 90, 105, 120, 135, and 180 days after the IPO. By December 9, roughly 40 percent of all outstanding shares will be freely tradeable. The remaining 60 percent, including Elon Musk’s personal stake, stays locked until mid-2027. We tracked the full August lockup test in the SPCX lockup expiry analysis.
The Historical Parallel
Navellier cited Facebook as his IPO caution template. Facebook is a reasonable comparison because the company was real, the business model worked, and the stock still fell more than 50 percent before recovering. The patience required ran in years rather than weeks.
There is an older parallel that fits the picks-and-shovels framing several of these gurus used. In March 2000, Cisco Systems was the most valuable company on earth, the infrastructure backbone of the internet, and the ultimate picks-and-shovels play. John Chambers had never missed an earnings estimate, and the stock traded at a premium that assumed indefinite growth. Within two years, Cisco had fallen from $80 to $11. The business and the infrastructure were both real; what shifted was the timeline and the valuation the market was willing to carry in the meantime.
Brown himself drew the comparison between SpaceX’s launch cost reduction and the collapse in telecom infrastructure costs that enabled the dotcom buildout. Falcon Heavy launch costs are roughly 92 percent lower than the 1970-2000 aerospace era average, and Starship is expected to reduce costs by another 92 percent. Those numbers are real and they are extraordinary. The dotcom parallel runs the same way: infrastructure costs collapsed in the late 1990s, the buildout was genuine, and the entry point the market had priced in took years to grow into. Both parallels put the emphasis on the same variable — how the thesis converts into a stock price depends on the gap between the buildout timeline and the market’s pricing timeline.
What the Convergence Itself Signals
When five analysts at four different publishers all build campaigns around the same event in the same six-week window, that is a sentiment data point worth noting. The dotcom parallel extends to the coverage pattern: in 1999, every newsletter in the industry had an internet play. The convergence of attention is a measure of how crowded the expectation around the Musk-empire thesis became — and crowded expectations, by definition, run into the supply side of the market. SpaceX is about to find out what that supply side looks like when 911 million shares hit the market over the next six months.
The first earnings report, expected in early August, is the next inflection point. The reason is mechanical: the lockup clock starts two trading days after it prints, regardless of whether a single quarter validates or invalidates a multi-decade thesis. The gurus who pitched SpaceX as the investment event of a lifetime built their cases around technology that operates on a timeline measured in years. The stock market prices on a shorter clock than that, and the lockup calendar is shorter still.
The earnings date is the one to watch, and the first two trading days after it, because that is when the supply story begins. Everything the gurus described — the orbital data centers, the TeraFab, the lunar manufacturing, the convergence of the Musk empire — is either real or it will become real on a timeline measured in years. The stock will be priced on a timeline measured in the shares that become available to sell between August and December. Those are two different clocks, and they run on two different mechanisms: the thesis clock and the float clock. The next six months are where the two first meet.
SpaceX trades on the Nasdaq under the ticker SPCX. The company has not yet announced its first quarterly earnings date as a public company. For more campaign explainers, see the Promo Watch board. For more thesis guides, browse the guides index.