SpaceX IPO: Three Moonshots Behind a $1.77 Trillion Bet
SpaceX IPO: The Three Hard-Tech Moonshots Behind a $1.77 Trillion Valuation
On June 12, 2026, SpaceX is set to list on the Nasdaq under the ticker SPCX at a fixed price of $135 per share — targeting a $75 billion raise at a $1.77 trillion valuation, which would make it the largest IPO in stock market history, more than triple the size of Alibaba's previous U.S. record. Goldman Sachs is leading the offering, joined by Morgan Stanley, Bank of America, Citigroup, and JPMorgan Chase. After the offering, Elon Musk will retain over 82% voting control of the company.
The numbers behind the offering are striking — and complicated. SpaceX reported $18.67 billion in 2025 revenue but posted a net loss of $4.94 billion, reversing approximately $791 million in profit from the prior year. The reversal was driven largely by the February 2026 all-stock acquisition of xAI, which brought $5.06 billion in AI research and development costs onto the books — a jump of more than 300% — including $1.67 billion in higher GPU depreciation and $1.44 billion in higher infrastructure and cloud expenses. Revenue growth, meanwhile, slowed from 35% to 33%.
So what justifies a valuation of nearly $1.77 trillion on a company losing close to $5 billion per year? According to SpaceX's own S-1 prospectus, the answer lies in three interlocking moonshots: a satellite broadband business already generating billions in profit, a next-generation rocket program poised to reshape the economics of space access, and a plan to build the world's first data centers in orbit.
Moonshot #1: Starlink — The Only Engine Turning a Profit
Starlink is the financial foundation of the entire IPO narrative. SpaceX's satellite internet business generated approximately $11.387 billion in 2025 revenue with an operating profit of $4.423 billion — making it the company's only profitable segment and accounting for more than half of total company revenue. By the end of Q1 2026, Starlink had approximately 10.3 million subscribers, roughly double the figure from a year earlier. Connectivity revenue reached $3.26 billion in Q1 2026 alone, about 69% of total company revenue of $4.69 billion for that quarter.
The business is also diversifying beyond consumer broadband. SpaceX is acting as a neocloud, renting out xAI's compute capacity at its Colossus 1 data center in Memphis. According to SpaceX's IPO filing, Anthropic is reportedly paying approximately $1.25 billion per month and Google approximately $920 million per month for AI capacity at SpaceX and xAI data centers — a revenue line that did not exist two years ago.
Starlink has also expanded into enterprise and aviation partnerships. As American Airlines Chief Customer Officer Heather Garboden put it: "As a premium global airline, we are continuously seeking out world-class partners like Starlink to deliver what our customers need and want."
Starlink's growth trajectory and operating profitability give the IPO a credible cash-generating base. But investors buying at $135 per share are not primarily paying for Starlink. They are paying for what comes next.
Moonshot #2: Starship — The Cost Reduction Engine
SpaceX invested $3 billion in Starship R&D in 2025 and $930 million in the first quarter of 2026 alone, according to the company's S-1 filing. Starship — a fully reusable heavy-lift rocket — is central to nearly every other growth ambition in the prospectus: launching orbital data centers, reducing the cost of satellite deployment, and eventually enabling Mars exploration and point-to-point Earth transport.
SpaceX already dominates the commercial launch market with roughly a 90% share and has reduced launch cost per kilogram by more than 95%, according to Morningstar. Starship, if it achieves the reusability targets described in the S-1, would extend that cost advantage further — and make the orbital data center plan economically viable.
The S-1 states SpaceX wants to use Starship for Mars exploration, to launch orbital AI data centers, and to develop what it describes as a "future market" in ultra-fast long-haul point-to-point Earth transport. These are aspirational, and the filing acknowledges that many depend on solving substantial engineering challenges. Morningstar's most optimistic scenario — to which it assigns only a 7% probability — requires Starship to achieve 85% reusability and orbital data centers to scale commercially.
Moonshot #3: Orbital AI Data Centers — The Trillion-Dollar Call Option
The most consequential — and most speculative — element of the SpaceX IPO is its plan to build a network of AI compute satellites in low Earth orbit. This is where the majority of the company's implied valuation premium over its current financials appears to reside.
SpaceX's S-1 states the company expects to begin deploying data centers in space as early as 2028 and is seeking FCC regulatory approval to launch up to 1 million satellites that would function as a distributed orbital data center network to support AI workloads. The prospectus identifies a total addressable market of $28.5 trillion, including $26.5 trillion in AI alone. In SpaceX's own words from the S-1 filing: "We believe we have identified the largest actionable total addressable market ('TAM') in human history."
On June 8, 2026 — days before the IPO listing — SpaceX unveiled the AI1 satellite, its first-generation orbital AI compute platform. The AI1 spans roughly 70 meters (wider than a Boeing 747-8), carries a 150 kW peak compute payload with 120 kW sustained power, features 110 square meters of deployable liquid cooling panels, a solar array power density of 250 watts per square meter, and operates at approximately 600 kilometers altitude with laser inter-satellite links.
Alongside the AI1 reveal, SpaceX announced the Gigasat factory in Bastrop, Texas: an 11-million-square-foot manufacturing campus on a 1,000-acre site — more than ten times larger than SpaceX's current largest spacecraft manufacturing complex, Starfactory. Musk confirmed in a June 8 interview posted on X that the facility is expected to begin producing AI satellites by 2027. SpaceX is targeting 1 gigawatt of orbital AI compute capacity by the end of 2027. Musk has stated a longer-term ambition to scale to 100 GW per year by 2030.
As Musk put it in the interview: "This is what we are going to try to do and think we probably can do, which is to get to roughly an annualized rate of a gigawatt per year by the end of next year at Space AI compute."
SpaceX has also announced Terafab, a joint venture with Tesla revealed on March 21, 2026 in Austin, projected at approximately 100 million square feet and targeting one terawatt of AI compute production annually — which Musk described as 50 times the combined current output of all manufacturers of advanced AI chips globally.
The rationale for orbital compute, in Musk's framing, is cost and latency. In a post on X in December 2025, he wrote: "Satellites with localized AI compute, where just the results are beamed back from low-latency, sun-synchronous orbit, will be the lowest cost way to generate AI bitstreams in <3 years."
What Analysts Actually Think About the SpaceX IPO Valuation
Not everyone is convinced the $1.77 trillion valuation is grounded in near-term financial reality. Morningstar has issued a fair value estimate of $63 per share — a 53% discount to the $135 IPO offering price — and assigns only a 7% probability to its most optimistic "Moonshot" scenario, the one that would approach the IPO valuation. That scenario requires both Starship achieving 85% reusability and orbital data centers scaling well commercially. In it, SpaceX would deploy roughly 48,000 AI satellites by 2035, providing 2.4 gigawatts of AI computing capacity and generating $47 billion in annual revenue.
The gap between Morningstar's base-case valuation and the IPO price reflects how much of the offering is effectively a bet on unproven technology at unprecedented scale. SpaceX's own S-1 acknowledges the company cannot yet secure enough advanced chips to execute its orbital AI ambitions, and the company has $25.45 billion in contractual commitments — including for cloud capacity — with 95% of the total due in 2026 and 2027.
SpaceX has burned more than $37 billion since inception, and its xAI segment's R&D costs alone exceeded $5 billion in 2025. The company directed around 60% of its capital spending in 2025 to its AI division, approximately $20 billion. Whether orbital AI data centers become a commercial reality by 2028 — or at all — remains genuinely uncertain.
What is not uncertain is the structure of the deal. Elon Musk will be the CEO, CTO, and chairman of the SpaceX board after the IPO, retaining over 82% voting control. Retail investors may receive unusually broad access: Musk is reportedly discussing allocating up to 30% of IPO shares to retail investors, at least three times the typical 5–10% reserved in standard offerings.
Why This Matters Beyond Space
The SpaceX IPO is not just a space story. It is a test of whether public markets will price a company primarily on the optionality of its most ambitious — and most distant — technology bets rather than on current earnings or near-term cash flow. At $1.77 trillion, SpaceX would enter the public markets as one of the most valuable companies on Earth, built on a foundation of one profitable business (Starlink), one transformative but unproven rocket (Starship), and one genuinely unprecedented infrastructure concept (orbital AI data centers) that does not yet exist.
The xAI acquisition has pulled SpaceX into the center of the AI infrastructure race. With Anthropic and Google already paying billions per month for terrestrial compute capacity at xAI facilities, SpaceX has a real — if early — position in AI infrastructure. The orbital extension of that business is where the $1.77 trillion valuation lives.
For the AI and cloud industries, the implications are significant regardless of whether the orbital data center vision fully materializes. A well-capitalized SpaceX with public market funding could accelerate Starlink's enterprise expansion, bring Starship to operational status faster, and reshape satellite manufacturing economics through Gigasat — all of which would affect launch costs, connectivity infrastructure, and the competitive dynamics of AI compute globally.
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What Happens Next
SpaceX's Nasdaq debut is scheduled for June 12, 2026. The Gigasat factory in Bastrop is expected to begin producing AI satellites by 2027. SpaceX is targeting 1 GW of annualized orbital AI compute capacity by end of 2027 and has stated it will begin deploying orbital data centers as early as 2028 — pending FCC approval for its satellite network expansion. The company's S-1 lists Mars exploration and point-to-point Earth transport as longer-term ambitions, both described as future markets with no committed timelines.
Whether the IPO price holds will depend substantially on execution milestones — Starship reusability, chip supply, FCC approvals, and the commercial viability of orbital compute — that will play out over years, not quarters. Morningstar's 7% probability on the Moonshot scenario is a useful anchor for anyone evaluating the offering.
The SpaceX IPO is, at its core, a wager on whether the most capital-intensive technology ambitions in history can be executed on time, at scale, and at a profit.
The technology reshaping space, AI, and global infrastructure will also reshape how we work, focus, and manage our attention and energy. Staying informed about developments like the SpaceX IPO — which sits at the intersection of AI compute, satellite connectivity, and trillion-dollar capital allocation — is itself a productivity edge. At Moccet, we help you cut through the noise and focus on the signals that matter for your health, performance, and decision-making. Join the Moccet waitlist to stay ahead of the curve.